def new(self):
a = input('Quer começar de novo? S para SIM ou qualquer outra para NÃO. ')
if a == 'S' or a == 's':
clear('cls')
self.play()
else:
return
def play(self):
clear('cls')
matrix = self.final_matrix()
matrix[0][0] = '#'
first_play = True
while matrix[-1][-1] != '#':
if first_play == True:
print('REGRAS: Você só pode mover o robo (#) para baixo (S) ou para direita (D)')
print(' Você NÃO pode mover o robo para as casas marcadas com `x´')
print(' O objetivo é mover o robo até o canto inferior direito\n')
self.print_matrix(matrix)
first_play = False
movement = input('Informe uma jogada. D para direita ou S para baixo. Aperte ENTER para sair. ')
clear('cls')
if movement == 'd' or movement == 'D':
self.move_right(matrix)
first_play = False
elif movement == 's' or movement == 'S':
self.move_down(matrix)
first_play = False
elif movement == '':
return
self.print_matrix(matrix)
if self.possible(matrix) == True:
break
if self.win(matrix) == True:
print('\n********************** PARABÉNS VOCÊ GANHOU!!! **********************\n')
self.new()
return
def generate_matrix(self):
max_rows = self.size_row()
max_cols = self.size_col()
matrix = []
for rows in range(max_rows):
new_row = []
for cols in range(max_cols):
new_row.append('o')
matrix.append(new_row)
clear('cls')
return matrix
def restart():
print('''
Main Menu
=========
Type P to Play
''')
choice = input('Input Here: ').upper()
if choice != 'P':
os.clear('cls')
restart()
def rematch():
global priority, a, b, c, d, e, f, g, h, i, wins
a, b, c, d, e, f, g, h, i = ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' '
clear('cls')
print('TicTacToe bot by shizzzerrr v1.0')
print(f'bot {wins}:0 player')
print('Waiting 3 seconds...')
sleep(3)
if random.random() > 0.5:
print('Bot has first turn.')
priority = 1
else:
print('Player has first turn.')
priority = 2
clear('cls')
game()
def key(self):
while(1):
os.clear()
print "use arrow keys to control robot"
print "UP arrow/Down Arrow/Left Arrow/Right Arrow"
print "hit q thrice to exit"
fd = sys.stdin.fileno()
old_settings = termios.tcgetattr(fd)
try:
tty.setraw(sys.stdin.fileno())
ch = sys.stdin.read(3)
finally:
termios.tcsetattr(fd, termios.TCSADRAIN, old_settings)
k=ch
if k=='':
continue
if k=='\x1b[A':
print "up"
self.straight()
self.stop()
continue
elif k=='\x1b[B':
print "down"
self.back()
self.stop()
continue
elif k=='\x1b[C':
print "right"
self.right()
self.stop()
continue
elif k=='\x1b[D':
print "left"
self.left()
self.stop()
continue
elif k=='qqq':
print "bye"
break
else:
print "not an arrow key!"
def menu():
global priority, a, b, c, d, e, f, g, h, i
a, b, c, d, e, f, g, h, i = ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' ', ' '
clear('cls')
print('TicTacToe bot by shizzzerrr v1.0')
input('Press "Enter" to start game :')
if random.random() > 0.5:
print('Bot has first turn.')
priority = 1
else:
print('Player has first turn.')
priority = 2
sleep(3)
clear('cls')
game()
5.6
>>> int(5.6)
5
>>> round(5.6)
6
>>> round(5.4)
5
>>> round(5.5)
6
>>> round(5.67, 1)
5.7
>>> round(5.678, 2)
5.68
>>> float(5)
5.0
>>> os.clear('system')
Traceback (most recent call last):
File "<stdin>", line 1, in <module>
AttributeError: module 'os' has no attribute 'clear'
>>> os.system('clear')
0
>>> True
True
>>> False
False
>>> true
Traceback (most recent call last):
File "<stdin>", line 1, in <module>
NameError: name 'true' is not defined
>>> false
def refresh_screen():
clear("cls")
print_header()
board.display()
import os os.clear()
def game():
clear('cls')
global priority, a, b, c, d, e, f, g, h, i, wins
field(a, b, c, d, e, f, g, h, i)
if a == b == c != ' ' or d == e == f != ' ' or g == h == i != ' ' or a == d == g != ' ' or b == e == h != ' ' or c == f == i != ' ' or a == e == i != ' ' or c == e == g != ' ':
print('Bot wins.')
