def main():
game = GameInstance()
playerArray = game.createGame()
game_ = ET.SubElement(timeline_, "Game")
game.startGame() #randomizes the bracelets
startEndGame = False
while (not game.doorNineOpen):
game.clearCombi()
round_ = ET.SubElement(game_, "Round")
players_ = ET.SubElement(round_, "Players")
for player in playerArray:
game.setPlayerCombi(player)
#game.setDecisionThreshold(player,-5) #ANÁLISE DOS RESULTADOS APENAS, COMENTAR ESTA LINHA DEPOIS
#game.setEmotionalMultiplier(player,2.5) #ANÁLISE DOS RESULTADOS APENAS, COMENTAR ESTA LINHA DEPOIS
game.setHG3Scenario()
player_ = ET.SubElement(players_, "Player", name=player.getName())
ET.SubElement(player_, "Points").text = str(player.getPoints())
ET.SubElement(player_, "Color").text = str(player.getColor())
ET.SubElement(player_, "Type").text = str(player.getType())
ET.SubElement(player_,
"Typecolor").text = game.getPlayerColorType(player)
state_ = ET.SubElement(player_, "State") # definir subStates
promises_ = ET.SubElement(state_, "PromiseHistory")
for promise in player.privateState.promiseHistory:
ET.SubElement(
promises_, "Promise").text = promise[1] + " " + promise[
2] + " to " + promise[0] + ". Status: " + promise[3]
ET.SubElement(state_, "DecisionThreshold").text = str(
player.privateState.decisionThreshold)
ET.SubElement(state_, "EmotionalMultiplier").text = str(
player.privateState.emotionalMultiplier)
ET.SubElement(state_, "HonorFactor").text = str(
player.privateState.honorFactor)
for opponent in player.privateState.opponentStateArray:
opState_ = ET.SubElement(state_,
"Opponent",
name=opponent.opponentName)
ET.SubElement(opState_, "ConsiderationValue").text = str(
opponent.consValue)
ET.SubElement(opState_, "ConsiderationValuePrev").text = str(
opponent.consValuePrev)
ET.SubElement(opState_,
"AllyCounter").text = str(opponent.nAlly)
ET.SubElement(opState_,
"BetrayCounter").text = str(opponent.nBetray)
combiA = game.combinations["a"]
combiB = game.combinations["b"]
combiC = game.combinations["c"]
combinationsL_ = ET.SubElement(round_, "CombinationLots")
combA_ = ET.SubElement(combinationsL_, "CombinationA")
for i in range(0, 3):
lot_ = ET.SubElement(combA_, "Lot" + str(i + 1))
ET.SubElement(lot_, "Player", name=combiA[i][0].getName())
ET.SubElement(lot_, "Player", name=combiA[i][1].getName())
ET.SubElement(lot_, "Player", name=combiA[i][2].getName())
combB_ = ET.SubElement(combinationsL_, "CombinationB")
for i in range(0, 3):
lot_ = ET.SubElement(combB_, "Lot" + str(i + 1))
ET.SubElement(lot_, "Player", name=combiB[i][0].getName())
ET.SubElement(lot_, "Player", name=combiB[i][1].getName())
ET.SubElement(lot_, "Player", name=combiB[i][2].getName())
combC_ = ET.SubElement(combinationsL_, "CombinationC")
for i in range(0, 3):
lot_ = ET.SubElement(combC_, "Lot" + str(i + 1))
ET.SubElement(lot_, "Player", name=combiC[i][0].getName())
ET.SubElement(lot_, "Player", name=combiC[i][1].getName())
ET.SubElement(lot_, "Player", name=combiC[i][2].getName())
combinations_ = ET.SubElement(round_, "Combinations")
chosenCombination = game.calcVoting(
) #calculates which door is chosen for the round
for player in playerArray:
player_ = ET.SubElement(combinations_, player.getName())
preferenceArray = game.preferenceDict[player.getName()]
ET.SubElement(player_, "A").text = str(preferenceArray[0])
ET.SubElement(player_, "B").text = str(preferenceArray[1])
ET.SubElement(player_, "C").text = str(preferenceArray[2])
