def positions(inputGame, panel, ignored=0):
obj = BrasileiroGame(inputGame)
players = obj.getPlayers()
gameObj = obj.getGameStruct()
panel.figure.clf()
graphical = panel.figure.gca()
len_gameRounds = obj.getNumberRounds()
for player in players:
x = list(range(1+ignored,len_gameRounds+1))
y = []
for index in range(0+ignored,len_gameRounds):
round = obj.getRound(index+1)
count = 0
for item_tuple in round[1]:
count = count + 1
if item_tuple.playerCode == player:
y.append(count)
pass
graphical.plot(x,y,'o-',lineWidth=2)
#print(player,y,"<----")
graphical.set_yticks(list(range(0,len(players)+1)))
graphical.set_ylabel("Position")
graphical.set_xlabel("Round")
graphical.invert_yaxis()
panel.draw()
def points(inputGame, panel, ignored=0):
obj = BrasileiroGame(inputGame)
players = obj.getPlayers()
gameObj = obj.getGameStruct()
panel.figure.clf()
graphical = panel.figure.gca()
len_gameRounds = obj.getNumberRounds()
for player in players:
x = list(range(1+ignored,len_gameRounds+1))
y = []
for index in range(0+ignored,len_gameRounds):
round = obj.getRound(index+1)
for item_tuple in round[1]:
if item_tuple.playerCode == player:
y.append(item_tuple.totalScore)
pass
graphical.plot(x,y,'o-',lineWidth=2)
#print(player,y,"<----")
graphical.set_ylabel('Points')
graphical.set_xlabel('Round')
panel.draw()
wb = Workbook()
planilha = wb.active
planilha.append(['ano','Drama by Path', 'Drama by Points', 'Drama by position'])
games = Game.retrieveList()
for game in games:
genGame = BrasileiroGame(game)
dramaPath = DramaByPaths(game=genGame, ignored=0).getMeasureValue()
dramaPoints = DramaByPointsUp2First(game=genGame, ignored=0, normScores=True).getMeasureValue()
dramaPosition = DramaByPositionUp2First(game=genGame, ignored=0).getMeasureValue()
planilha.append([game.year, dramaPath, dramaPoints, dramaPosition])
winner = genGame.getWinner()
nPlayers = len(genGame.getPlayers())
nRounds = genGame.getNumberRounds()
winnerPath = []
for i in range(1, nRounds + 1):
gameRound = genGame.getRound(i)[1]
for r in gameRound:
if r.playerCode == winner:
winnerPath.append(gameRound.index(r)+1)
break
plt.figure(game.year)
plt.plot(np.arange(1,nRounds+1), winnerPath, '-b', linewidth=1.5)
plt.xlim(1,nRounds)
plt.ylim(0, nPlayers)
plt.yticks(np.arange(1, nPlayers, 3))
plt.gca().invert_yaxis()
plt.gca().set_title(str(game.year))
fString = '{0:.4f}'