def save():
file_name = "ani1.gif"
imageio.mimsave(
file_name,
animation.images,
format="gif",duration=0.5)
info("save", "animation saved as {}".format(file_name))
def _sensor_add_note_button(self):
""" Send the note to selected sensor. """
if self.textbox_current_note.value.strip() == "":
guizero.warn("Empty Note", "Cannot add a blank Note")
else:
if self.checkbox_use_current_datetime.value:
self._reset_datetime()
try:
user_datetime_var = self.adjust_datetime(self.textbox_note_date.value,
self.current_config.datetime_offset * -1)
except Exception as error:
user_datetime_var = self.textbox_note_date.value
app_logger.sensor_logger.error("Unable to convert user entered DateTime: " + str(error))
command = self.network_send_commands.put_sql_note
network_timeout = self.current_config.network_timeout_data
sensor_command = sensor_commands.CreateSensorNetworkCommand(self.selected_ip, network_timeout, command)
sensor_command.command_data = user_datetime_var + \
self.network_send_commands.command_data_separator + \
self.sterilize_notes(self.textbox_current_note.value)
sensor_commands.put_command(sensor_command)
guizero.info("Note Inserted into Sensors " + self.selected_ip,
"Inserted with DateTime: " + user_datetime_var)
app_logger.sensor_logger.info("Inserted note into sensors " + str(self.selected_ip) +
" with DateTime " + user_datetime_var)
self._connect_to_sensor()
def start():
""" Function called when start buton is pressed
It checks that a card has been inserted by looking for
auto-mounted /dev/sda partitions
"""
found_sd = False
for p in psutil.disk_partitions():
if p.device == "/dev/sda2" and p.mountpoint == "/media/pi/rootfs":
logger.info("Found SD card - looks like Raspbian")
found_sd = True
elif p.device == "/dev/sda1" and p.mountpoint == "/media/pi/boot":
logger.info("Found SD card- looks like Raspbian")
found_sd = True
elif p.device == "/dev/sda1" and p.fstype == "vfat":
logger.info("Found SD card - looks like NOOBs")
found_sd = True
if found_sd:
instructions.enable()
image_selecter.enable()
button_burn.enable(
) # do this now becuase users might want to go with the default
text_start.disable()
button_start.disable()
info(
"Success!",
"SD card detected. Please choose your operating system and then press 'Burn'"
)
else:
error("Uh oh!", "No SD card detected - please remove it and try again")
def datetime_update(self):
""" Sends the Date & Time update command to the Sensor Units IP, along with the computers Date & Time. """
app_logger.sensor_logger.debug("Updating Sensors DateTime")
threads = []
network_timeout = self.current_config.network_timeout_data
ip_list = self.ip_selection.get_verified_ip_list()
if len(ip_list) > 0:
command = network_commands.set_datetime
for ip in ip_list:
sensor_command = sensor_commands.CreateSensorNetworkCommand(
ip, network_timeout, command)
sensor_command.command_data = self.current_config.get_str_datetime_now(
)
threads.append(
Thread(target=sensor_commands.put_command,
args=[sensor_command]))
for thread in threads:
thread.start()
guizero.info(
"Sensors DateTime Set",
"Sensors Date & Time synchronized with local computer's")
else:
app_useful_functions.no_ip_selected_message()
def set_names():
global player_one
global player_two
global player_one_name
global player_two_name
global current_player
player_one = player_one_name.value
player_two = player_two_name.value
random_player = randint(1, 2)
if random_player == 1:
current_player = player_one
else:
current_player = player_two
player_name_window.hide()
# displays player's turn
info("Player Turn", current_player + "'s turn.")
