def openTree(self):
self.ventanaTree=GraphicTree(self.pcPlayer.graph,self.pcPlayer.root,self.nRows,self.nColumns)
self.ventanaTree.show()
def openTree(self):
self.ventanaTree = GraphicTree(self.pcPlayer.graph, self.pcPlayer.root,
self.nRows, self.nColumns)
self.ventanaTree.show()
class Game(QMainWindow):
def __init__(self,nRows,nColumns,firstPlayer):
# firstPlayer is 1 for pc and 2 for Human
super(Game, self).__init__()
#self.M=[[(0,0,"H")],[(0,0,"V")],[(1,0,"H")],[(0,1,"V")],[(1,1,"H")],[(1,2,"H")],[(2,1,"V")],[(2,2,"H")],[(2,3,"V")]]
self.CONTADOR=0
self.setWindowTitle("Dots And Boxes")
self.resize(880,900)
self.labelPlayer = QLabel(self)
self.labelPlayer.setText("Box_PLayer: ")
self.labelPlayer.move(50,50)
self.labelPc = QLabel(self)
self.labelPc.setText("Box_PC: ")
self.labelPc.move(200,50)
#self.buttonRestart = QPushButton("Restart",self)
#self.buttonRestart.move(450,50)
self.buttonShowTree = QPushButton("Show Tree",self)
self.buttonShowTree.move(350,50)
#self.labelTurn = QLabel(self)
#self.labelTurn.setText("Turn: ")
#self.labelTurn.move(350,50)
self.labelScorePlayer = QLabel(self)
self.labelScorePlayer.setText("0")
self.labelScorePlayer.move(150,50)
self.labelScorePc = QLabel(self)
self.labelScorePc.setText("0")
self.labelScorePc.move(280,50)
#self.labelNumberTurn = QLabel(self)
#self.labelNumberTurn.move(400,50)
self.turn=firstPlayer
self.Board=Board(nRows,nColumns,self)
self.graphicBoard=GraphicBoard(nRows,nColumns,self,self.Board)
self.graphicBoard.builGraphBoard()
self.Board.observerGraphicBoard=self.graphicBoard
self.pcPlayer=pcPlayer(self.Board, firstPlayer,self,self.graphicBoard)
self.scorePlyer=0
self.scorePc=0
self.nRows=nRows
self.nColumns=nColumns
self.ventanaTree=None
if(self.turn==1):
self.pcPlayerTurn()
self.buttonShowTree.clicked.connect(self.openTree)
def openTree(self):
self.ventanaTree=GraphicTree(self.pcPlayer.graph,self.pcPlayer.root,self.nRows,self.nColumns)
self.ventanaTree.show()
def changeTurn(self):
if(self.turn==1):
self.turn=2
#self.labelNumberTurn.setText("Player")
else:
self.turn=1
#self.labelNumberTurn.setText("Computadora")
def notifyPlay(self,change):
print "CAMBIO ",change
if(change):
self.changeTurn()
if( self.turn==1):
print "TURNO: ",self.turn
self.pcPlayerTurn()
def pcPlayerTurn(self):
#movimientos=self.M[self.CONTADOR]
#self.CONTADOR=self.CONTADOR+1
node=Node(copy.deepcopy(self.Board.horizontalEdges),copy.deepcopy(self.Board.verticalEdges),copy.deepcopy(self.Board.boxesMatrix),[])
self.pcPlayer.reset()
self.pcPlayer.root=node
self.pcPlayer.miniMax(node, 2 , "max")
auxMovimientos=self.pcPlayer.graph.neighbors(node)
if(len(auxMovimientos)>0):
print "Valor escogido", getMin(self.pcPlayer.graph.neighbors(node)).heuristicValue
movimientos=getMin(self.pcPlayer.graph.neighbors(node)).sequenceEdge
print "TURNO DE LA PC"
cont=0
for i in movimientos:
print "$$$$$$$$$$$$$$$$ ",i
cont=cont+1
if(cont<len(movimientos)):
self.Board.updateEdge(i[2],Dod(i[0],i[1]),1,False)
else:
print "SI VOY A CAMBIAR DE TURNO"
self.Board.updateEdge(i[2],Dod(i[0],i[1]),1,True)
else:
print "LA COMPUTADORA COME AL FINAL"
def updateGraphicBox(self,dod,owner):
if(owner==1):
self.scorePc=self.scorePc+1
self.labelScorePc.setText(str(self.scorePc))
else:
self.scorePlyer=self.scorePlyer+1
self.labelScorePlayer.setText(str(self.scorePlyer))
self.graphicBoard.updateGraphicBox(dod,owner)
"""
@description : This function return a int number
with QString,this function is useful
when you need show the result in the label
"""
def putScorePlayer(self,valueInt):
score = QtCore.QString()
score.setNum(valueInt)
return score
"""
@description : This function return a int number
with QString,this function is useful
when you need show the result in the label
"""
def putScorePc(self,valueInt):
score = QtCore.QString()
score.setNum(valueInt)
return score
"""
@description : This function return a int number
with QString,this function is useful
when you need show the result in the label
"""
def putTurn(self,valueInt):
score = QtCore.QString()
score.setNum(valueInt)
