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| # -*- coding: utf-8 -*-
"""
Created on Mon Apr 6 13:26:32 2020
@author: Nguyen
"""
from Model import*
from random import*
class SamplePlayer:
def __init__(self):
self.board = []
def initGame(self,color):
self.color=color
self.board = []
for i in range(19):
self.board.append(19*[None])
self.capturesPlayer = 0
self.capturesAdv = 0
self.turn = 1 # Numéros du tour
self.currentMove = None
def searchMove(self, moves):
#Mise a jour du plateau du jeu d'après le coup de l'adversaire
if (moves != []):
self.apply(moves[0], self.color.next())
if (self.turn == 1 and self.color == Color.White):
self.currentMove = Move(0,0)
self.turn += 1
elif (self.turn == 1):
found = False
while (not found):
x = randint(-9, 9)
y = randint(-9, 9)
found = self.board[x+9][y+9] == None
self.currentMove = Move(x,y)
self.turn += 1
elif (self.turn == 2 and self .color == Color.Black):
found = False
while (not found):
x = randint(-9,9)
y = randint(-9,9)
found = (abs(x) > 2 or abs(y) >2) and self.board[x+9][y+9] == None
self.currentMove = Move(x,y)
self.turn += 1
### ligne rajoutée
elif (self.turn == 3 and self .color == Color.Black):
found = False
while (not found):
x = randint(-9,9)
y = randint(-9,9)
found = (abs(x) > 2 or abs(y) >2) and self.board[x+9][y+9] == None
self.currentMove = Move(x,y)
self.turn += 1
elif (self.turn == 4 and self .color == Color.Black):
found = False
while (not found):
x = randint(-9,9)
y = randint(-9,9)
found = (abs(x) > 2 or abs(y) >2) and self.board[x+9][y+9] == None
self.currentMove = Move(x,y)
self.turn += 1
elif (self.turn == 5 and self .color == Color.Black):
found = False
while (not found):
x = randint(-9,9)
y = randint(-9,9)
found = (abs(x) > 2 or abs(y) >2) and self.board[x+9][y+9] == None
self.currentMove = Move(x,y)
self.turn += 1
elif (self.turn == 6 and self .color == Color.Black):
found = False
while (not found):
x = randint(-9,9)
y = randint(-9,9)
found = (abs(x) > 2 or abs(y) >2) and self.board[x+9][y+9] == None
self.currentMove = Move(x,y)
self.turn += 1
elif (self.turn == 7 and self .color == Color.Black):
found = False
while (not found):
x = randint(-9,9)
y = randint(-9,9)
found = (abs(x) > 2 or abs(y) >2) and self.board[x+9][y+9] == None
self.currentMove = Move(x,y)
self.turn += 1
elif (self.turn == 8 and self .color == Color.Black):
found = False
while (not found):
x = randint(-9,9)
y = randint(-9,9)
found = (abs(x) > 2 or abs(y) >2) and self.board[x+9][y+9] == None
self.currentMove = Move(x,y)
self.turn += 1
else:
self.currentMove = None # currentMove = coup à jouer
self.movesAlign4 = []
self.movesAlign3 = []
self.movesAlign2 = []
found = self.evalBoard(self.board)
if (not found):
if (self.movesAlign4 != []):
n = randint(len(self.movesAlign4))
self.currentMove = self.movesAlign4[n]
## elif (self.movesAlign3 != []):
## n= randint(len(self.movesAlign3))
## self.currentMove = self.movesAlign3[n]
## elif (self.movesAlign2 != []):
## n= randint(len(self.movesAlign2))
## self.currentMove = self.movesAlign2[n]
#print('pass') # A compléter
self.apply(self.currentMove, self.color)
def apply(self, move, color):
i = move.x + 9
j = move.y + 9
self.board[i][j] = color
for d in list(Direction):
self.checkCapture(i, j, d, color)
def checkCapture(self, i, j, d, color):
i1 = i + d.deltaX()
j1 = j + d.deltaY()
i2 = i + 2*d.deltaX()
j2 = j + 2*d.deltaY()
i3 = i + 3*d.deltaX()
j3 = j + 3*d.deltaY()
if (self.inBoard(i3, j3) and self.board[i1][j1] == color.next() and self.board[i2][j2] == color.next() and self.board[i3][j3] == color):
self.board[i2][j2] = None
self.board[i1][j1] = None
if (color == self.color):
self.capturesPlayer += 1
else:
self.capturesAdv += 1
def inBoard(self, i, j):
return 0 <= i < 19 and 0 <= j < 19
def evalBoard(self, t):
for i in range(19):
for j in range(19):
if (t[i][j] == self.color):
d = Direction.E
while (d != Direction.W):
found = self.evalDir(t, i, j, d)
if (found):
return True
else:
d = d.next()
elif (t[i][j] == self.color.next()):
d = Direction.E
while (d != Direction.W):
found = self.evalDir(t, i, j, d)
if (found):
return True
else:
d = d.next()
#print('pass') # A compléter !
def evalDir(self, t, i, j, d):
i1, j1 = self.nextCoord(i, j, d)
i2, j2 = self.nextCoord(i1, j1, d)
i3, j3 = self.nextCoord(i2, j2, d)
i4, j4 = self.nextCoord(i3, j3, d)
i_1, j_1 = self.nextCoord(i, j, d.next())
# _ o o o o _
if (self.inBoard(i3,j3) and t[i3][j3] == t[i2][j2] == t[i1][j1] == self.color):
if (self.inBoard(i_1, j_1) and t[i_1][j_1] == None):
self.currentMove = Move(i_1 - 9, j_1 - 9)
return True
elif (self.inBoard(i4,j4) and t[i4][j4] == None):
self.currentMove = Move(i4 - 9, j4 - 9)
return True
# _ o _ o o
elif (self.inBoard(i3, j3) and t[i3][j3] == t[i2][j2] == self.color and t[i1][j1] == None):
self.movesAlign4.append(Move(i1-9,j1-9))
# _ o o _
elif (self.inBoard(i2, j2) and t[i1][j1] == self.color and t[i2][j2] == None):
self.movesAlign3.append(Move(i2-9,j2-9))
# O_O_O
elif (self.inBoard(i2, j2) and t[i1][j1] == t[i3][j3] == self.color and t[i2][j2] == None):
self.movesAlign3.append(Move(i2-9,j2-9))
def nextCoord(self, i, j, d):
return i + d.deltaX(), j + d.deltaY()
# Liste de tous les coups possibles
# moves = [(Move(7, 7), 100), Move(4, 3), 50),]
class RandomPlayer:
def __init__(self):
self.color=None
self.freeMove=[]
self.currentMove=None
def initGame(self,color):
self.color=color
self.freeMove=[]
for i in range(-9,10):
for j in range(-9,10):
self.freeMove.append(Move(i,j))
self.freeMove.remove(Move(0,0))
self.freeMove.remove(Move(0,3))
self.freeMove.remove(Move(0,-3))
shuffle(self.freeMove) #pour modifier l'ordre (aléatoire)
self.freeMove=[Move(0,0),Move(0,3),Move(0,-3)]+self.freeMove
self.currentMove=None
def searchMove(self,moves): #pour ne pas mettre 2 fois le même pion dans la liste
if(moves!=[]):
self.freeMove.remove(moves[0])
self.currentMove=self.freeMove[0]
del self.freeMove[0] |
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