# sets up grids
set_grids()
# starts timer and sets round up
timer.value = game_timer
timer.repeat(1000, counter)
setup_round()
def start_drain():
global valve1_pos
global valve2_pos
global valve3_pos
global valve4_pos
global valve5_pos
global valve6_pos
global pump2_pos
global kettle_empty_lvl_sns
drain_started = True
if drain_started == True and kettle_empty_lvl_sns == False:
valve1_pos = "Closed"
valve2_pos = "Closed"
valve3_pos = "Closed"
valve4_pos = "Closed"
valve5_pos = "Open"
valve6_pos = "Open"
pump2_pos = "Enabled"
Drain_start_button.bg = "green"
Drain_stop_button.bg = "gray"
pump_status_update()
valve_status_update()
else:
info("Warning!", "Ensure kettle is not empty!")
stop_drain()
stop()
def start_htl():
global htl_started
global htl_temp
global htl_temp_sp
global htl_covered
htl_started = True
try:
#HTL temp control
if htl_started == True and htl_temp_sp == htl_temp and htl_covered == True: #and HTL_temp_probe = True
HTL_temp_status.value = str(htl_temp) + " Celcius"
HTL_ele_sns_status.value = "Heated"
HTL_start_button.bg = "green"
HTL_stop_button.bg = "gray"
elif htl_started == True and htl_temp < htl_temp_sp and htl_covered == True:
HTL_temp_status.value = str(htl_temp) + " Celcius"
HTL_ele_sns_status.value = "Heating"
HTL_start_button.bg = "green"
HTL_stop_button.bg = "gray"
else:
stop()
stop_htl()
except NameError:
info("Warning!", "You haven't defined a set point for the HTL!")
stop_htl()
htl_started = False
def start_vorlauf():
global valve1_pos
global valve2_pos
global valve3_pos
global valve4_pos
global valve5_pos
global valve6_pos
global pump1_pos
global underback_lvl_sns
vorlauf_started = True
if vorlauf_started == True and underback_lvl_sns > 0:
valve1_pos = "Closed"
valve2_pos = "Open"
valve3_pos = "Closed"
valve4_pos = "Closed"
valve5_pos = "Closed"
valve6_pos = "Closed"
pump1_pos = "Enabled"
pump_status_update()
valve_status_update()
Vorlauf_start_button.bg = "green"
Vorlauf_stop_button.bg = "gray"
else:
info("Warning!", "Ensure there is something in the underback")
stop_vorlauf()
stop()
def new_game():
global game_timer
global rounds
global correct_guesses
global leaderboard
# destroys and creates leaderboard window
leaderboard.destroy()
leaderboard = Window(app, title="High Scores")
leaderboard.hide()
# resets variable values
timer.value = game_timer
result.value = ""
score.value = "0"
correct_guesses = 0
game_timer = 20
score_bonus.value = ""
# adds to round count
rounds += 1
# displays player's turn
info("Player Turn", current_player + "'s turn.")
# restarts game
setup_round()
# starts new timer
timer.repeat(1000, counter)
def onclick_nfc():
global main_box
#popup box for nfc
info(
"NFC",
"Please tap OK when ready, then tap your phone to the NFC box above.")
del_main()
nfc_subprocess.nfc_beam_recv()
#get nfc code
file = open("nfccode.txt", "r")
nfc_code_get = file.read()
print(nfc_code_get)
#check if nfc code is valid
r = requests.get('https://hizhh.me/api/unlock/1',
auth=HTTPBasicAuth(nfc_code_get, 'sdf'),
verify=False)
if (r.text != "Unauthorized Access"):
open_door()
print("OPEN SESAME")
time.sleep(5)
servo.wait_for_lever()
#time.sleep(20)
close_door()
file.close()
file = open("nfccode.txt", "w+")
file.close()
main_box.destroy()
nfc_subprocess.stop_stream()
show_start()
def do_inst():
info("instructions-keyboard","Press s to save and quit\
Press n to quit without saving\
Press c to correct\
Press m to show message\
Press f to speak\
Press e to send email")
def trigger_reconhecimento():
global imagem, img_window
if imagem == 0:
gui.warn('Erro', 'Selecione uma imagem')
return False
else:
gui.info('Resultado', rcgTrigger.execute(imagem="./assets/" + imagem))
def registrazione():
global username
c = socket_client()
if c != -1:
r = ["SERVICE", "regUser", usernameReg.value, passwordReg.value]
r_ser = pickle.dumps(r)
c.send(r_ser)
risposta = c.recv(1024)
risposta_decod = pickle.loads(risposta)
if risposta_decod != "":
if risposta_decod == "INSERITO":
interfaccia.enable()
finestraReg.hide()
info("Successo", "Registrazione avvenuta con successo")
username = usernameReg.value
labelUsername.value = "Benvenuto " + username
utenti = richiedi_utenti()
for utente in utenti:
lista_utenti.append(utente)
elif risposta_decod == "ESISTENTE":
error("Errore", "Username già esistente, riprova.")
