def make_player(cls, raw_player):
"""create and return a new player from the given info"""
first_name = raw_player['FirstName']
last_name = raw_player['LastName']
position = raw_player['Position']
player_id = raw_player['ID']
player = Player.alt_init(first_name, last_name, position)
player.set_player_id(player_id)
return player
def defineListOfPlayers(
): # returs a list of Objects of Player_class, name = input
listOfPlayers = []
for i in range(0, numberOfPlayers):
playerName = raw_input("Player name: ")
matchToAssingToPlayer = Match(i)
player_i = Player(playerName, i, matchToAssingToPlayer)
listOfPlayers.append(player_i)
return listOfPlayers
def createPlayers():
player_count = 0
#get player count
while (player_count <= 0):
player_count = int(input('Input the amount of Players: '))
#create players
players = []
for i in range(player_count):
players.append(Player())
return players
def create_player(self):
player = Player()
player.name = input("Write your name.")
p_type = input("Click C for computer, H for human.")
if p_type == "C":
player.type = PlayerType.COMPUTER
else:
player.type = PlayerType.HUMAN
p_gender = input("Click M for Male, F for Female.")
if p_gender == "M":
player.gender = Gender.MALE
else:
player.gender = Gender.FEMALE
return player
def extract_data(cls, db_players, NBA_teams):
players = []
#iterate through all of the obtained players
for (playerID, Firstname, Lastname, position, points_per_game,
assists_per_game, effective_field_goal_percentage,
true_shooting_percentage, field_goal_attempts, field_goals_made,
free_throw_attempts, free_throws_made, treys_made,
off_reb_per_game, def_reb_per_game, points_produced, turnover,
usage, minutes, blocks, steals, teamID, teamName,
fouls) in db_players:
#create a player and populate his stats + info
a_player = Player.alt_init(Firstname, Lastname, position)
a_player.set_player_id(playerID)
a_player.set_points_per_game(points_per_game)
a_player.set_assists_per_game(assists_per_game)
a_player.set_effective_field_goal_percentage(
effective_field_goal_percentage)
a_player.set_true_shooting_percentage(true_shooting_percentage)
a_player.set_field_goal_attempts(field_goal_attempts)
a_player.set_field_goals_made(field_goals_made)
a_player.set_free_throw_attempts(free_throw_attempts)
a_player.set_free_throws_made(free_throws_made)
a_player.set_treys_made(treys_made)
a_player.set_off_reb_per_game(off_reb_per_game)
a_player.set_points_produced(points_produced)
a_player.set_turnover(turnover)
a_player.set_player_usage(usage)
a_player.set_minutes(minutes)
a_player.set_team_id(teamID)
a_player.set_team_abbr(teamName)
a_player.set_def_reb_per_game(def_reb_per_game)
a_player.set_steals(steals)
a_player.set_blocks(blocks)
a_player.set_fouls(fouls)
players.append(a_player)
NBA_teams[teamName].add_player(a_player)
NBA_teams[teamName].add_players_roster(a_player.get_full_name())
return players
tree,
],
]
size_of_tile = 45
lvl_type = 2
clear = [] # used for clearing the list
final_level = [] # final list for map
# Creating sprite groups
all_sprites_list = pygame.sprite.Group()
shooting_list = pygame.sprite.Group()
enemy_list = pygame.sprite.Group()
# Instance variables
player = Player()
all_sprites_list.add(player)
close = True
wave = True
def game(score, layout):
"""Main program for game"""
# Variables declared global
global event
global score_1, score_2
global wave_number
global hp