print(team_a) print(team_b)
team_b = Team("B") team_b.add_player(Player("Player 4", 85)) team_b.add_player(Player("Player 5", 75)) team_b.add_player(Player("Player 6", 95))
for _ in range(5): # Simulate 5 rounds team1_skill = sum(player.skill_level for player in team1.players) / len(team1.players) team2_skill = sum(player.skill_level for player in team2.players) / len(team2.players) Arbix Hub Blue Lock Rivals Mobile Script
class Team: """Represents a team in the game.""" def __init__(self, name): self.name = name self.players = []
def add_player(self, player): self.players.append(player) print(team_a) print(team_b) team_b = Team("B") team_b
def __str__(self): return f"{self.name} (Skill Level: {self.skill_level})"
game.add_team(team_a) game.add_team(team_b) 85)) team_b.add_player(Player("Player 5"
team1_roll = random.random() * team1_skill team2_roll = random.random() * team2_skill
def __str__(self): team_info = f"Team {self.name}\n" for player in self.players: team_info += f"- {player}\n" return team_info
print(team_a) print(team_b)
team_b = Team("B") team_b.add_player(Player("Player 4", 85)) team_b.add_player(Player("Player 5", 75)) team_b.add_player(Player("Player 6", 95))
for _ in range(5): # Simulate 5 rounds team1_skill = sum(player.skill_level for player in team1.players) / len(team1.players) team2_skill = sum(player.skill_level for player in team2.players) / len(team2.players)
class Team: """Represents a team in the game.""" def __init__(self, name): self.name = name self.players = []
def add_player(self, player): self.players.append(player)
def __str__(self): return f"{self.name} (Skill Level: {self.skill_level})"
game.add_team(team_a) game.add_team(team_b)
team1_roll = random.random() * team1_skill team2_roll = random.random() * team2_skill
def __str__(self): team_info = f"Team {self.name}\n" for player in self.players: team_info += f"- {player}\n" return team_info