c.close()
elif c == -1:
error(
"Errore",
"Errore di connessione, il server potrebbe non essere disponibile")
def hostname_change(self):
""" Sends the host name change command to the Sensor Units IP, along with the new host name. """
app_logger.sensor_logger.debug("Change Sensor Hostname")
threads = []
network_timeout = self.current_config.network_timeout_data
ip_list = self.ip_selection.get_verified_ip_list()
if len(ip_list) > 0:
for ip in ip_list:
new_hostname = simpledialog.askstring(ip, "New Hostname: ")
app_logger.sensor_logger.debug("Sent Hostname: " +
str(new_hostname))
validated_hostname = sensor_commands.get_validated_hostname(
new_hostname)
app_logger.sensor_logger.debug("Validated Hostname: " +
validated_hostname)
if validated_hostname is not "Cancelled":
command = network_commands.set_host_name
sensor_command = sensor_commands.CreateSensorNetworkCommand(
ip, network_timeout, command)
sensor_command.command_data = validated_hostname
threads.append(
Thread(target=sensor_commands.put_command,
args=[sensor_command]))
else:
guizero.info(ip, "Hostname Cancelled or blank for " + ip)
for thread in threads:
thread.start()
else:
app_useful_functions.no_ip_selected_message()
def send_commands(self, command):
""" Sends provided command to the Sensor Units IP's. """
threads = []
ip_list = self.ip_selection.get_verified_ip_list()
network_timeout = self.current_config.network_timeout_data
for ip in ip_list:
sensor_command = sensor_commands.CreateSensorNetworkCommand(
ip, network_timeout, command)
threads.append(
Thread(target=sensor_commands.send_command,
args=[sensor_command]))
for thread in threads:
thread.daemon = True
thread.start()
if len(ip_list) > 0:
message = command + " sent to " + str(len(ip_list))
if len(ip_list) is 1:
message += " sensor"
else:
message += " sensors"
guizero.info("Sensor Command Sent", message)
else:
app_useful_functions.no_ip_selected_message()
def save_settings():
#resp = ynbox('Are you sure?')
with open('camera_settings.txt', 'w') as fp:
buf = 'x={0:.2f}\ny={1:.2f}\nw={2:.2f}\nh={3:.2f}\n'.format(
cx, cy, cw, ch)
fp.write(buf)
preview_hide()
info('info', 'settings saved')
def selection_chosen():
selection.hide()
if selection.value == "1":
info("well done", "you chose wisely")
goodbye()
else:
warn("arrrgh", "next time, choose wisely!")
app.after(2000, show_the_selection)
def clicked(x, y):
print(x, y)
if xTarget == x and yTarget == y:
info("Hit", "You hit the target")
myWaffle.set_all("white")
myWaffle.after(3000, pickPixel)
else:
myWaffle.set_all("red")
def save_settings():
with open(camera_settings_file, 'w') as fp:
buf = 'x={0:.2f}\ny={1:.2f}\nw={2:.2f}\nh={3:.2f}\n'.format(
cx, cy, cw, ch)
buf += 'exposure={0}\nbright={1}\ncont={2}'.format(cex, cb, cc)
fp.write(buf)
preview_hide()
info('info', 'settings saved')
def edit(self):
if self.identity_card[self.directs.value]==1:
self.option.text='Off'
self.identity_card[self.directs.value]=0
guizero.info(title='Modification performed',text=[' Deactivated',self.directs.value,])
else:
guizero.warn(title='Error modification',text=['It is impossible deactivated ',self.directs.value])
self.text_box.value = self.identity_card
def do_booking():
info("Booking", "Thank You For Booking")
print(film_choice.value)
if vip_seat.value == 1:
print("Vip Seat")
else:
print("Normal Seat")
print(row_choice.value)
def do_inst():
info(
"instructions-keyboard", "Press s to save and quit\
Press n to quit without saving\
Press c to correct\
Press m to show message\
Press f to speak\
Press e to send email")
def clear_FDB():
clearDB = yesno("HEY!!!", "Are you sure?")