return score
def PasarMouse(self):
return None
def darClick(self):
return None
class Game(QMainWindow):
def __init__(self, nRows, nColumns, firstPlayer):
# firstPlayer is 1 for pc and 2 for Human
super(Game, self).__init__()
#self.M=[[(0,0,"H")],[(0,0,"V")],[(1,0,"H")],[(0,1,"V")],[(1,1,"H")],[(1,2,"H")],[(2,1,"V")],[(2,2,"H")],[(2,3,"V")]]
self.CONTADOR = 0
self.setWindowTitle("Dots And Boxes")
self.resize(880, 900)
self.labelPlayer = QLabel(self)
self.labelPlayer.setText("Box_PLayer: ")
self.labelPlayer.move(50, 50)
self.labelPc = QLabel(self)
self.labelPc.setText("Box_PC: ")
self.labelPc.move(200, 50)
#self.buttonRestart = QPushButton("Restart",self)
#self.buttonRestart.move(450,50)
self.buttonShowTree = QPushButton("Show Tree", self)
self.buttonShowTree.move(350, 50)
#self.labelTurn = QLabel(self)
#self.labelTurn.setText("Turn: ")
#self.labelTurn.move(350,50)
self.labelScorePlayer = QLabel(self)
self.labelScorePlayer.setText("0")
self.labelScorePlayer.move(150, 50)
self.labelScorePc = QLabel(self)
self.labelScorePc.setText("0")
self.labelScorePc.move(280, 50)
#self.labelNumberTurn = QLabel(self)
#self.labelNumberTurn.move(400,50)
self.turn = firstPlayer
self.Board = Board(nRows, nColumns, self)
self.graphicBoard = GraphicBoard(nRows, nColumns, self, self.Board)
self.graphicBoard.builGraphBoard()
self.Board.observerGraphicBoard = self.graphicBoard
self.pcPlayer = pcPlayer(self.Board, firstPlayer, self,
self.graphicBoard)
self.scorePlyer = 0
self.scorePc = 0
self.nRows = nRows
self.nColumns = nColumns
self.ventanaTree = None
if (self.turn == 1):
self.pcPlayerTurn()
self.buttonShowTree.clicked.connect(self.openTree)
def openTree(self):
self.ventanaTree = GraphicTree(self.pcPlayer.graph, self.pcPlayer.root,
self.nRows, self.nColumns)
self.ventanaTree.show()
def changeTurn(self):
if (self.turn == 1):
self.turn = 2
#self.labelNumberTurn.setText("Player")
else:
self.turn = 1
#self.labelNumberTurn.setText("Computadora")
def notifyPlay(self, change):
print "CAMBIO ", change
if (change):
self.changeTurn()
if (self.turn == 1):
print "TURNO: ", self.turn
self.pcPlayerTurn()
def pcPlayerTurn(self):
#movimientos=self.M[self.CONTADOR]
#self.CONTADOR=self.CONTADOR+1
node = Node(copy.deepcopy(self.Board.horizontalEdges),
copy.deepcopy(self.Board.verticalEdges),
copy.deepcopy(self.Board.boxesMatrix), [])
self.pcPlayer.reset()
self.pcPlayer.root = node
self.pcPlayer.miniMax(node, 2, "max")
auxMovimientos = self.pcPlayer.graph.neighbors(node)
if (len(auxMovimientos) > 0):
print "Valor escogido", getMin(
self.pcPlayer.graph.neighbors(node)).heuristicValue
movimientos = getMin(
self.pcPlayer.graph.neighbors(node)).sequenceEdge
print "TURNO DE LA PC"
cont = 0
for i in movimientos:
print "$$$$$$$$$$$$$$$$ ", i
cont = cont + 1
if (cont < len(movimientos)):
self.Board.updateEdge(i[2], Dod(i[0], i[1]), 1, False)
else:
print "SI VOY A CAMBIAR DE TURNO"
self.Board.updateEdge(i[2], Dod(i[0], i[1]), 1, True)
else:
print "LA COMPUTADORA COME AL FINAL"
def updateGraphicBox(self, dod, owner):
if (owner == 1):
self.scorePc = self.scorePc + 1
self.labelScorePc.setText(str(self.scorePc))
else:
self.scorePlyer = self.scorePlyer + 1
self.labelScorePlayer.setText(str(self.scorePlyer))
self.graphicBoard.updateGraphicBox(dod, owner)
"""
@description : This function return a int number
with QString,this function is useful
when you need show the result in the label
"""
def putScorePlayer(self, valueInt):
score = QtCore.QString()
score.setNum(valueInt)
return score
"""
@description : This function return a int number
with QString,this function is useful
when you need show the result in the label
"""
def putScorePc(self, valueInt):
score = QtCore.QString()
score.setNum(valueInt)
return score
"""
@description : This function return a int number
with QString,this function is useful
when you need show the result in the label
"""
def putTurn(self, valueInt):
score = QtCore.QString()
score.setNum(valueInt)
return score
def PasarMouse(self):
return None
def darClick(self):
return None
