def player_movement(movement_name):
"""
Interface for the player movements choices
"""
# Clear the console and print the map
ma.map_printer()
# Print the possible actions
print(
f"\n1 - {ma.menu_data[movement_name][1]} 2- {ma.menu_data[movement_name][2]} 3 - {ma.menu_data[movement_name][3]} 4- {ma.menu_data[movement_name][4]}\n"
)
# Ask the player choice
player_choice = mm.menu_choice(movement_name)
# Move depending on the player choice
if player_choice == "1":
# Move North
move(variables.game_data["player"]["position"], player_choice)
elif player_choice == "2":
# Move West
move(variables.game_data["player"]["position"], player_choice)
elif player_choice == "3":
# Move East
move(variables.game_data["player"]["position"], player_choice)
else:
# Move south
move(variables.game_data["player"]["position"], player_choice)
def show_stash(key, key_2, item_name):
"""
Show the stash by extracting the position (key, key_2) of an item stash and the name of the item that populates it (item_name)
"""
print(" __________")
print("/\\_________\\")
print("| / /")
print("`...........")
print("|\\ \\")
print(f"| |---------| 1 - {item_name}")
print("\\ | | Q - Quit")
print(" \\|_________|")
choice = input("\t\tChoose what you want to do : ").upper()
while choice not in "1Q":
# Player choice is not a digit or not in valid
choice = input(f"\t\tChoose from 1 or Q : ").upper()
if choice == "1":
# Player chosed to take the item
# Empty the stash
variables.game_data["Item stash"][key]["position"] = []
variables.game_data["Item stash"][key]["items"] = []
# Reset symbol position
variables.island_map[variables.game_data["player"]["position"][0]][
variables.game_data["player"]["position"][1]] = " "
# Take the item
take_item(item_name)
# Return the player to the map
ma.map_printer()
pa.player_actions("Actions Menu")
elif choice == "Q":
# Return the player to the map
ma.map_printer()
pa.player_actions("Actions Menu")
def adventure():
"""
Principal gameflow
"""
# Show the main menu
mm.main_menu()
# Print the map after the main menu
ma.map_printer()
# Let the player move
pa.player_actions("Actions Menu")
def move(player_position, directions):
"""
Check if the player can move there and move him to his next position
"""
if directions == "1":
# The player chose to move NORTH
# Save the symbol of the next position
next_pos = variables.island_map[player_position[0] -
1][player_position[1]]
# Check if player can move there
move_check = move_checker(next_pos)
if move_check:
# Player can move there
# Change player position
variables.game_data["player"]["position"][0] -= 1
elif directions == "2":
# The player chose to move WEST
# Save the symbol of the next position
next_pos = variables.island_map[player_position[0]][player_position[1]
- 1]
# Check if player can move there
move_check = move_checker(next_pos)
if move_check:
# Player can move there
# Change player position
variables.game_data["player"]["position"][1] -= 1
elif directions == "3":
# The player chose to move EAST
# Save the symbol of the next position
next_pos = variables.island_map[player_position[0]][player_position[1]
+ 1]
# Check if player can move there
move_check = move_checker(next_pos)
if move_check:
# Player can move there
# Change player position
variables.game_data["player"]["position"][1] += 1
elif directions == "4":
# The player chose to move SOUTH
# Save the symbol of the next position
next_pos = variables.island_map[player_position[0] +
1][player_position[1]]
# Check if player can move there
move_check = move_checker(next_pos)
if move_check:
# Player can move there
# Change player position
variables.game_data["player"]["position"][0] += 1
if not move_check:
# Clear the console and print the map
ma.map_printer()
print(ma.map_tiles[next_pos][4])
# Check if the player is on a tile with an event
tile_checker()
# Clear the console and print the map
ma.map_printer()
# Print the move
print(
f"\n\t\t\tYou moved {ma.menu_data['Move Menu'][int(directions)][5::]}")
# Check if the player is on a tile with an event
tile_checker()
def tile_checker():
"""
Check the tile where the player is standing
"""
# Check if the player as the 3 keys and is on the skull door
if variables.game_data["player"]["position"] == ma.map_tiles["∩"][
4] and all(variables.game_data['inventory']['keychain']):
# Save the historic
lb.add_historic(True)
lb.save_historic()
# Save leaderboard
lb.add_score()
lb.save_leaderboard()
# Clear console and ASCII Art
tb.clear()
print(" .-----.----.-----.")