if clearDB == True:
clear()
info("HEY!!", "Operation was successful")
else:
info("NOTE!!", "Going back to main window ")
delete_menu_window.hide()
app.show()
def show_fun(self):
# 每天一句俏皮话/诗词/计算机
funs = [
"预测未来的最佳方式就是去创造它。 --Alan Curtis Kay",
"What a computer is to me is it’s the most remarkable tool that we’ve ever come up with, and it’s the equivalent of a bicycle for our minds. --Young Steve Jobs",
"学习编程能帮你组织、表达和分享你的想法，就像学习写作一样。 --Mitchel Resnick",
"学习是必须亲力亲为的，教育则是外界加诸你身上的。 --Joi Ito"
]
info("fun", choice(funs))
def results():
whDestination = wormholeEyeLocations[wormholeEyeSlider.value]
whMassLimit = wormholeAuroraMeanings[wormholeAuroraSlider.value]
guizero.info(
"Type of wormhole: ",
f"This wormhole leads to:\n{whDestination}\n\nThis wormhole can transport:\n{whMassLimit}",
master=mainApp)
def clear_FDB():
clearDB = yesno("HEY!!!", "Are you sure?")
if clearDB == True:
clear()
info("HEY!!", "Operation was successful")
else:
info("NOTE!!", "Going back to main window ")
delete_menu_window.hide()
app.show()
def walk(matrix, identity_cards):
x, y = location('o', matrix)
identity_cards[x, y]['possible'] = 3
xo, yo = x, y
crossing = []
step = []
error = 0
old_steps = ['fermo']
crossing.append('fermo')
xf, yf = location('v', matrix)
tmatrix = copy.copy(matrix)
while tmatrix[xf, yf] == 'v':
action = 0
priority = set_priority(x, y, matrix)
for i in range(4):
# controlla priorita
if identity_cards[x, y][priority[i]] == 1:
xt, yt = direct(priority[i], x, y)
# controlla casella libera
if tmatrix[xt, yt] == ' ' or tmatrix[xt, yt] == 'v':
tmatrix[xt, yt] = 'O'
if identity_cards[x, y]['possible'] > 2:
# salva coordinate e direzione degli incroci
crossing.append({
'coordinate': [x, y],
'direct': priority[i]
})
# avanzamento
x, y = xt, yt
action += 1
step.append(priority[i])
break
if action == 0:
error += 1
tmatrix = copy.copy(matrix)
x, y = xo, yo
old_steps.append(step[:])
step.clear()
# controllo possibilita risoluzzione
if old_steps[-1] == old_steps[-2]:
guizero.warn(title='error', text='It is impossible go forward')
return ['impossible']
else:
# prova modifica incrocio
try:
xt, yt = crossing[-1]['coordinate'][0], crossing[-1][
'coordinate'][1]
identity_cards[xt, yt][crossing[-1]['direct']] = 0
identity_cards[xt, yt]['possible'] -= 1
except TypeError:
guizero.warn(title='Error',
text='It is impossible go forward')
return ['impossible']
guizero.info(title='', text=('Error number ', error))
return step
def do_instrucoes():
info("instrucões","Press middle to (.)\
Press down to (-)\
Press right to add space\
Press left to select a letter\
Press up to show the message\
Press up for over 2 sec to make raspberry speak\
Press right for over 2 sec to send email\
\
Press down for over 2 sec to go back to the menu")
def clear_meta(item):
# ask for user choice before deleting metdata
choice = guizero.yesno("Confirm", "Delete metadata?")
