def compare_players_bot(team1, team2, players, team1Name, team2Name):
bot1Total = (Player.return_awareness(players[team1][3]) + Player.return_brawling(players[team1][3]) + (Player.return_mechanics(players[team1][3]) * 1.25) + Player.return_teamwork(players[team1][3])) + (.75 * (Player.return_awareness(players[team1][4]) + Player.return_brawling(players[team1][4]) + Player.return_mechanics(players[team1][4]) + (Player.return_teamwork(players[team1][4])*2)))
bot2Total = (Player.return_awareness(players[team2][3]) + Player.return_brawling(players[team2][3]) + (Player.return_mechanics(players[team2][3]) * 1.25) + Player.return_teamwork(players[team2][3])) + (.75 * (Player.return_awareness(players[team2][4]) + Player.return_brawling(players[team2][4]) + Player.return_mechanics(players[team2][4]) + (Player.return_teamwork(players[team2][4])*2)))
botDiff = bot1Total - bot2Total
if bot1Total > bot2Total:
print("Expect bot lane to be dominated by %s this game." % team1Name)
return botDiff
elif bot1Total < bot2Total:
print("Expect bot lane to be dominated by %s this game."% team2Name)
return botDiff
elif bot1Total == bot2Total:
print('Both bot lane pairs look to be in top shape. It will be a lane to watch for sure!')
return botDiff
def compare_players_jung(team1, team2, players, team1Name, team2Name):
player1Total = (Player.return_awareness(players[team1][2]) * 1.25)+ Player.return_brawling(players[team1][2]) + Player.return_mechanics(players[team1][2]) + Player.return_teamwork(players[team1][2])
player2Total = (Player.return_awareness(players[team2][2]) * 1.25) + Player.return_brawling(players[team2][2]) + Player.return_mechanics(players[team2][2]) + Player.return_teamwork(players[team2][2])
jungDiff = player1Total - player2Total
if player1Total > player2Total:
print("%s has the clear advantage in the jungle this game." % team1Name)
return jungDiff
elif player1Total < player2Total:
print("%s has the clear advantage in the jungle this game."% team2Name)
return jungDiff
elif player1Total == player2Total:
print('Both junglers are evently matched. All the laners will need to be on their toes this game!')
return jungDiff
def compare_players_mid(team1, team2, players, team1Name, team2Name):
player1Total = Player.return_awareness(players[team1][1]) + Player.return_brawling(players[team1][1]) + (Player.return_mechanics(players[team1][1]) * 1.25) + Player.return_teamwork(players[team1][1])
player2Total = Player.return_awareness(players[team2][1]) + Player.return_brawling(players[team2][1]) + (Player.return_mechanics(players[team2][1]) * 1.25) + Player.return_teamwork(players[team2][1])
midDiff = player1Total - player2Total
if player1Total > player2Total:
print("It looks like the advantage goes to %s for the mid lane" % team1Name)
return midDiff
elif player1Total < player2Total:
print("It looks like the advantage goes to %s for the mid lane." % team2Name)
return midDiff
elif player1Total == player2Total:
print('It looks like an even match in the mid lane. It should be interesting to see how this turns out!')
return midDiff
def compare_players_top(team1, team2, players, team1Name, team2Name): #Team 1 & 2 = place in array (PC team is 0)
player1Total = Player.return_awareness(players[team1][0]) + (Player.return_brawling(players[team1][0]) * 1.25) + Player.return_mechanics(players[team1][0]) + Player.return_teamwork(players[team1][0])
player2Total = Player.return_awareness(players[team2][0]) + (Player.return_brawling(players[team2][0]) * 1.25) + Player.return_mechanics(players[team2][0]) + Player.return_teamwork(players[team2][0])
topDiff = player1Total - player2Total
if player1Total > player2Total:
print("It looks like %s has the edge in the top lane this game." % team1Name)
return topDiff
elif player1Total < player2Total:
print("It looks like %s has the edge in the top lane this game." % team2Name)
return topDiff
elif player1Total == player2Total:
print('It looks like both team\'s top laners are equally matched. Should be an exciting lane to watch!')