print(" / /-.| |////| |.-\\ \\")
print(" / /|_|| |////| ||_|\\ \\")
print(" / : : |////| : : \\")
print(" / /___: |////| :___\\ \\")
print(" / : |_ |////| _| :___\\")
print(" / / |_||////||_| \\ \\")
print(" / : |_||////||_| : \\")
print(" /____/____ |_||////||_| ____\\____\\")
print(" / : _ | |////| | _ : \\")
print(" / / ( ) | _ |////| _ | ( ) \\ \\")
print(" \\ : | || ||////|| || | : /")
print(" \\ / .'-\\ ||////|| /-`. \\ /")
print("-----'-'---------'-'----'-'---------'-'------\n")
print("\nYou open the door using the 3 keys, ")
sys.exit()
# Check for the mysterious places tiles
if variables.game_data["player"]["position"] in ma.map_tiles["φ"][4]:
# The player position is on a challenge
if variables.game_data["player"]["position"] == ma.map_tiles["φ"][4][
0] and not variables.game_data["inventory"]["keychain"][0]:
# Launch the first challenge
tb.clear()
first_challenge = guess_number()
if first_challenge:
# Player won the challenge
# Add the key to his inventory
variables.game_data["inventory"]["keychain"][0] = True
# Add 100 to the score
variables.game_data["score"] += 500
# Change the map tile to the validated challenge tile
variables.island_map[ma.map_tiles["φ"][4][0][0]][
ma.map_tiles["φ"][4][0][1]] = "√"
elif variables.game_data["player"]["position"] == ma.map_tiles["φ"][4][
1] and not variables.game_data["inventory"]["keychain"][1]:
# Launch the second challenge
tb.clear()
second_challenge = ceasar_sypher()
if second_challenge:
# Player won the challenge
# Add the key to his inventory
variables.game_data["inventory"]["keychain"][1] = True
# Add 100 to the score
variables.game_data["score"] += 500
# Change the map tile to the validated challenge tile
variables.island_map[ma.map_tiles["φ"][4][1][0]][
ma.map_tiles["φ"][4][1][1]] = "√"
elif variables.game_data["player"]["position"] == ma.map_tiles["φ"][4][
2] and not variables.game_data["inventory"]["keychain"][2]:
# Launch the third challenge
tb.clear()
third_challenge = fizzbuzz.gameflow()
if third_challenge:
# Player won the challenge
# Add the key to his inventory
variables.game_data["inventory"]["keychain"][2] = True
# Add 100 to the score
variables.game_data["score"] += 500
# Change the map tile to the validated challenge tile
variables.island_map[ma.map_tiles["φ"][4][2][0]][
ma.map_tiles["φ"][4][2][1]] = "√"
variables.island_map[24][10] = "¤"
variables.game_data["Monkey chest"]["position"] = [24, 10]
# Add one actions to the counter
variables.game_data["player"]["actions counter"] += 1
# Check if the player has the 3 keys and reveal the skull door
ma.map_reveal()
# Clear console reprint the map
tb.clear()
ma.map_printer()
# Let the player choose again
pa.player_actions("Actions Menu")
elif variables.game_data["player"]["position"] == variables.game_data[
"Monkey chest"]["position"]:
# Check if the player is on the monkey chest
inv.monkey_chest()
# Check if the player has the 3 keys and reveal the skull door
ma.map_reveal()
# Clear console reprint the map
tb.clear()
ma.map_printer()
# Let the player choose again
pa.player_actions("Actions Menu")
else:
# The player is on an item stash
for key in variables.game_data["Item stash"]:
# Check the first key layer
for key_2 in variables.game_data["Item stash"][key]:
# Iterate second key layer
if variables.game_data["Item stash"][key][
key_2] == variables.game_data["player"]["position"]:
# Extract the item name if the position is the one
item_name = variables.game_data["Item stash"][key]["items"]
# Clear console
tb.clear()
# # Print the stash with the item right item name
inv.show_stash(key, key_2, item_name)
# Let the player choose again
pa.player_actions("Actions Menu")
def inventory_choices():
"""
Show the inventory and let the player choose an item
"""
# # Clean the ivnentory from depleted items
inventory_cleaner()
# Print the inventory and show save how many items are in the bag
inv_show()
# Ask for the player choice
choice = input("\t\tChoose what you want to do : ").upper()
# Choice is a digit and in valid
if choice.capitalize() == "Q":
# Choice is Q, return to map
ma.map_printer()
# Ask what the player wants to do
pa.player_actions("Actions Menu")
try:
if variables.game_data['inventory'][f'item_{choice}']['name'] == None:
# Player choice is not a digit or not in valid
print(
f"\t\tChoose from the item list or choose Q to go back to the map."
)
sleep(2)
inventory_choices()
else:
# Refresh the screen
inv_show()
# Print the item chosed by the player
print(
f"\t\tYou chose the {variables.game_data['inventory'][f'item_{choice}']['name']}"
)
# Save the item name
item_name = f"{variables.game_data['inventory'][f'item_{choice}']['name']}"
# Save the item number
item_number = f"item_{choice}"
# Ask what he wants to do with that item
print(
f"\n1 - {ma.menu_data['Item Actions'][1]} 2- {ma.menu_data['Item Actions'][2]} 3 - {ma.menu_data['Item Actions'][3]}\n"
)
choice = mm.menu_choice("Item Actions")
except KeyError:
print(
f"\t\tChoose from the item list or choose Q to go back to the map."
)
sleep(2)
inventory_choices()
# Refresh the screen
inv_show()
# The player choose
if choice == "1":
# Use the selected item if he can be used
use_item(item_name, item_number)
elif choice == "2":
# Drop the selected item if it can be dropped
drop_item(item_name, item_number)
elif choice == "3":
# Refill the item if it can be refilled
refill_item(item_name)
inventory_choices()
# Player choice is not a digit or not in valid
print(f"\t\tChoose from the item list or choose Q to go back to the map")
sleep(2)
inventory_choices()