if choice:
guizero.info("Delete", "Deleting metadata")
item.clear_exif()
item.close()
clear_all()
else:
app.error("Close", "Not deleted")
def clicked(x, y):
print(x, y)
if xTarget == x and yTarget == y:
end = time.time()
delay = end - start
info("Hit", "You hit the target. It took %4.2f seconds " % delay)
myWaffle.set_all("red")
myWaffle.after(300, pickPixel)
else:
myWaffle.set_pixel(x, y, "white")
def save_prompt():
app.destroy() #close the main setup window
if yesno("Save","Save generated drawing?"):
pygame.image.save(canvas, fname + "." + ftype)
info("Saved", "Saved drawing (app will be closed)")
sys.exit(0)
info("Close", "Press OK to close app")
sys.exit(0)
def do_instrucoes():
info(
"instrucões", "Press middle to (.)\
Press down to (-)\
Press right to add space\
Press left to select a letter\
Press up to show the message\
Press up for over 2 sec to make raspberry speak\
Press right for over 2 sec to send email\
\
Press down for over 2 sec to go back to the menu")
def do_instrucoes():
info("instructions-Morse","Press left to (.)\
Press rigth to (-)\
Press down to add space\
Press middle to select a letter\
Press up to show the message\
Press left for over 2 sec to make raspberry speak\
Press rigth for over 2 sec to send email\
\
Press down for over 2 sec to go back to the menu\
Press up for over 2 sec to clean the message")
def countdown(t):
while t:
mins, secs = divmod(t, 60)
timer = '{:02d}:{:02d}'.format(mins, secs)
print(timer, end="\r")
print_time(timer)
time.sleep(1)
t -= 1
info(app, 'Fire in the hole!!')
def do_booking():
info("Booking", "Loading")
print( measure_choice.get() )
print( map_option.get_value() )
print( graphic_option.get_value() )
if measure_choice.get()=="Humidity" and map_option.get_value()==True:
Humidity_map()
if measure_choice.get()=="Humidity" and graphic_option.get_value()==True:
Humidity_graphic()
if measure_choice.get()=="Temperature" and graphic_option.get_value()==True:
Temperature_graphic()
if measure_choice.get()=="Temperature" and map_option.get_value()==True:
Temperature_map()
if measure_choice.get()=="Pressure" and graphic_option.get_value()==True:
Pressure_graphic()
if measure_choice.get()=="Pressure" and map_option.get_value()==True:
Pressure_map()
def escolha_receita():
global receita_1, receita_2, receita_3, receita_4, receita_escolhida, receita_decisao, preparacao
print("entrei")
s = ""
if receita_decisao.get() == "A":
receita_escolhida = receita_1
preparacao = preparacao_1
for a in range(len(receita_1)):
s += receita_1[a][0]
s += " - "
s += receita_1[a][1]
s += " \n"
elif receita_decisao.get() == "B":
receita_escolhida = receita_2
preparacao = preparacao_2
for b in range(len(receita_2)):
s += receita_2[b][0]
s += " - "
s += receita_2[b][1]
s += " \n"
elif receita_decisao.get() == "C":
receita_escolhida = receita_3
preparacao = preparacao_3
for c in range(len(receita_3)):
s += receita_3[c][0]
s += " - "
s += receita_3[c][1]
s += " \n"
elif receita_decisao.get() == "D":
receita_escolhida = receita_4
preparacao = preparacao_4
for d in range(len(receita_4)):
s += receita_4[d][0]
s += " - "
s += receita_4[d][1]
s += " \n"
info("Receita Escolhida", s )
game()
sense.clear()
sense.show_message(" WE DID IT!!! ")
def do_booking():
info("Info",".- A\
,-... B\
, -.-. C\
, -.. D\
, . E\
, ..-. F\
, --. G\
, .... H\
, .. I\
, .--- J\
, -.- K\
, .-.. L\
, -- M\
, -. N\
, --- O\
