def train(): ##训练，AI与AI下
win = gobangwin()
for i in range(COLUMN + 1):
for j in range(ROW + 1):
list_all.append((i, j))
change = 0
state = 0 ##state=0表示游戏进行
m = 0
n = 0
global lastpiece
while state == 0:
if change == 0:
# win.getMouse()
pos = (random2.randrange(8, 9), random2.randrange(8, 9))
list2.append(pos)
list3.append(pos)
piece = Circle(Point(GRID_WIDTH * pos[0], GRID_WIDTH * pos[1]), 16)
piece.setFill('black')
piece.draw(win)
change = change + 1
elif change == 1:
# win.getMouse()
pos = (random2.randrange(6, 9), random2.randrange(5, 8))
while pos == list2[0]: ##避免随机点与黑子的第一个点相同
pos = (random2.randrange(7, 9), random2.randrange(7, 10))
list1.append(pos)
list3.append(pos)
piece = Circle(Point(GRID_WIDTH * pos[0], GRID_WIDTH * pos[1]), 16)
piece.setFill('red')
global lastpiece
lastpiece = piece
piece.draw(win)
change = change + 1
elif change % 2 == 1 and change > 2: ##change为单数则轮到AI下
pos = ai()
if pos in list3:
message = Text(Point(200, 200),
"不可用的位置" + str(pos[0]) + "," + str(pos[1]))
message.draw(win)
state = 1
list1.append(pos)
list3.append(pos)
piece = Circle(Point(GRID_WIDTH * pos[0], GRID_WIDTH * pos[1]), 16)
piece.setFill('Red')
if change > 2:
lastpiece.setFill('white')
lastpiece = piece
lastpiece = piece
piece.draw(win)
if game_win(list1):
message = Text(Point(100, 100), "Winner: White")
message.draw(win)
state = 1 ##AI赢了，state=1 游戏结束
evaluationX(0)
change = change + 1
else:
# win.getMouse()
a2, b2 = anotherAI()
list2.append((a2, b2))
list3.append((a2, b2))
piece = Circle(Point(GRID_WIDTH * a2, GRID_WIDTH * b2), 16)
piece.setFill('black')
piece.draw(win)
if game_win(list2):
message = Text(Point(100, 100), "Winner: Black")
message.draw(win) #AI输了，要进行训练
evaluationX(1)
state = 1
workbook = xlsxwriter.Workbook(
r'D:\107工程\大创\gobang_AI-master\score.xlsx')
newsheet = workbook.add_worksheet()
for i in range(0, len(score)):
newsheet.write(i, 0, score[i] * 2 / (usageSheet[i] + 1))
workbook.close()
change = change + 1
message = Text(Point(100, 120), "Click anywhere to quit.")
message.draw(win)
win.getMouse()
win.close()
def main():
win = gobangwin()
for i in range(COLUMN + 1):
for j in range(ROW + 1):
list_all.append((i, j))
change = 0
state = 0 ##state=0表示游戏进行
m = 0
n = 0
global lastpiece
while state == 0:
if change == 1: #AI的第一步在棋盘中间随机取点下，避免开局一成不变
# win.getMouse()
pos = (random2.randrange(8, 9), random2.randrange(8, 9))
while pos == list2[0]: ##避免随机点与玩家的第一个点相同
pos = (random2.randrange(4, 12), random2.randrange(4, 12))
# print(list2[0])
# print(pos)
list1.append(pos)
list3.append(pos)
piece = Circle(Point(GRID_WIDTH * pos[0], GRID_WIDTH * pos[1]), 16)
piece.setFill('Red')
global lastpiece
lastpiece = piece
piece.draw(win)
change = change + 1
elif change % 2 == 1 and change > 2: ##change为单数则轮到AI下
pos = ai() ##获得AI判断的下一步
if pos in list3:
message = Text(Point(200, 200),
"不可用的位置" + str(pos[0]) + "," + str(pos[1]))
message.draw(win)
state = 1
list1.append(pos)
list3.append(pos)
piece = Circle(Point(GRID_WIDTH * pos[0], GRID_WIDTH * pos[1]), 16)
piece.setFill('Red')
if change > 2:
lastpiece.setFill('white')
lastpiece = piece
piece.draw(win)
if game_win(list1):
message = Text(Point(100, 100), "Winner: White")
message.draw(win)
state = 1 ##AI赢了，state=1 游戏结束
change = change + 1
else: ##轮到玩家下
p2 = win.getMouse()
if not ((round(
(p2.getX()) / GRID_WIDTH), round(
(p2.getY()) / GRID_WIDTH)) in list3):
a2 = round((p2.getX()) / GRID_WIDTH)
b2 = round((p2.getY()) / GRID_WIDTH)
list2.append((a2, b2))
list3.append((a2, b2))
piece = Circle(Point(GRID_WIDTH * a2, GRID_WIDTH * b2), 16)
piece.setFill('black')
piece.draw(win)
if game_win(list2):
message = Text(Point(100, 100), "Winner: Black")
message.draw(win)
state = 1
change = change + 1
message = Text(Point(100, 120), "Click anywhere to quit.")