return topDiff
def mute_compare_players(team1, team2, players, team1Name, team2Name): player1Total = Player.return_awareness(players[team1][0]) + (Player.return_brawling(players[team1][0]) * 1.25) + Player.return_mechanics(players[team1][0]) + Player.return_teamwork(players[team1][0]) player2Total = Player.return_awareness(players[team2][0]) + (Player.return_brawling(players[team2][0]) * 1.25) + Player.return_mechanics(players[team2][0]) + Player.return_teamwork(players[team2][0]) topDiff = player1Total - player2Total player1Total = Player.return_awareness(players[team1][1]) + Player.return_brawling(players[team1][1]) + (Player.return_mechanics(players[team1][1]) * 1.25) + Player.return_teamwork(players[team1][1]) player2Total = Player.return_awareness(players[team2][1]) + Player.return_brawling(players[team2][1]) + (Player.return_mechanics(players[team2][1]) * 1.25) + Player.return_teamwork(players[team2][1]) midDiff = player1Total - player2Total player1Total = (Player.return_awareness(players[team1][2]) * 1.25)+ Player.return_brawling(players[team1][2]) + Player.return_mechanics(players[team1][2]) + Player.return_teamwork(players[team1][2]) player2Total = (Player.return_awareness(players[team2][2]) * 1.25) + Player.return_brawling(players[team2][2]) + Player.return_mechanics(players[team2][2]) + Player.return_teamwork(players[team2][2]) jungDiff = player1Total - player2Total bot1Total = (Player.return_awareness(players[team1][3]) + Player.return_brawling(players[team1][3]) + (Player.return_mechanics(players[team1][3]) * 1.25) + Player.return_teamwork(players[team1][3])) + (.75 * (Player.return_awareness(players[team1][4]) + Player.return_brawling(players[team1][4]) + Player.return_mechanics(players[team1][4]) + (Player.return_teamwork(players[team1][4])*2))) bot2Total = (Player.return_awareness(players[team2][3]) + Player.return_brawling(players[team2][3]) + (Player.return_mechanics(players[team2][3]) * 1.25) + Player.return_teamwork(players[team2][3])) + (.75 * (Player.return_awareness(players[team2][4]) + Player.return_brawling(players[team2][4]) + Player.return_mechanics(players[team2][4]) + (Player.return_teamwork(players[team2][4])*2))) botDiff = bot1Total - bot2Total difference = topDiff + midDiff + jungDiff + botDiff return difference
def display_player_stats(players):
player0Total = Player.return_awareness(players[0][0]) + Player.return_brawling(players[0][0]) + Player.return_mechanics(players[0][0]) + Player.return_teamwork(players[0][0])
player1Total = Player.return_awareness(players[0][1]) + Player.return_brawling(players[0][1]) + Player.return_mechanics(players[0][1]) + Player.return_teamwork(players[0][1])
player2Total = Player.return_awareness(players[0][2]) + Player.return_brawling(players[0][2]) + Player.return_mechanics(players[0][2]) + Player.return_teamwork(players[0][2])
player3Total =Player.return_awareness(players[0][3]) + Player.return_brawling(players[0][3]) + Player.return_mechanics(players[0][3]) + Player.return_teamwork(players[0][3])
player4Total =Player.return_awareness(players[0][4]) + Player.return_brawling(players[0][4]) + Player.return_mechanics(players[0][4]) + Player.return_teamwork(players[0][4])
print(' ', Player.return_name(players[0][0]),' ', Player.return_name(players[0][1]),' ', Player.return_name(players[0][2]),' ', Player.return_name(players[0][3]),' ', Player.return_name(players[0][4]))
print('Awareness: ', Player.return_awareness(players[0][0]), ' ', Player.return_awareness(players[0][1]), ' ', Player.return_awareness(players[0][2]), ' ', Player.return_awareness(players[0][3]), ' ',Player.return_awareness(players[0][4]))
print('Brawling: ', Player.return_brawling(players[0][0]), ' ', Player.return_brawling(players[0][1]), ' ', Player.return_brawling(players[0][2]), ' ', Player.return_brawling(players[0][3]), ' ',Player.return_brawling(players[0][4]))
print('Mechanics: ', Player.return_mechanics(players[0][0]), ' ', Player.return_mechanics(players[0][1]), ' ', Player.return_mechanics(players[0][2]), ' ', Player.return_mechanics(players[0][3]), ' ',Player.return_mechanics(players[0][4]))
print('Teamwork: ', Player.return_teamwork(players[0][0]), ' ', Player.return_teamwork(players[0][1]), ' ', Player.return_teamwork(players[0][2]), ' ', Player.return_teamwork(players[0][3]), ' ',Player.return_teamwork(players[0][4]))
print('Totals: ', player0Total, ' ', player1Total, ' ', player2Total, ' ', player3Total, ' ',player4Total)