import random import csv def choose_action(action_list): """Chooses an action from a list of actions.""" action_index = random.randint(0, len(action_list) - 1) return action_list[action_index] def run_game(): """Runs a game of soccer.""" action_list = ["Pass", "Shoot", "Dribble", "Cross"] player_action = choose_action(action_list) print("You chose to " + player_action) if player_action == "Pass": print("You passed the ball to your teammate.") elif player_action == "Shoot": print("You took a shot on goal.") elif player_action == "Dribble": print("You dribbled past the defender.") elif player_action == "Cross": print("You crossed the ball into the box.") if player_action == "Pass" or player_action == "Dribble": opponent_action = choose_action(action_list) print("The opponent chose to " + opponent_action) if opponent_action == "Pass": print("The opponent passed the ball back to you.") elif opponent_action == "Shoot": print("The opponent took a shot on goal.") elif opponent_action == "Dribble": print("The opponent dribbled past you.") elif opponent_action == "Cross": print("The opponent crossed the ball into the box.") if player_action == "Shoot" or player_action == "Cross": if random.randint(0, 1) == 0: print("The ball went into the net!") else: print("The ball went out of bounds.") def main(): """Runs the game.""" club_list = ["Arsenal", "Atletico Madrid", "Barcelona", "Benfica", "Borussia Dortmund", "Chelsea", "CSKA Moscow", "Dortmund", "Dynamo Kyiv", "FC Barcelona", "FC Bayern Munich", "FC Internazionale Milano", "FC Liverpool", "FC Porto", "Juventus", "Manchester City", "Manchester United", "Liverpool", "Real Madrid", "Sevilla", "Sporting CP", "Tottenham Hotspur", "Valencia CF", "VfL Wolfsburg"] team = choose_action(club_list) print("You are playing for " + team) run_game() def get_player_list(): """Returns a list of players.""" player_list = [] with open("player_list.csv", "r") as csvfile: reader = csv.reader(csvfile, delimiter=",") for row in reader: player_list.append(row[0]) return player_list def get_transfer_fee(player): """Returns the transfer fee for a player.""" transfer_fee = random.randint(10000000, 100000000) return transfer_fee def manage_transfers(): """Manages the transfer market.""" player_list = get_player_list() for player in player_list: print("The transfer fee for " + player + " is " + str(get_transfer_fee(player))) choice = input("Would you like to buy or sell this player? ") if choice == "buy": print("You have bought " + player) elif choice == "sell": print("You have sold " + player) def get_tournament_list(): """Returns a list of top 100 tournaments.""" tournament_list = [] with open("tournament_list.csv", "r") as csvfile: reader = csv.reader(csvfile, delimiter=",") for row in reader: tournament_list.append(row[0]) return tournament_list def play_tournament(): """Plays a tournament.""" tournament_list = get_tournament_list() tournament = choose_action(tournament_list) print("You are playing in the " + tournament) import random import csv def choose_action(action_list): """Chooses an action from a list of actions.""" action_index = random.randint(0, len(action_list) - 1) return action_list[action_index] def run_game(): """Runs a game of soccer.""" action_list = ["Pass", "Shoot", "Dribble", "Cross"] player_action = choose_action(action_list) print("You chose to " + player_action) if player_action == "Pass": print("You passed the ball to your teammate.") elif player_action == "Shoot": print("You took a shot on goal.") if random.randint(0, 1) == 0: print("The ball went into the net! You have scored a goal!") if player_action == "Shoot": print("You have won the Ballon d'Or!") elif player_action == "Cross": print("You have won the Puskás Award!") else: print("You have been nominated for the FIFA Best Player award.") else: print("The ball went out of bounds.") elif player_action == "Dribble": print("You dribbled past the defender.") if random.randint(0, 1) == 0: print("You have scored a goal!") if player_action == "Dribble": print("You have won the European Golden Shoe!") elif player_action == "Cross": print("You have won the African Player of the Year award!") else: print("You have been nominated for the The Best FIFA Men's Player award.") else: print("The defender tackled you.") elif player_action == "Cross": print("You crossed the ball into the box.") if random.randint(0, 1) == 0: print("Your teammate scored a goal!") if player_action == "Cross": print("You have won the Copa América!") elif player_action == "Pass": print("You have won the Asian Player of the Year award!") else: print("You have been nominatedfor the The Best FIFA Men's Player award.") else: print("The ball went out of bounds.") if player_action == "Pass" or player_action == "Dribble": opponent_action = choose_action(action_list) print("The opponent chose to " + opponent_action) if opponent_action == "Pass": print("The opponent passed the ball back to you.") elif opponent_action == "Shoot": print("The opponent took a shot on goal.") if random.randint(0, 1) == 0: print("The opponent scored a goal!") if opponent_action == "Shoot": print("The opponent has won the Golden Boot!") elif opponent_action == "Cross": print("The opponent has won the African Player of the Year award!") else: print("The opponent has been nominated for the The Best FIFA Men's Player award.") else: print("The ball went out of bounds.") elif opponent_action == "Dribble": print("The opponent dribbled past you.") else: print("The opponent crossed the ball into the box.") def main(): """Runs the game.""" club_list = ["Arsenal", "Atletico Madrid", "Barcelona", "Benfica", "Borussia Dortmund", "Chelsea", "CSKA Moscow", "Dortmund", "Dynamo Kyiv", "FC Barcelona", "FC Bayern Munich", "FC Internazionale Milano", "FC Liverpool", "FC Porto", "Juventus", "Manchester City", "Manchester United", "Liverpool", "Real Madrid", "Sevilla", "Sporting CP", "Tottenham Hotspur", "Valencia CF", "VfL Wolfsburg"] team = choose_action(club_list) print("You are playing for " + team) run_ import random class Player: def __init__(self, name, age, position, rating): self.name = name self.age = age self.position = position self.rating = rating # Stats self.games_played = 0 self.goals_scored = 0 self.assists = 0 self.clean_sheets = 0 # Achievements self.achievements = [] # Agent self.agent = None # Club self.club = None # Manager self.manager = None def train(self): # Improve rating based on training self.rating += random.randint(1, 5) def play_match(self): # Generate match results # If the player is a goalkeeper, there is a lower chance of scoring if self.position == "GK": scoring_chance = 10 else: scoring_chance = 20 # If the player's rating is high, there is a higher chance of scoring scoring_chance += self.rating # Generate a random number to see if the player scores if random.randint(1, 100) <= scoring_chance: self.goals_scored += 1 # Generate a random number to see if the player gets an assist if random.randint(1, 100) <= 20: self.assists += 1 # If the player is a goalkeeper, generate a random number to see if they get a clean sheet if self.position == "GK": clean_sheet_chance = 30 clean_sheet_chance += self.rating if random.randint(1, 100) <= clean_sheet_chance: self.clean_sheets += 1 # Update the player's stats self.games_played += 1 def get_called_up_to_national_team(self): # Check if the player meets the requirements to be called up to the national team # If the player is called up to the national team, add it to their achievements self.achievements.append("Called up to the national team") def get_agent(self): # If the player does not have an agent, create one if self.agent is None: self.agent = Agent() def get_new_club(self): # The agent suggests clubs clubs = self.agent.suggest_clubs() # The player puts focus on clubs clubs_to_focus_on = [] # Some clubs are unrealistic and too unreachable for the player's current rating for club in clubs: if club.rating <= self.rating: clubs_to_focus_on.append(club) # The player chooses a club to focus on club_to_focus_on = clubs_to_focus_on[0] # The player's agent negotiates a contract with the club if self.agent.negotiate_contract(club): # The player signs with the club self.club = club def improve_rating(self): # The player's rating improves based on their performance in matches and training self.rating += random.randint(1, 10) def age(self): # The player ages by one year self.age += 1 def decrease_rating(self): # The player's rating decreases based on their age and training self.rating -= random.randint(1, 5) def get_manager(self): # The player's club assigns a manager to them self.manager = self.club.get_manager() def get_game_time(self): # The manager sets the player's game time game_time = self.manager.set_game_time(self) # If the player does not get enough game time, they can ask the manager for more if game_time < 50: self.manager.ask_for_more_game_time(self) def start_in_the_11(self): # The manager decides if the player starts in the starting 11 starting_11 = self.manager.set # Clubs class Club: def __init__(self, name, rating, league): self.name = name self.rating = rating self.league = league def get_manager(self): # The club assigns a manager to the player manager = Manager() return manager # Leagues class League: def __init__(self, name, clubs): self.name = name self.clubs = clubs def generate_table(self): # Generate a table for the league table = [] for club in self.clubs: table.append(Club(club.name, club.rating, self.name)) return table # Managers class Manager: def __init__(self, name): self.name = name def set_game_time(self, player): # Set the player's game time game_time = random.randint(1, 100) return game_time def ask_for_more_game_time(self, player): # The manager