def print_current_prize_money_ranking(players, return_value=False):
leaderboard_in_list = list()
header = '''============================
Current Prize Money Rankings
============================'''
if not return_value:
print(header)
leaderboard_in_list.append(header)
for player in players:
player.compare_tournament_money = True
QuickSort.sort(players)
for player in players:
player.compare_tournament_money = False
for player in players:
ranking_string = " Name: {0} Prize Money: {1}".format(
player.name, player.tournament_money)
leaderboard_in_list.append(ranking_string)
if not return_value:
print(" Name: {0} Prize Money: {1}".format(
player.name, player.tournament_money))
print
if return_value:
return leaderboard_in_list
def determine_first_16(players):
for player in players:
player.compare_overall_points = True
player.ranking_points = float(player.ranking_points)
QuickSort.sort(players)
for player in players:
player.compare_overall_points = False
for i, player in enumerate(players):
if i < (len(players) / 2):
player.in_first_16 = True
def print_current_points_ranking(players, return_value=False):
leaderboard_in_list = list()
QuickSort.sort(players)
header = '''============================
Current Tournament Rankings
============================'''
leaderboard_in_list.append(header)
if not return_value:
print(header)
for player in players:
line = " Name: {0} Points: {1:.2f}".format(player.name,
player.tournament_points)
leaderboard_in_list.append(line)
if not return_value:
print(line)
if (return_value):
return leaderboard_in_list
print()
def sort(l): l = QuickSort.sort(l, f) #l = BubbleSort.sort(l, f) return l
def display_overall_money_leaderboard(gender,
tournament_circuit,
season_number,
season_one_circuit=None):
season_to_display = determine_what_season_to_display(season_number)
# If we are viewing season 1
if season_to_display == '1' or season_to_display == '2':
if season_number == 1 and season_one_circuit == None and season_to_display == '1':
circuit = tournament_circuit
elif season_number == 2 and season_one_circuit != None and season_to_display == '1':
[
print(player.prize_money)
for player in season_one_circuit.male_circuit_players
]
circuit = season_one_circuit
elif season_number == 2 and season_one_circuit != None and season_to_display == '2':
circuit = tournament_circuit
if gender == "1":
players = circuit.male_circuit_players
else:
players = circuit.female_circuit_players
# We are combining both seasons
else:
overall_players = list()
if gender == "1":
players = circuit.male_circuit_players
season_one_players = season_one_circuit.male_circuit_players
else:
players = circuit.female_circuit_players
season_one_players = season_one_circuit.female_circuit_players
# We are combining both seasons
for player in players:
for season_one_player in season_one_players:
if player == season_one_player:
player_with_both_money = Player(player.name)
player_with_both_money.prize_money = player.prize_money + season_one_player.prize_money
overall_players.append(player_with_both_money)
players = overall_players
locale.setlocale(locale.LC_ALL, '')
print(colours.BEIGE + "====================================")
print("| OVERALL PRIZE MONEY LEADERBOARD |")
print("====================================\n" + colours.WHITE)
# use correct comparison method when performing quicksort
for player in players:
player.compare_overall_prize_money = True
list_of_players = QuickSort.sort(players)
for player in players:
player.compare_overall_prize_money = False
# string formatting for leaderboard display
for i, player in enumerate(list_of_players):
rank = str(i + 1)
money = int(player.prize_money)
if i < 9:
rank = "0" + rank
if money == 0:
money = "00000 "
elif money < 100000:
money = str(money) + " "
elif 100000 <= money < 1000000:
money = str(money) + " "
else:
money = str(money) + " "
print("Rank:[{0}] Name: {1} Money: {2}".format(
rank, player.name, locale.currency(int(money), grouping=True)))
input("\n--ENTER--\n")
return tournament_circuit
def display_overall_points_leaderboard(gender,
tournament_circuit,
season_number,
season_one_circuit=None):
season_to_display = determine_what_season_to_display(season_number)
# If we are viewing season 1
if season_to_display == '1' or season_to_display == '2':
if season_number == 1 and season_one_circuit == None and season_to_display == '1':
circuit = tournament_circuit
elif season_number == 2 and season_one_circuit != None and season_to_display == '1':
circuit = season_one_circuit
elif season_number == 2 and season_one_circuit != None and season_to_display == '2':
circuit = tournament_circuit
if gender == "1":
players = circuit.male_circuit_players
else:
players = circuit.female_circuit_players
# We are combining both seasons
else:
overall_players = list()
if gender == "1":
players = tournament_circuit.male_circuit_players
season_one_players = season_one_circuit.male_circuit_players
else:
players = tournament_circuit.female_circuit_players
season_one_players = season_one_circuit.female_circuit_players
# We are combining both seasons
for player in players:
for season_one_player in season_one_players:
if player == season_one_player:
player_with_both_points = Player(player.name)
player_with_both_points.ranking_points = float(
player.ranking_points) + float(
season_one_player.ranking_points)
overall_players.append(player_with_both_points)
players = overall_players
print("\n SEASON {}\n".format(season_to_display if season_to_display == '1'
or season_to_display == '2' else 'BOTH'))
print(colours.BEIGE + "=====================================")
print("|OVERALL RANKKING POINTS LEADERBOARD|")
print("=====================================\n" + colours.WHITE)
# use correct comparison method when performing quick-sort
for player in players:
player.compare_overall_points = True
list_of_players = QuickSort.sort(players)
for player in list_of_players:
player.compare_overall_points = False
for i, player in enumerate(list_of_players):
rank = str(i + 1)
points = float(player.ranking_points)
# String formatting for leader board display
if i < 9:
rank = "0" + rank
print("Rank:[{0}] Name: {1} Points: {2:.2f}".format(
rank, player.name, float(points)))
input("\n--ENTER--\n")
return tournament_circuit