message.draw(win)
win.getMouse()
win.close()
from random2 import randrange
parametro_inicial = 1
parametro_final = 30
numero_aleatorio = randrange(parametro_inicial, parametro_final)
intentos = 1
manejador_bucle = True
print('ADIVINA EL NUMERO ENTRE {} y {}'.format(parametro_inicial,
parametro_final))
print('INTENTOS: {}\n'.format(intentos))
while manejador_bucle:
# print(numero_aleatorio)
if (intentos != 1):
print('INTENTOS: {}'.format(intentos))
numero = input('Ingrese un numero:\n')
numero = int(numero)
if (numero == numero_aleatorio):
print(
'FELICIDADES HAZ GANADO EL NUMERO ES: {}'.format(numero_aleatorio))
print('LO HAZ CONSEGUIDO EN {} INTENTOS'.format(intentos))
seguir = input(
'**Deseas seguir jugando s/n. Si presionas cualquier otro carater se tomara como si.**\n'
)
if (seguir == 's'):
manejador_bucle = True
from asyncore import dispatcher from random2 import randrange # program simulates rolled dice for rpg games # defined terms d3_1 = randrange(1, 4) d3_2 = randrange(1, 4) d3_3 = randrange(1, 4) d3_4 = randrange(1, 4) d3_total2 = d3_1 + d3_2 d3_total3 = d3_1 + d3_2 + d3_3 d3_total4 = d3_1 + d3_2 + d3_3 + d3_4 d4_1 = randrange(1, 5) d4_2 = randrange(1, 5) d4_3 = randrange(1, 5) d4_4 = randrange(1, 5) d4_total2 = d4_1 + d4_2 d4_total3 = d4_1 + d4_2 + d4_3 d4_total4 = d4_1 + d4_2 + d4_3 + d4_4 d6_1 = randrange(1, 7) d6_2 = randrange(1, 7) d6_3 = randrange(1, 7) d6_4 = randrange(1, 7) d6_total2 = d6_1 + d6_2 d6_total3 = d6_1 + d6_2 + d6_3 d6_total4 = d6_1 + d6_2 + d6_3 + d6_4 d8_1 = randrange(1, 9) d8_2 = randrange(1, 9)
from random2 import randrange
# Code creates a guessing game where the computer guesses a number and gives the user hints. Can produce any number between 1 - 100 and returns a high score of 100.
# Definitions
random_number = randrange(1, 101)
compare_number = randrange(2, 11)
score = 100
print_score = ('Score = ' + str(score))
hint_generator_1 = randrange(1, 4)
hint_generator_2 = randrange(1, 4)
hint_generator_3 = randrange(1, 4)
hint_generator_4 = randrange(1, 4)
hint_generator_5 = randrange(1, 4)
hint_generator_6 = randrange(1, 4)
hint_generator_7 = randrange(1, 4)
hint_generator_8 = randrange(1, 4)
hint_generator_9 = randrange(1, 4)
hint_generator_10 = randrange(1, 4)
# functions for hints. A random type of hint will be given for each wrong answer.
def higher_or_lower_1(input_1, random_number):
if input_1 > random_number:
print('Guess lower')
if input_1 < random_number:
print('Guess higher')