def process():
global a_mat
global topfr
global boardlist
global blist
global status
global model
l = np.where(a_mat.reshape(-1) == 0)[0]
val, pos = pick(l)
a_mat[int(pos / 4)][pos % 4] = val
boardlist[int(pos / 4)][pos % 4] = Button(topfr,
text=(val),
bg=bgcol[num.index(val)],
fg=fgcol[num.index(val)],
font=helv36)
coor = [60 + 50 * (pos % 4), 60 + 50 * (int(pos / 4))]
boardlist[int(pos / 4)][pos % 4].place(x=coor[0], y=coor[1])
boardlist[int(pos / 4)][pos % 4].config(width=4, height=2)
print(a_mat, '\n')
tot = 0
l = logic_2048.check(a_mat)
stlist = ['up', 'down', 'right', 'left']
for st in stlist:
s = len(l[st])
for bt in blist:
if bt['text'] == st:
if s <= 0:
bt['bg'] = 'slate gray'
tot += 1
else:
bt['bg'] = 'black'
if tot != 4:
None
root.after(12, process2)
else:
alpha = 0.21
gamma = 0.9
reward = -1
asc = np.log(a_mat + 1).reshape(1, 4, 4, 1)
val0 = model.predict(asc)
model.fit(asc, (1 - alpha) * val0 + alpha * (reward + gamma * val0),
epochs=5)
close()
def right():
global a_mat
global boardlist
global root
global num
global status
global timedelay
status.destroy()
m = -1
l = logic_2048.check(a_mat)
s = l['right']
if len(s) <= 0:
status = Label(root,
text='Error',
bd=1,
relief=SUNKEN,
anchor=W,
font=helv12)
status.pack(side=BOTTOM, fill=X)
return
status.destroy()
for j in list(s):
i = 2
init = 0
m = -2
while i >= 0:
if i < 3 and a_mat[j, i + 1] == 0:
init += 1
if a_mat[j, i] != 0 and init != 0:
p = 1
ia = [i for i in range(0, i + 1)]
ep = init
for temp in ia:
pos = j * 4 + temp
if (boardlist[int(pos / 4)][pos % 4] != 0):
coor = [
60 + 50 * (pos % 4) + p * ep * 50,
60 + 50 * (int(pos / 4))
]
boardlist[int(pos / 4)][pos % 4].place(x=coor[0],
y=coor[1])
a_mat[j, ep:i + ep + 1] = a_mat[j, 0:i + 1]
a_mat[j, 0:ep] = 0
for k in range(i, -1, -1):
boardlist[j][k + ep] = boardlist[j][k]
for lf in range(0, ep):
boardlist[j][lf] = 0
i = i + ep + 1
init = 0
elif i < 3 and a_mat[j, i] != 0 and a_mat[j, i + 1] == a_mat[
j, i] and i != m:
init = 0
ep = 1
p = 1
a_mat[j, ep:i + ep + 1] = a_mat[j, 0:i + 1]
a_mat[j, 0:ep] = 0
a_mat[j, i + 1] *= 2
ia = [i for i in range(0, i + 1)]
boardlist[j][i + 1].destroy()
for temp in ia:
pos = 4 * j + temp
if (boardlist[int(pos / 4)][pos % 4] != 0):
coor = [
60 + 50 * (pos % 4) + p * ep * 50,
60 + 50 * (int(pos / 4))
]
boardlist[int(pos / 4)][pos % 4].place(x=coor[0],
y=coor[1])
for k in range(i, -1, -1):
boardlist[j][k + ep] = boardlist[j][k]
for lf in range(0, ep):
boardlist[j][lf] = 0
boardlist[j][i + 1]['text'] = str(int(a_mat[j, i + 1]))
boardlist[j][i + 1]['bg'] = bgcol[num.index(
int(a_mat[j, i + 1]))]
boardlist[j][i + 1]['fg'] = fgcol[num.index(
int(a_mat[j, i + 1]))]
m = i
i = i - 1
print('Right')
root.after(timedelay, process)
def left():
global a_mat
global boardlist
global root
global num
global status
global timedelay
m = -1
l = logic_2048.check(a_mat)
s = l['left']
status.destroy()
if len(s) <= 0:
status = Label(root,
text='Error',
bd=1,
relief=SUNKEN,
anchor=W,
font=helv12)
status.pack(side=BOTTOM, fill=X)
return
status.destroy()
for j in list(s):
i = 1
init = 0
m = -2
while i < 4:
if i > 0 and a_mat[j, i - 1] == 0:
init = init + 1
if a_mat[j, i] != 0 and init != 0:
p = 1