wins += 1
print('\nNew game? (y|n)')
if input('>>> ') == 'y':
rematch()
else:
clear('cls')
exit()
elif a != ' ' and b != ' ' and c != ' ' and d != ' ' and e != ' ' and f != ' ' and g != ' ' and h != ' ' and i != ' ':
print('Draw.')
print('\nNew game? (y|n)')
if input('>>> ') == 'y':
rematch()
else:
clear('cls')
exit()
else:
if priority % 2 == 0:
print(
'Write coordinates of your turn. (examples : a1, b2, c1, a3.)')
player_turn()
priority += 1
game()
else:
#ГОРИЗОНТАЛИ
if a == b == 'o' and c == ' ':
c = 'o'
elif a == c == 'o' and b == ' ':
b = 'o'
elif b == c == 'o' and a == ' ':
a = 'o'
elif d == e == 'o' and f == ' ':
f = 'o'
elif e == f == 'o' and d == ' ':
d = 'o'
elif d == f == 'o' and e == ' ':
e = 'o'
elif g == h == 'o' and i == ' ':
i = 'o'
elif h == i == 'o' and g == ' ':
g = 'o'
elif g == i == 'o' and h == ' ':
h = 'o'
#ВЕРТИКАЛИ
elif a == d == 'o' and g == ' ':
g = 'o'
elif a == g == 'o' and d == ' ':
d = 'o'
elif d == g == 'o' and a == ' ':
a = 'o'
elif b == e == 'o' and h == ' ':
h = 'o'
elif e == h == 'o' and b == ' ':
b = 'o'
elif b == h == 'o' and e == ' ':
e = 'o'
elif c == f == 'o' and i == ' ':
i = 'o'
elif c == i == 'o' and f == ' ':
f = 'o'
elif f == i == 'o' and c == ' ':
c = 'o'
#ДИАГОНАЛИ
elif a == e == 'o' and i == ' ':
i = 'o'
elif a == i == 'o' and e == ' ':
e = 'o'
elif e == i == 'o' and a == ' ':
a = 'o'
elif c == e == 'o' and g == ' ':
g = 'o'
elif e == g == 'o' and c == ' ':
c = 'o'
elif c == g == 'o' and e == ' ':
e = 'o'
#ГОРИЗОНТАЛИ
elif a == b == 'x' and c == ' ':
c = 'o'
elif a == c == 'x' and b == ' ':
b = 'o'
elif b == c == 'x' and a == ' ':
a = 'o'
elif d == e == 'x' and f == ' ':
f = 'o'
elif e == f == 'x' and d == ' ':
d = 'o'
elif d == f == 'x' and e == ' ':
e = 'o'
elif g == h == 'x' and i == ' ':
i = 'o'
elif h == i == 'x' and g == ' ':
g = 'o'
elif g == i == 'x' and h == ' ':
h = 'o'
#ВЕРТИКАЛИ
elif a == d == 'x' and g == ' ':
g = 'o'
elif a == g == 'x' and d == ' ':
d = 'o'
elif d == g == 'x' and a == ' ':
a = 'o'
elif b == e == 'x' and h == ' ':
h = 'o'
elif e == h == 'x' and b == ' ':
b = 'o'
elif b == h == 'x' and e == ' ':
e = 'o'
elif c == f == 'x' and i == ' ':
i = 'o'
elif c == i == 'x' and f == ' ':
f = 'o'
elif f == i == 'x' and c == ' ':
c = 'o'
#ДИАГОНАЛИ
elif a == e == 'x' and i == ' ':
i = 'o'
elif a == i == 'x' and e == ' ':
e = 'o'
elif e == i == 'x' and a == ' ':
a = 'o'
elif c == e == 'x' and g == ' ':
g = 'o'
elif e == g == 'x' and c == ' ':
c = 'o'
elif c == g == 'x' and e == ' ':
e = 'o'
else:
if (a == 'x' or c == 'x' or g == 'x' or i == 'x') and e == ' ':
e = 'o'
elif a == ' ' and d == b == ' ':
a = 'o'
elif c == ' ' and b == f == ' ':
c = 'o'
elif g == ' ' and d == h == ' ':
g = 'o'
elif i == ' ' and h == f == ' ':
i = 'o'
elif a == ' ':
a = 'o'
elif b == ' ':
b = 'o'
elif c == ' ':
c = 'o'
elif d == ' ':
d = 'o'
elif e == ' ':
e = 'o'
elif f == ' ':
f = 'o'
elif g == ' ':
g = 'o'
elif h == ' ':
h = 'o'
elif i == ' ':
i = 'o'
priority += 1
game()
def downloadNrrdFile(self,
server,
serverPath,
studyId,
patientId,
caseId,
ext,
localStoragePath,
cacheOn,
sshMode=True,
privateKeySSH=None):
"""Download Header and Raw data in a Nrrd file.