, .--. P\
, --.- Q\
, .-. R\
, ... S\
, - T\
, ..- U\
, ...- V\
, .-- W\
, -..- X\
, -.-- Y\
, --.. Z\
,.---- 1\
,..--- 2\
,...-- 3\
,....- 4\
,..... 5\
,-.... 6\
,--... 7\
,---.. 8\
,----. 9\
,-----0\
, .-.-.- (.)\
, --..-- (,)\
, ..--.. (?)\
,.----.'\
, -.-.-- (!)\
, -..-. (/)\
, -.--. (\
, -.--.-)\
, .-... (&)\
, ---... (:)\
, -.-.-.(;)\
, -...- (=)\
, .-.-. (+)\
, -....-(-)\
, ..--.- (_)\
, .-..-. (\)\
, ...-..- ($)\
, .--.-. (@)\
, .-.- |AA|\
, .-.-.|AR|\
, .-... |AS|\
, -...- |BT|\
, -.-.-|CT|\
, -.--. |KN|\
, ...-.- |SK|\
, ...-.|SN|\
, ...---... |SOS|\
, --...-- happy face\
, -.....- normal face\
, -.---.- sad face")
def thanks():
global l,a,b,r,t,m, w, k, x, y, e, sense, elapsed
l = start_choice.get()
if str(l) == "START":
sense = SenseHat()
e = timedelta(seconds=45)
elapsed = timedelta(seconds=0)
sense.set_rotation(180)
r = randint(0,7)
t = randint(0,7)
m = randint(0,7)
w = randint(0,7)
k = randint(0,7)
y = 0
x = 0
a, b = 3, 4
def gyroscope():
global a, b
x = sense.get_accelerometer_raw()['x']
y = sense.get_accelerometer_raw()['y']
x = round(x, 0)
y = round(y, 0)
if y == 1 and b > 0:
b -= 1
sense.set_pixel(a, b, (0, 0, 0))
elif y == -1 and b < 7:
b += 1
sense.set_pixel(a, b, (0, 0, 0))
elif x ==-1 and a < 7:
a += 1
sense.set_pixel(a, b, (0, 0, 0))
elif x == 1 and a > 0:
a -= 1
sense.set_pixel(a, b, (0, 0, 0))
def game_over_win(a,r,y,b,t,m,w,x,k):
global time1, time2, elapsed, e, h
time2= datetime.now()
elapsed=time2 - time1
print ("Tempo que passou no jogo: ", str(elapsed.total_seconds()))
if (a == r and y == b) or (t==a and y == b) or (m ==a and y == b) or (x ==a and w == b) or (x== a and b==k) :
sense.set_rotation(180)
sense.show_message("Game Over", scroll_speed=0.03, text_colour=[255,0,0])
sense.show_message(str(int(elapsed.total_seconds())), scroll_speed=0.06)
print("Game Over")
if int(elapsed.total_seconds()) > h:
sense.show_message("New Highscore", scroll_speed=0.06)
h = int(elapsed.total_seconds())
sense.set_pixels(imagecaveira)
sleep(1)
return 1
else:
sense.set_pixels(imagecaveira)
sleep(1)
return 1
return 0
def move_up(event):
global b
if event.action == "pressed" and b < 7:
b += 1
sense.set_pixel(a, b, [0,0,0])
def move_down(event):
global b
if event.action == "pressed" and b > 0:
b -= 1
sense.set_pixel(a, b, [0,0,0])
def move_right(event):
global a
if event.action == "pressed" and a > 0:
a -= 1
sense.set_pixel(a, b, [0,0,0])
def move_left(event):
global a
if event.action == "pressed" and a < 7:
a += 1
sense.set_pixel(a, b, [0,0,0])
def draw_player():
global a, b
sense.set_pixel(a, b, [255, 255, 0])
def draw_enemy(x, y):
global r, t, m, w, k
sense.set_pixel(r, y, [255, 0, 0])
sense.set_pixel(t, y, [255, 0, 0])
sense.set_pixel(m,y, [255, 0, 0])
sense.set_pixel(x,w, [255, 0, 0])
sense.set_pixel(x, k, [255,0,0])
test2 = game_over_win(a,r,y,b,t,m,w,x,k)
return test2
def level_2(x,y):
global elapsed, r, t, m, w, k, h
while True:
sense.clear(0, 0, 0)
gyroscope()
draw_player()
test = draw_enemy(x, y)
if test == 1:
break;
sleep(0.25)
y = y+1
if y > 7:
r = randint(0,7)
t = randint(0,7)
m = randint(0,7)
y = 0
x = x+1
if x > 7:
w = randint(0,7)
k = randint(0,7)
x = 0
def new_game():
global sense, a, b, r, t, m, w, k, y, x, h
print("new_game ")
#Sense hat reset
sense.stick.direction_up = None
sense.stick.direction_down = None
sense.stick.direction_right = None
sense.stick.direction_left = None