ia = [i for i in range(i, 4)]
ep = init
for temp in ia:
pos = j * 4 + temp
if (boardlist[int(pos / 4)][pos % 4] != 0):
coor = [
60 + 50 * (pos % 4) - p * ep * 50,
60 + 50 * (int(pos / 4))
]
boardlist[int(pos / 4)][pos % 4].place(x=coor[0],
y=coor[1])
a_mat[j, i - ep:4 - ep] = a_mat[j, i:4]
a_mat[j, 4 - ep:4] = 0
l = len(ia)
for k in range(i - ep, 4 - ep):
boardlist[j][k] = boardlist[j][k + ep]
for lf in range(4 - ep, 4):
boardlist[j][lf] = 0
i = i - init - 1
init = 0
elif i > 0 and a_mat[j, i] != 0 and a_mat[j, i - 1] == a_mat[
j, i] and i != m:
ia = [i for i in range(i, 4)]
p = 1
ep = 1
init = 0
for temp in ia:
pos = j * 4 + temp
if (boardlist[int(pos / 4)][pos % 4] != 0):
coor = [
60 + 50 * (pos % 4) - p * ep * 50,
60 + 50 * (int(pos / 4))
]
boardlist[int(pos / 4)][pos % 4].place(x=coor[0],
y=coor[1])
a_mat[j, i - ep:4 - ep] = a_mat[j, i:4]
a_mat[j, 4 - ep:4] = 0
a_mat[j, i - 1] *= 2
boardlist[j][i - 1].destroy()
for k in range(i - ep, 4 - ep):
boardlist[j][k] = boardlist[j][k + ep]
for lf in range(4 - ep, 4):
boardlist[j][lf] = 0
boardlist[j][i - 1]['text'] = str(int(a_mat[j, i - 1]))
boardlist[j][i - 1]['bg'] = bgcol[num.index(
int(a_mat[j, i - 1]))]
boardlist[j][i - 1]['fg'] = fgcol[num.index(
int(a_mat[j, i - 1]))]
m = i
i = i + 1
print('Left')
root.after(timedelay, process)
def up():
global a_mat
global boardlist
global root
global num
global status
global timedelay
m = -1
p = 0
l = logic_2048.check(a_mat)
s = l['up']
status.destroy()
if len(s) <= 0:
status = Label(root,
text='Error',
bd=1,
relief=SUNKEN,
anchor=W,
font=helv12)
status.pack(side=BOTTOM, fill=X)
return
status.destroy()
init = 0
i = 1
for j in list(s):
i = 1
init = 0
m = -1
while i < 4:
if i > 0 and a_mat[i - 1, j] == 0:
init = init + 1
if a_mat[i, j] != 0 and init != 0:
p = 1
ia = [i for i in range(i, 4)]
ep = init
for temp in ia:
pos = temp * 4 + j
if (boardlist[int(pos / 4)][pos % 4] != 0):
coor = [
60 + 50 * (pos % 4),
60 + 50 * (int(pos / 4)) - p * ep * 50
]
boardlist[int(pos / 4)][pos % 4].place(x=coor[0],
y=coor[1])
a_mat[i - ep:i - ep + len(ia), j] = a_mat[i:4, j]
a_mat[i - ep + len(ia):4, j] = 0
l = len(ia)
for lp in range(1, init + 1):
for k in range(i - lp, i - lp + l):
boardlist[k][j] = boardlist[k + 1][j]
for lf in range(i - init + l, 4):
boardlist[lf][j] = 0
i = i - init - 1
init = 0
elif i > 0 and a_mat[i][j] != 0 and a_mat[
i - 1][j] == a_mat[i][j] and i != m:
ia = [i for i in range(i, 4)]
l = len(ia)
p = 1
ep = 1
for temp in ia:
pos = temp * 4 + j
if (boardlist[int(pos / 4)][pos % 4] != 0):
coor = [
60 + 50 * (pos % 4),
60 + 50 * (int(pos / 4)) - p * ep * 50
]
boardlist[int(pos / 4)][pos % 4].place(x=coor[0],
y=coor[1])
a_mat[i - ep:i - ep + len(ia), j] = a_mat[i:4, j]
a_mat[i - ep + len(ia):4, j] = 0
a_mat[i - 1, j] *= 2
boardlist[i - 1][j].destroy()
for lp in range(1, 2):
for k in range(i - lp, i - lp + l):
boardlist[k][j] = boardlist[k + 1][j]
for lf in range(i - 1 + l, 4):
boardlist[lf][j] = 0
boardlist[i - 1][j]['text'] = str(int(a_mat[i - 1, j]))
boardlist[i - 1][j]['bg'] = bgcol[num.index(
int(a_mat[i - 1, j]))]
boardlist[i - 1][j]['fg'] = fgcol[num.index(
int(a_mat[i - 1, j]))]
m = i
i += 1
print('UP')
root.after(timedelay, process)