def playRPS(player0, player1):
# Return a random number if both players are ai
if player0.difficulty != player.PlayerDifficulty.HUMAN and player1.difficulty != player.PlayerDifficulty.HUMAN:
return random.choice([1, 0])
# Print alternatives
console.write(console.coloredText("[1] Rock", console.BLUE))
console.write(console.coloredText("[2] Paper", console.GREEN))
console.write(console.coloredText("[3] Scissor", console.RED))
console.write(console.coloredText("[q] Quit", console.MAGENTA))
# Let players0 make their choice
if player0.difficulty == player.PlayerDifficulty.HUMAN:
choicePlayer0 = getChoice(player0)
else:
choicePlayer0 = random.choice([1, 2, 3])
# Let players0 make their choice
if player1.difficulty == player.PlayerDifficulty.HUMAN:
choicePlayer1 = getChoice(player1)
else:
choicePlayer1 = random.choice([1, 2, 3])
# Present choices
player_choice(player0, choicePlayer0)
player_choice(player1, choicePlayer1)
# Return the result
r = result(player0, player1, choicePlayer0, choicePlayer1)
if r == 0.5:
return playRPS(player0, player1)
return r
def test_console_color(self):
t0 = console.coloredText("test", console.MAGENTA)
self.assertEqual(t0,
"\033[38;5;" + str(console.MAGENTA) + "mtest\033[0m")
t1 = console.coloredText("fox", console.CLEAR)
self.assertEqual(t1, "fox")
def summary(self):
text = "Summary of tournament:\n"
text = text + "Type: " + getTournamentTypeName(self.type) + "\n" + "Players:\n"
for p in self.players:
playerText = "\t" + p.name + " - " + player.getDifficultyName(p.difficulty) + "\n"
text = text + console.coloredText(playerText, console.CLEAR)
return text
def printRanking(self):
self.ranking.sort(key=lambda x: (x.score, x.winCount), reverse=True)
rankPresent = 'Rank' + self.SpaceBetweenItems + 'Name ' + self.SpaceBetweenItems + 'Win' + self.SpaceBetweenItems + 'Lose' + self.SpaceBetweenItems + 'Tie' + self.SpaceBetweenItems + 'Score\n'
for i, player in enumerate(self.ranking):
newLine = ''
rank = str(i + 1)
newLine += rank + (4 - len(rank)) * ' ' + self.SpaceBetweenItems
newLine += coloredText(
player.name, self.colorSetting[player.name]) + (
12 - len(player.name)) * ' ' + self.SpaceBetweenItems
newLine += coloredText(str(player.winCount), 225) + (
3 - len(str(player.winCount))) * ' ' + self.SpaceBetweenItems
newLine += coloredText(str(player.loseCount), 196) + (
4 - len(str(player.loseCount))) * ' ' + self.SpaceBetweenItems
newLine += coloredText(str(player.tieCount), 190) + (
3 - len(str(player.tieCount))) * ' ' + self.SpaceBetweenItems
newLine += coloredText(str(
player.score), 99) + (5 - len(str(player.score))) * ' ' + '\n'
rankPresent += newLine
print(rankPresent)
def add_record(self, result, player0, player1):
if self.matchIndex == 0:
self.round += 1
self.rows[
self.round //
5][0] += ' ' + self.BlanksBeforeRoundName * ' ' + coloredText(
'Round ' + str(self.round), Front_Colors[
colorCode[self.round -
1]]) + ' ' * self.BlanksAfterRoundName + ' '
record = ' ' + coloredText(
player0.name, self.colorSetting[player0.name]) + '-' + coloredText(
player1.name, self.colorSetting[player1.name]) + ' '
BlanksToAdd = ' ' * (self.namesLen - len(player0.name) -
len(player1.name))
record += BlanksToAdd
if result == 1:
player0.winCount += 1
player1.loseCount += 1
record += '1:0'
elif result == 0:
player1.winCount += 1
player0.loseCount += 1
record += '0:1'
elif result == 0.5:
player0.tieCount += 1
player1.tieCount += 1
record += '0:0'
record += ' |'
self.rows[self.round // 5][self.matchIndex + 1] += record
self.matchIndex = (self.matchIndex + 1) % 4
def __call__(self, info, color='WHITE', end=''):
colored_text = console.coloredText(info, Front_Colors[color])
print(colored_text, end=end)
def startRR(self):
# Get all combinations for the players/AI. nCr = 28 different combinations
players = self.desc.players.copy() #all players
RR_Disp = display.RR_displayer_L(players)
for i in range(7):
Matches = []
print('Round' + str(i+1) + ' Schedule:'+ '\n')
for k in range(3):
player0 = players[k]
player1 = players[6-k]
matchText = console.coloredText(player0.name, RR_Disp.colorSetting[player0.name]) + ' Vs ' + console.coloredText(player1.name, RR_Disp.colorSetting[player1.name])
Matches.append(MatchRR(player0, player1))
print(matchText)
player0 = players[3]
player1 = players[7]
Matches.append(MatchRR(player0, player1))
matchText = console.coloredText(player0.name,RR_Disp.colorSetting[player0.name]) + ' Vs ' + console.coloredText(player1.name, RR_Disp.colorSetting[player1.name])
print(matchText + '\n\n\n\n')
for m in Matches:
print('Next Match : ' + m.player0.name + ' VS ' + m.player1.name)
result = playGame(m.player0, m.player1)
RR_Disp.add_record(result, m.player0, m.player1)
if result == 1:
print("Player: " + m.player0.name + " WON!")
m.player0.score += 1
elif result == 0.5:
print("Tie!")
m.player0.score += 0.5
m.player1.score += 0.5
else:
print("player: " + m.player1.name + " WON!")
m.player1.score += 1
Moving = players[0]
for j in range(7):
posMoveTo = (j+1) % 7
nextToMove = players[posMoveTo]
players[posMoveTo]= Moving
Moving = nextToMove
print('\n\n')
RR_Disp.printRecord()
print("\n\n")
RR_Disp.printRanking()
winner = RR_Disp.ranking[0]
print(winner.name + " WON with the score of " + str(winner.score) + " points!")