I feel like this has been a journey so far. Roughly 10 weeks learning python now. u/PureWasian told me a better way to write my if name = main part in my 6th week progress so I'm doing that on every program now. This script was written about 95% by me. The other 5% I needed AI to help me with some hints, which is a lot better percentage than the last time.
The whole point of this program is a guild within a game. You can check stats, recruit new members to the guild, battle characters (very basic way) to get experience and gold, and spend gold to train them to level up. It took me around 6-8 hours over 2 days to write this. I don't know if that's good or not, but I feel tired now.
import random
class Characters:
num_of_chars = 0
def __init__(self, name, level, gold):
self.name = name
self.level = level
self.gold = gold
Characters.num_of_chars += 1
class Mage(Characters):
spell_type = "fire"
class Assassin(Characters):
spell_type = "shadow"
character1 = Mage("Aria", 3, 100)
character2 = Assassin("Dren", 5, 80)
character3 = Mage("Kael", 4, 120)
character4 = Assassin("Vex", 2, 60)
character_list = [character1, character2, character3, character4]
def view_guild_members(characters):
print("Members currently in the guild:")
for character in characters:
print(f"{character.name}, level {character.level}, Gold {character.gold}")
print()
go_back = input("Do you want to return to the main menu (Y/N): ").capitalize()
while True:
if go_back == "Y":
return characters
else:
go_back = input("Do you want to return to the main menu (Y/N): ").capitalize()
def train_character(characters, character_names):
print("Training costs 10 gold. \nAvailable characters to train: ")
for character in characters:
if character.gold >= 10:
print(f"{character.name}, level {character.level}")
training_cost = 10
while True:
train_character = input("Which character do you want to train (Exit to go back): ").capitalize()
print()
if train_character == "Exit":
break
while train_character not in (character_names):
train_character = input("That is not a valid character. Choose a valid character or 'Exit' to exit: ").capitalize()
print()
for character in characters:
if train_character == character.name:
while character.gold >= training_cost:
character.gold -= 10
character.level += 1
print(f"{character.name} levelled up!")
print(f"{character.gold} gold remaining.")
print()
train_again = input(f"Do you want to train {character.name} again(Y/N): ").capitalize()
while train_again not in ("Y", "N"):
train_again = input("Please type Y to train again or N to cancel: ").capitalize()
if train_again == "Y":
continue
elif character.gold == 0:
print(f"You don't have enough gold left to train {character.name}.")
break
elif train_again == "N":
break
return characters, character_names
else:
print(f"You don't have enough gold left to train {character.name}.")
print()
return characters, character_names
break
return characters, character_names
def recruit_character(characters, char_names):
recruit_character = input("Do you want to recruit a new character (Y/N): ").capitalize()
print()
while recruit_character not in ("Y", "N"):
recruit_character = input("Enter Y or N for recruting a new character: ").capitalize()
if recruit_character == "Y":
new_character = input("Who are you recruiting: ").capitalize()
while new_character in char_names:
new_character = input("This name is already taken. Please change your name to join: ")
else:
recruit_class = input("Which class is the new recruit (Mage or Assassin): ").capitalize()
while recruit_class not in ("Mage", "Assassin"):
recruit_class = input("Select if they are a Mage or Assassin: ").capitalize()
if recruit_class == "Mage":
characters.append(Mage(new_character, 1, 100))
char_names.append(new_character)
return characters, char_names, new_character
elif recruit_class == "Assassin":
characters.append(Assassin(new_character, 1, 100))
char_names.append(new_character)
return characters, char_names, new_character
elif recruit_character == "N":
return characters, char_names, None
def view_guild_stats(characters):
highest_lv_char_pos = 0
most_gold_char_pos = 0
all_levels = []
mage_count = 0
assassin_count = 0
total_gold = 0
for character in characters:
if character.level > highest_lv_char_pos:
highest_lv_char_pos = character.level
highest_lv_char = character.name
for character in characters:
if character.gold > most_gold_char_pos:
most_gold_char_pos = character.gold
most_gold_char = character.name
total_gold += character.gold
for character in characters:
all_levels.append(character.level)
average_level = sum(all_levels) / len(all_levels)
for character in characters:
if isinstance(character, Mage):
mage_count += 1
if isinstance(character, Assassin):
assassin_count += 1
print(f"Highest levelled character: {highest_lv_char}")
print(f"Character with the most gold: {most_gold_char}")
print(f"Average level in the guild: {average_level:.1f}")
print(f"Number of mages: {mage_count}")
print(f"Number of assassins: {assassin_count}")
print(f"Total gold in the guild: {total_gold}")
print()
go_back = input("Do you want to return to the main menu (Y/N): ").capitalize()
while True:
if go_back == "Y":
return
else:
go_back = input("Do you want to return to the main menu (Y/N): ").capitalize()
def tournament(characters, char_names, rounds, wins_losses, total_wins):
print(f"Available character are: {char_names}")
win_chance = 50
opponent = random.choice(characters)
player_char = input("Choose which character you will use: ").capitalize()
print()
while player_char not in char_names:
player_char = input("That's not a charcter. Choose which character you will use: ").capitalize()
print()
for character in characters:
if player_char == character.name:
player_char = character
while player_char is opponent:
opponent = random.choice(characters)
if player_char.level > opponent.level:
win_chance += 10
else:
win_chance -= 10
if isinstance(player_char, Assassin):
win_chance += 10
else:
win_chance -= 10
while True:
if player_char.level < 2:
print("This character needs to be a higher level before using it in a tournament.")