sense.stick.direction_middle = None
sense = SenseHat()
sense.set_rotation(180)
sense.clear()
#Sense hat reset func
sense.set_pixels(imagemenu)
r = randint(0,4)
t = randint(0,7)
m = randint(4,7)
w = randint(0,7)
k = randint(2,6)
y = 0
x = 0
a, b = (3, 4)
sense.stick.get_events()
def menu():
global sense, time1, time2, r, t, m, w, k, a, b, elapsed
sense = SenseHat()
sense.set_rotation(180)
sense.clear()
sense.set_pixels(imagemenu)
sense.stick.get_events()
while True:
print (" new game1",a," ",b)
y1 = sense.get_accelerometer_raw()['y']
y1 = round(y1, 0)
if y1 == -1:
sense.show_message("Highscore '%s'"% (h))
sense.set_pixels(imagemenu)
for event in sense.stick.get_events():
if event.action == "pressed" and event.direction == "middle":
elapsed = timedelta(seconds=0)
sense.set_rotation(180)
sense.stick.direction_up = move_up
sense.stick.direction_down = move_down
sense.stick.direction_right = move_right
sense.stick.direction_left = move_left
x=0
y=0
time1 = datetime.now()
print(elapsed, " elapsed and e ", e)
while elapsed < e:
sense.clear()
draw_player()
test = draw_enemy(x, y)
print("menu nivel1 ",test)
if test == 1:
new_game()
break
sleep(0.25)
y = y+1
if y > 7:
r = randint(0,7)
t = randint(0,7)
m = randint(0,7)
y = 0
x = x+1
if x > 7:
w = randint(0,7)
k = randint(0,7)
x = 0
if elapsed > e:
sense.show_message("Next level", scroll_speed=0.05)
sense.set_pixels(imagesmile)
sleep(1)
level_2(x,y)
new_game()
break
if event.action == "pressed" and (event.direction == "up" or event.direction == "down" or event.direction == "left" or event.direction == "right"):
return
click = sense.show_message("Menu", scroll_speed=0.05)
sense.clear()
sense.set_pixels(imagemenu)
menu()
info(text="Obrigado por jogares ", title="FAQ")
if str(l) == "Information":
info(text="Pressiona o joystick para jogares", title="FAQ")
def do_booking():
info("Score", "{0}, your score was \n {1}".format(my_name.get(), score) )
def show_weather():
selected_value = weather_options.get()
print(selected_value)
result = []
if selected_value == "Air pressure":
info("Weather",' '+str(int(round(a,0)))+str(' hPa'))
elif selected_value == "Ambient Temperature":
if b<= 15:
warning= "Warning: Wear warm clothes"
elif b< 30:
warning= "Wear normal clothes"
else:
warning= "Warning: Use sunscreen"
info("Weather",' '+str(int(round(b,0)))+str(' ºC' ) + "\n"+ warning)
elif selected_value == "Ground Temperature":
if c<= 15:
warning= "Warning: Wear warm clothes"
elif c< 30:
warning= "Wear normal clothes"
else:
warning= "Warning: Use sunscreen"
info("Weather"," "+str(int(round(c,0)))+str(' ºC') + "\n"+ warning)
elif selected_value == "Humidity":
info("Weather",' '+str(int(round(d,0)))+str(' %'))
elif selected_value == "Rainfall":
if e<= 1:
warning= "Don't worry about the rain"
elif e< 20:
warning= "Warning: Be prepared for some rain today"
else:
warning= "Warning: Heavy rain! Be prepared"
info("Weather",' '+str(int(round(e,0)))+str(' mm') + "\n"+ warning)
elif selected_value == "Room Temperature":
info("Weather",' '+str(int(round(f,0)))+str(' ºC'))
elif selected_value == "Wind Speed":
if g<=15 :
warning= "Don't worry about the wind"
elif g< 40:
warning= "Warning: The wind is a bit strong"
else:
warning= "Warning: Don't fly away!"
info("Weather",' '+str(int(round(g,0)))+str(' Km/H') + "\n"+ warning)
def admin_mainmenu_warn():
info("INFO!!", "Please provide authenication!")