Returns the full local path for the nhrd file (header)
"""
localFile = "{0}/{1}{2}.nhdr".format(localStoragePath, caseId, ext)
# If cache mode is not activated or the file does not exist locally, proceed to download
if (not cacheOn or not os.path.isfile(localFile)):
error = False
try:
if os.path.isfile(localFile):
# Delete file previously to avoid confirmation messages
print("Remove cached files: " + localFile)
try:
os.clear(localFile)
os.clear("{0}/{1}{2}.raw.gz".format(
localStoragePath, caseId, ext))
except:
print("Error when deleting local files ({0})".format(
localFile))
# Make sure that the ssh key has not too many permissions if it is used (otherwise scp will return an error)
if privateKeySSH:
os.chmod(privateKeySSH, 0o600)
# Download header
if (os.sys.platform == "win32"):
localStoragePath = localStoragePath.replace('/',
'\\') + '\\'
if sshMode:
if privateKeySSH:
privateKeyCommand = "-privatekey={0}".format(
privateKeySSH)
else:
privateKeyCommand = ""
params = [("%s\\CIP_GetImage_Resources\\WinSCP.com" % self.modulePath) ,"/command", 'open {0} {1}'.format(server, privateKeyCommand), \
'get {0}/{1}/{2}/{3}/{3}{4}.nhdr {5}'.format(serverPath, studyId, patientId, caseId, ext, localStoragePath), "exit"]
else:
params = [
'copy', "{0}\\{1}\\{2}\\{3}\\{3}{4}.nhdr".format(
serverPath, studyId, patientId, caseId, ext),
localStoragePath
]
else:
# Unix
if sshMode:
keyCommand = (
"-i %s " % privateKeySSH
) if privateKeySSH else "" # Set a command if privateKeySsh has any value (non empty)
params = [
'scp', "{0}{1}:{2}/{3}/{4}/{5}/{5}{6}.nhdr".format(
keyCommand, server, serverPath, studyId,
patientId, caseId, ext), localStoragePath
]
else:
params = [
'cp', "{0}/{1}/{2}/{3}/{3}{4}.nhdr".format(
serverPath, studyId, patientId, caseId, ext),
localStoragePath
]
fullStrCommand = " ".join(params)
(result, output, error) = self.executeDownloadCommand(params)
if (result == Util.ERROR):
print("Error when executing download command. Params:")
print(params)
if (error == None):
error = "Unnknown error"
raise Exception(error)
# Download raw data (just update a parameter)
if (os.sys.platform == "win32"):
if sshMode: paramToModify = 3
else: paramToModify = 1
else:
# Unix
paramToModify = 1
# Replace the name of the parameter
params[paramToModify] = params[paramToModify].replace(
".nhdr", ".raw.gz")
# Dowload the raw data
(result, output, error) = self.executeDownloadCommand(params)
if (result == Util.ERROR):
print("Error when executing download command. Params:")
print(params)
if (error == None):
error = "Unnknown error"
raise Exception(error)
# If everything goes well, check the the path of the Nrrd file to verify that the file have been correctly downlaoded
missingFiles = ""
if not os.path.isfile(localFile):
missingFiles = missingFiles + localFile + ";"
if not os.path.isfile(localFile.replace(".nhdr", ".raw.gz")):
missingFiles = missingFiles + localFile.replace(
".nhdr", ".raw.gz") + ";"
if missingFiles:
raise Exception(
"The download command did not return any error message, but the following files have not been downloaded: "
+ missingFiles)
except Exception as ex:
# There was en error in the preferred method. If we are in a Unix system, we will try the backup method
if os.sys.platform != "win32":
print((
"There was an error when downloading some of the files: "
+ error))
print("Trying alternative method...")
self.executeDowloadCommand_Backup(fullStrCommand)
# If everything goes well, check the the path of the Nrrd file to verify that the file have been correctly downlaoded
missingFiles = ""
if not os.path.isfile(localFile):
missingFiles = missingFiles + localFile + ";"
if not os.path.isfile(localFile.replace(
".nhdr", ".raw.gz")):
missingFiles = missingFiles + localFile.replace(
".nhdr", ".raw.gz") + ";"
if missingFiles:
raise Exception(
"After a second attempt, the following files have not been downloaded: "
+ missingFiles)
print("Apparently it worked!")
else:
raise ex
else:
print("File {0} already cached".format(localFile))
# Return path to the Nrrd header file
return localFile