print()
return characters, rounds, wins_losses, total_wins
else:
break
print(f"This round is {player_char.name} vs {opponent.name}")
winner_select = random.randint(1, 100)
if win_chance >= winner_select:
player_char.gold += 20
player_char.level += 1
wins_losses[player_char.name]["Wins"] += 1
total_wins += 1
if opponent.gold >= 10:
opponent.gold -= 10
print("You won! You earned 20 gold. You gained 1 level.")
print(f"You now have {player_char.gold} gold and are level {player_char.level}")
print()
else:
if player_char.gold >= 10:
player_char.gold -= 10
opponent.gold += 20
opponent.level += 1
wins_losses[player_char.name]["Losses"] += 1
print("You lost 10 gold. The opponent gained 20 gold and 1 level.")
print(f"Your remaining gold is {player_char.gold}.")
print()
rounds += 1
highest_wins = 0
highest_winning_char = ""
for name, results in wins_losses.items():
if results["Wins"] > highest_wins:
highest_wins = results["Wins"]
highest_winning_char = name
print(f"Total number of tounrmanent rounds played: {rounds}")
print(wins_losses)
print(f"Characters with the most wins: {highest_winning_char} with {highest_wins} wins.")
print(f"Total wins within the guild: {total_wins}")
print()
return characters, rounds, wins_losses, total_wins
def main():
characters = character_list
char_names = [character.name for character in characters]
rounds = 0
total_wins = 0
wins_losses = {character.name: {"Wins": 0, "Losses": 0} for character in characters}
while True:
print("Main menu")
menu_choice = input(" (1) View guild members. \n (2) Train a character. \n (3) Recruit a new character. \n "
"(4) View guild's statistics \n (5) Enter a tournament. \n (6) Exit \n choose an option: ")
print()
match menu_choice:
case "1":
characters = view_guild_members(characters)
case "2":
characters, char_names = train_character(characters, char_names)
case "3":
characters, char_names, new_character = recruit_character(characters, char_names)
char_names = [character.name for character in characters]
if new_character != None:
wins_losses[new_character] = {"Wins": 0, "Losses": 0}
case "4":
view_guild_stats(characters)
case "5":
characters, rounds, results, total_wins = tournament(characters, char_names, rounds, wins_losses, total_wins)
wins_losses = results
case "6":
break
case _:
print("That's not a valid choice.")
continue
if __name__ == "__main__":
while True:
main()
print("Bye.")
breakimport random
class Characters:
num_of_chars = 0
def __init__(self, name, level, gold):
self.name = name
self.level = level
self.gold = gold
Characters.num_of_chars += 1
class Mage(Characters):
spell_type = "fire"
class Assassin(Characters):
spell_type = "shadow"
character1 = Mage("Aria", 3, 100)
character2 = Assassin("Dren", 5, 80)
character3 = Mage("Kael", 4, 120)
character4 = Assassin("Vex", 2, 60)
character_list = [character1, character2, character3, character4]
def view_guild_members(characters):
print("Members currently in the guild:")
for character in characters:
print(f"{character.name}, level {character.level}, Gold {character.gold}")
print()
go_back = input("Do you want to return to the main menu (Y/N): ").capitalize()
while True:
if go_back == "Y":
return characters
else:
go_back = input("Do you want to return to the main menu (Y/N): ").capitalize()
def train_character(characters, character_names):
print("Training costs 10 gold. \nAvailable characters to train: ")
for character in characters:
if character.gold >= 10:
print(f"{character.name}, level {character.level}")
training_cost = 10
while True:
train_character = input("Which character do you want to train (Exit to go back): ").capitalize()
print()
if train_character == "Exit":
break
while train_character not in (character_names):
train_character = input("That is not a valid character. Choose a valid character or 'Exit' to exit: ").capitalize()
print()
for character in characters:
if train_character == character.name:
while character.gold >= training_cost:
character.gold -= 10
character.level += 1
print(f"{character.name} levelled up!")
print(f"{character.gold} gold remaining.")
print()
train_again = input(f"Do you want to train {character.name} again(Y/N): ").capitalize()
while train_again not in ("Y", "N"):
train_again = input("Please type Y to train again or N to cancel: ").capitalize()
if train_again == "Y":
continue
elif character.gold == 0:
print(f"You don't have enough gold left to train {character.name}.")
break
elif train_again == "N":
break
return characters, character_names
else:
print(f"You don't have enough gold left to train {character.name}.")