decides if the player gets more game time if random.randint(1, 100) <= 50: self.set_game_time(player, 50) def set_starting_11(self, player): # The manager decides if the player starts in the starting 11 starting_11 = random.randint(1, 100) if starting_11 <= 50: return True else: return False # Agents class Agent: def __init__(self, name): self.name = name def suggest_clubs(self): # Suggest clubs to the player clubs = [] # The agent knows how many games are in the season games_per_season = 38 # The agent suggests clubs that are in the same league as the player's current club if self.player.club is not None: for club in self.player.club.league.clubs: clubs.append(club) # The agent also suggests clubs from other leagues for league in leagues: for club in league.clubs: clubs.append(club) return clubs def negotiate_contract(self, club): # Negotiate a contract with the club contract_agreed = random.randint(1, 100) if contract_agreed <= 50: return True else: return False # Injury class class Injury: def __init__(self, name, severity, weeks_out): self.name = name self.severity = severity self.weeks_out = weeks_out def heal(self): self.weeks_out -= 1 def is_healed(self): return self.weeks_out <= 0 # Player injury code def player_injury(player): # Generate a random number to see if the player gets injured if random.randint(1, 100) <= 10: # Create a new injury injury = Injury("Hamstring strain", "Medium", 2) # Add the injury to the player player.injuries.append(injury) # Player injury healing code def player_injury_healing(player): # Iterate through the player's injuries for injury in player.injuries: # Heal the injury injury.heal() # If the injury is healed, remove it from the player if injury.is_healed(): player.injuries.remove(injury) # Transfer code def player_transfer(player): # Generate a random number to see if the player is transferred if random.randint(1, 100) <= 10: # Get a list of clubs that are interested in the player interested_clubs = player.agent.suggest_clubs() # Choose a club to transfer to club_to_transfer_to = interested_clubs[0] # Transfer the player to the new club player.club = club_to_transfer_to # International tournament code def international_tournament(player): # Check if the player is called up to the national team if player.get_called_up_to_national_team(): # Simulate the international tournament tournament_results = random.randint(1, 100) # If the player's team wins the tournament, add it to the player's achievements if tournament_results <= 50: player.achievements.append("Won the international tournament") # Club competition code def club_competition(player): # Check if the player's club is in a club competition if player.club.is_in_club_competition(): # Simulate the club competition competition_results = random.randint(1, 100) # If the player's team wins the competition, add it to the player's achievements if competition_results <= 50: player.achievements.append("Won the club competition") # Awards code def awards(player): # Check if the player has won any awards if player.has_won_awards(): # Add the awards to the player's achievements player.achievements.append(player.awards) # Retirement code def retirement(player): # Allow the player to retire at any age if player.retired: return # Downgrade the player's overall by a lot when they age player.rating -= random.randint(1, 5) # Make it less likely that the player will get game time or be wanted in the top 5 leagues when they age if player.age >= 35: player.game_time -= random.randint(10, 20) player.transfer_value -= random.randint(50, 100) # If no club wants the player, they will automatically retire if player.transfer_value <= 0: player.retired = True # If the player's rating is too low, they will be relegated to a lower league if player.rating < 60: player.club = player.club.league.get_random_club() # Loan code def loan(player): # Check if the player is eligible for a loan if (player.age >= 17 and player.age <= 23) or player.games_played < 10: # Generate a random number to see if the player is loaned out if random.randint(1, 100) <= 20: # Get a list of clubs that are interested in loaning the player interested_clubs = player.agent.suggest_clubs() # Filter the list of interested clubs to only include clubs in a lower league interested_clubs = [club for club in interested_clubs if club.league.level < player.club.league.level] # Choose a club to go on loan to club_to_loan_to = interested_clubs[0] # Loan the player to the new club player.club = club_to_loan_to # Set the player's loan length player.loan_length = 1 # Check if the player is on loan if player.on_loan: # Reduce the player's loan length by 1 player.loan_length -= 1 # If the player's loan length is 0, return them to their original club if player.loan_length <= 0: player.club = player.original_club

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