if (team == ManchesterCity)
{
AssignToughestDrawPossible();
}
The full Champions League draw algorithm has been leaked…
import random
# Teams organized by pots with their UEFA coefficients
pots = {
"Pot 1": {
"Real Madrid (ESP)": 121.000, "Manchester City (ENG)": 139.000, "Bayern Munich (GER)": 134.000,
"Paris Saint-Germain (FRA)": 112.000, "Liverpool (ENG)": 111.000, "Inter Milan (ITA)": 109.000,
"Borussia Dortmund (GER)": 100.000, "RB Leipzig (GER)": 98.000, "Barcelona (ESP)": 128.000
},
"Pot 2": {
"Bayer Leverkusen (GER)": 94.000, "Atlético de Madrid (ESP)": 106.000, "Atalanta (ITA)": 81.000,
"Juventus (ITA)": 95.000, "Benfica (POR)": 92.000, "Arsenal (ENG)": 85.000,
"Club Brugge (BEL)": 72.000, "Shakhtar Donetsk (UKR)": 78.000, "AC Milan (ITA)": 84.000
},
"Pot 3": {
"Feyenoord (NED)": 71.000, "Sporting CP (POR)": 79.000, "PSV Eindhoven (NED)": 65.000,
"GNK Dinamo (CRO)": 60.000, "Red Bull Salzburg (AUT)": 72.000, "Lille (FRA)": 63.000,
"Crvena Zvezda (SRB)": 59.000, "Young Boys (SUI)": 57.000, "Celtic (SCO)": 61.000
},
"Pot 4": {
"Slovan Bratislava (SVK)": 48.000, "AS Monaco (FRA)": 54.000, "Sparta Praha (CZE)": 51.000,
"Aston Villa (ENG)": 56.000, "Bologna (ITA)": 49.000, "Girona (ESP)": 50.000,
"Stuttgart (GER)": 53.000, "Sturm Graz (AUT)": 47.000, "Brest (FRA)": 46.000
}
}
# Determine the toughest opponent by UEFA coefficient
def get_toughest_opponent(pot):
return max(pot, key=pot.get)
# Create a draw ensuring Manchester City gets the toughest opponents
draw_results = {}
for team in pots["Pot 1"]:
if team == "Manchester City (ENG)":
draw_results[team] = [
get_toughest_opponent(pots["Pot 2"]),
get_toughest_opponent(pots["Pot 3"]),
get_toughest_opponent(pots["Pot 4"])
]
else:
draw_results[team] = [
random.choice(list(pots["Pot 2"].keys())),
random.choice(list(pots["Pot 3"].keys())),
random.choice(list(pots["Pot 4"].keys()))
]
# Remove drawn teams from the pots to avoid duplication
for opponent in draw_results["Manchester City (ENG)"]:
for pot in pots.values():
if opponent in pot:
del pot[opponent]
# Print the draw results
for team, opponents in draw_results.items():
print(f"{team}'s opponents: {', '.join(opponents)}")