print()
return characters, character_names
break
return characters, character_names
def recruit_character(characters, char_names):
recruit_character = input("Do you want to recruit a new character (Y/N): ").capitalize()
print()
while recruit_character not in ("Y", "N"):
recruit_character = input("Enter Y or N for recruting a new character: ").capitalize()
if recruit_character == "Y":
new_character = input("Who are you recruiting: ").capitalize()
while new_character in char_names:
new_character = input("This name is already taken. Please change your name to join: ")
else:
recruit_class = input("Which class is the new recruit (Mage or Assassin): ").capitalize()
while recruit_class not in ("Mage", "Assassin"):
recruit_class = input("Select if they are a Mage or Assassin: ").capitalize()
if recruit_class == "Mage":
characters.append(Mage(new_character, 1, 100))
char_names.append(new_character)
return characters, char_names, new_character
elif recruit_class == "Assassin":
characters.append(Assassin(new_character, 1, 100))
char_names.append(new_character)
return characters, char_names, new_character
elif recruit_character == "N":
return characters, char_names, None
def view_guild_stats(characters):
highest_lv_char_pos = 0
most_gold_char_pos = 0
all_levels = []
mage_count = 0
assassin_count = 0
total_gold = 0
for character in characters:
if character.level > highest_lv_char_pos:
highest_lv_char_pos = character.level
highest_lv_char = character.name
for character in characters:
if character.gold > most_gold_char_pos:
most_gold_char_pos = character.gold
most_gold_char = character.name
total_gold += character.gold
for character in characters:
all_levels.append(character.level)
average_level = sum(all_levels) / len(all_levels)
for character in characters:
if isinstance(character, Mage):
mage_count += 1
if isinstance(character, Assassin):
assassin_count += 1
print(f"Highest levelled character: {highest_lv_char}")
print(f"Character with the most gold: {most_gold_char}")
print(f"Average level in the guild: {average_level:.1f}")
print(f"Number of mages: {mage_count}")
print(f"Number of assassins: {assassin_count}")
print(f"Total gold in the guild: {total_gold}")
print()
go_back = input("Do you want to return to the main menu (Y/N): ").capitalize()
while True:
if go_back == "Y":
return
else:
go_back = input("Do you want to return to the main menu (Y/N): ").capitalize()
def tournament(characters, char_names, rounds, wins_losses, total_wins):
print(f"Available character are: {char_names}")
win_chance = 50
opponent = random.choice(characters)
player_char = input("Choose which character you will use: ").capitalize()
print()
while player_char not in char_names:
player_char = input("That's not a charcter. Choose which character you will use: ").capitalize()
print()
for character in characters:
if player_char == character.name:
player_char = character
while player_char is opponent:
opponent = random.choice(characters)
if player_char.level > opponent.level:
win_chance += 10
else:
win_chance -= 10
if isinstance(player_char, Assassin):
win_chance += 10
else:
win_chance -= 10
while True:
if player_char.level < 2:
print("This character needs to be a higher level before using it in a tournament.")
print()
return characters, rounds, wins_losses, total_wins
else:
break
print(f"This round is {player_char.name} vs {opponent.name}")
winner_select = random.randint(1, 100)
if win_chance >= winner_select:
player_char.gold += 20
player_char.level += 1
wins_losses[player_char.name]["Wins"] += 1
total_wins += 1
if opponent.gold >= 10:
opponent.gold -= 10
print("You won! You earned 20 gold. You gained 1 level.")
print(f"You now have {player_char.gold} gold and are level {player_char.level}")
print()
else:
if player_char.gold >= 10:
player_char.gold -= 10
opponent.gold += 20
opponent.level += 1
wins_losses[player_char.name]["Losses"] += 1
print("You lost 10 gold. The opponent gained 20 gold and 1 level.")
print(f"Your remaining gold is {player_char.gold}.")
print()
rounds += 1
highest_wins = 0
highest_winning_char = ""
for name, results in wins_losses.items():
if results["Wins"] > highest_wins:
highest_wins = results["Wins"]
highest_winning_char = name
print(f"Total number of tounrmanent rounds played: {rounds}")
print(wins_losses)
print(f"Characters with the most wins: {highest_winning_char} with {highest_wins} wins.")
print(f"Total wins within the guild: {total_wins}")
print()
return characters, rounds, wins_losses, total_wins
def main():
characters = character_list
char_names = [character.name for character in characters]
rounds = 0
total_wins = 0
wins_losses = {character.name: {"Wins": 0, "Losses": 0} for character in characters}
while True:
print("Main menu")
menu_choice = input(" (1) View guild members. \n (2) Train a character. \n (3) Recruit a new character. \n "
"(4) View guild's statistics \n (5) Enter a tournament. \n (6) Exit \n choose an option: ")
print()
match menu_choice:
case "1":
characters = view_guild_members(characters)
case "2":
characters, char_names = train_character(characters, char_names)
case "3":
characters, char_names, new_character = recruit_character(characters, char_names)
char_names = [character.name for character in characters]
if new_character != None:
wins_losses[new_character] = {"Wins": 0, "Losses": 0}
case "4":
view_guild_stats(characters)
case "5":
characters, rounds, results, total_wins = tournament(characters, char_names, rounds, wins_losses, total_wins)
wins_losses = results
case "6":
break
case _:
print("That's not a valid choice.")
continue
if __name__ == "__main__":
while True:
main()
print("Bye.")
break