chosenComb_ = ET.SubElement(
round_, "ChosenCombination").text = chosenCombination
game.setPlayerDoors(
chosenCombination
) #locks the players to the respective door according to the chosen combination
vote_ = ET.SubElement(round_, "Vote")
voteDict = {}
if (game.GameIterations % 2 != 0):
for typecolor in [
"RED PAIR", "RED SOLO", "GREEN PAIR", "GREEN SOLO",
"BLUE PAIR", "BLUE SOLO"
]:
voteString = game.computeVote(
typecolor, 20
) #20 is the maximum cap value for which Ally probability is 100%
voteDict[typecolor] = voteString
else:
for typecolor in [
"CYAN PAIR", "CYAN SOLO", "MAGENTA PAIR", "MAGENTA SOLO",
"YELLOW PAIR", "YELLOW SOLO"
]:
voteString = game.computeVote(typecolor, 20)
voteDict[typecolor] = voteString
if (game.GameIterations % 2 != 0):
for typecolor in [
"RED PAIR", "RED SOLO", "GREEN PAIR", "GREEN SOLO",
"BLUE PAIR", "BLUE SOLO"
]:
type_ = ET.SubElement(vote_, "Type", name=typecolor)
type_.text = voteDict[typecolor]
arrayType = game.getPlayerByTypecolor(typecolor)
if (len(arrayType) > 0):
p1 = arrayType[0]
opponent = game.getOpponent(p1)
ET.SubElement(type_, "Opponent",
name=opponent).text = voteDict[opponent]
else:
for typecolor in [
"CYAN PAIR", "CYAN SOLO", "MAGENTA PAIR", "MAGENTA SOLO",
"YELLOW PAIR", "YELLOW SOLO"
]:
type_ = ET.SubElement(vote_, "Type", name=typecolor)
type_.text = voteDict[typecolor]
arrayType = game.getPlayerByTypecolor(typecolor)
if (len(arrayType) > 0):
p1 = arrayType[0]
opponent = game.getOpponent(p1)
ET.SubElement(type_, "Opponent",
name=opponent).text = voteDict[opponent]
print("\nRound " + str(game.GameIterations) + ": ")
game.computeAmbidexGame()
print(game.printPlayerPoints())
for player in playerArray:
if (player.getPoints() >= 9):
if (game.willingToLeave(player)):
print("Winners: " + game.getWinners())
startEndGame = True
break
if (startEndGame):
ET.SubElement(game_, "Winners").text = game.getWinners()
final_ = ET.SubElement(game_, "FinalState")
for player in playerArray:
player_ = ET.SubElement(final_,
"Player",
name=player.getName())
ET.SubElement(player_, "Points").text = str(player.getPoints())
ET.SubElement(player_, "Color").text = str(player.getColor())
ET.SubElement(player_, "Type").text = str(player.getType())
state_ = ET.SubElement(player_, "State") # definir subStates
promises_ = ET.SubElement(state_, "PromiseHistory")
for promise in player.privateState.promiseHistory:
ET.SubElement(
promises_, "Promise"
).text = promise[1] + " " + promise[2] + " to " + promise[
0] + ". Status: " + promise[3]
ET.SubElement(state_, "DecisionThreshold").text = str(
player.privateState.decisionThreshold)
ET.SubElement(state_, "EmotionalMultiplier").text = str(
player.privateState.emotionalMultiplier)
ET.SubElement(state_, "HonorFactor").text = str(
player.privateState.honorFactor)
for opponent in player.privateState.opponentStateArray:
opState_ = ET.SubElement(state_,
"Opponent",
name=opponent.opponentName)
ET.SubElement(opState_, "ConsiderationValue").text = str(
opponent.consValue)
ET.SubElement(opState_,
"ConsiderationValuePrev").text = str(
opponent.consValuePrev)
ET.SubElement(opState_,
"AllyCounter").text = str(opponent.nAlly)
ET.SubElement(opState_,
"BetrayCounter").text = str(opponent.nBetray)
game.doorNineOpen = True
def mainFunc():
myGame = GameInstance()
print('Welcome to Crafters Castle!')
print('To play, please type in an activity. \n')
myGame.startGame()
