def draw(self):
if not self.redraw:
return
self.redraw = False
if self.selected_index == 0:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\rPROCENT CH1 " +
str(Register.LIGHT2_PERCENT[0]) + "%" +
self.get_override())
if self.selected_index == 1:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\rPROCENT CH2 " +
str(Register.LIGHT2_PERCENT[1]) + "%" +
self.get_override())
if self.selected_index == 2:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\rPROCENT CH3 " +
str(Register.LIGHT2_PERCENT[2]) + "%" +
self.get_override())
if self.selected_index == 3:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\rPROCENT CH4 " +
str(Register.LIGHT2_PERCENT[3]) + "%" +
self.get_override())
if self.selected_index == 4:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\r RESET BLOKAD ")
if self.selected_index == 5:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\r WYJSCIE")
def draw(self):
if not self.redraw:
return
self.redraw = False
if self.selected_index == 0:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\rPROCENT CH1 " +
str(Register.LIGHT2_PERCENT[0]) +
"%" + self.get_override())
if self.selected_index == 1:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\rPROCENT CH2 " +
str(Register.LIGHT2_PERCENT[1]) +
"%" + self.get_override())
if self.selected_index == 2:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\rPROCENT CH3 " +
str(Register.LIGHT2_PERCENT[2]) +
"%" + self.get_override())
if self.selected_index == 3:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\rPROCENT CH4 " +
str(Register.LIGHT2_PERCENT[3]) +
"%" + self.get_override())
if self.selected_index == 4:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\r RESET BLOKAD ")
if self.selected_index == 5:
with cleared(Register.LCD):
Register.LCD.write_string(" LAMPA 2\n\r WYJSCIE")
def draw(self):
if not self.redraw:
return
self.redraw = False
if self.selected_index == 0:
with cleared(Register.LCD):
Register.LCD.write_string(
" PRZELACZNIKI\n\rFILTR 1 " +
Register.get_switch_state(Register.I2C_POWERMOD_FILTER1) +
self.get_override(Register.I2C_POWERMOD_FILTER1))
if self.selected_index == 1:
with cleared(Register.LCD):
Register.LCD.write_string(
" PRZELACZNIKI\n\rFILTR 2 " +
Register.get_switch_state(Register.I2C_POWERMOD_FILTER2) +
self.get_override(Register.I2C_POWERMOD_FILTER2))
if self.selected_index == 2:
with cleared(Register.LCD):
Register.LCD.write_string(
" PRZELACZNIKI\n\rO2 " +
Register.get_switch_state(Register.I2C_POWERMOD_O2) +
self.get_override(Register.I2C_POWERMOD_O2))
if self.selected_index == 3:
with cleared(Register.LCD):
Register.LCD.write_string(
" PRZELACZNIKI\n\rCO2 " +
Register.get_switch_state(Register.I2C_POWERMOD_CO2) +
self.get_override(Register.I2C_POWERMOD_CO2))
if self.selected_index == 4:
with cleared(Register.LCD):
Register.LCD.write_string(
" PRZELACZNIKI\n\rGRZALKA " +
Register.get_switch_state(Register.I2C_POWERMOD_HEATER) +
self.get_override(Register.I2C_POWERMOD_HEATER))
if self.selected_index == 5:
with cleared(Register.LCD):
Register.LCD.write_string(
" PRZELACZNIKI\n\rGRZALKA LED " +
Register.get_switch_state(Register.I2C_POWERMOD_HEATER_LED)
+ self.get_override(Register.I2C_POWERMOD_HEATER_LED))
if self.selected_index == 6:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\r RESET BLOKAD ")
if self.selected_index == 7:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\r WYJSCIE")
def draw(self):
if not self.redraw:
return
self.redraw = False
if self.selected_index == 0:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\rFILTR 1 " +
Register.get_switch_state(Register.I2C_POWERMOD_FILTER1) +
self.get_override(Register.I2C_POWERMOD_FILTER1))
if self.selected_index == 1:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\rFILTR 2 " +
Register.get_switch_state(Register.I2C_POWERMOD_FILTER2) +
self.get_override(Register.I2C_POWERMOD_FILTER2))
if self.selected_index == 2:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\rO2 " +
Register.get_switch_state(Register.I2C_POWERMOD_O2) +
self.get_override(Register.I2C_POWERMOD_O2))
if self.selected_index == 3:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\rCO2 " +
Register.get_switch_state(Register.I2C_POWERMOD_CO2) +
self.get_override(Register.I2C_POWERMOD_CO2))
if self.selected_index == 4:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\rGRZALKA " +
Register.get_switch_state(Register.I2C_POWERMOD_HEATER) +
self.get_override(Register.I2C_POWERMOD_HEATER))
if self.selected_index == 5:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\rGRZALKA LED " +
Register.get_switch_state(Register.I2C_POWERMOD_HEATER_LED) +
self.get_override(Register.I2C_POWERMOD_HEATER_LED))
if self.selected_index == 6:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\r RESET BLOKAD ")
if self.selected_index == 7:
with cleared(Register.LCD):
Register.LCD.write_string(" PRZELACZNIKI\n\r WYJSCIE")
lcd.write_shift_mode = ShiftMode.cursor
lcd.cursor_pos = (1, 5)
lcd.write_string(lcd.write_shift_mode.name)
input('The string "cursor" should now be on the second row, column 0. ')
lcd.home()
input('Cursor should now be at initial position. Everything should be shifted to the right by 5 characters. ')
with cursor(lcd, 1, 15):
lcd.write_string('X')
input('The last character on the LCD should now be an "X"')
lcd.display_enabled = False
input('Display should now be blank. ')
with cleared(lcd):
lcd.write_string('Eggs, Ham\n\rand Spam')
lcd.display_enabled = True
input('Display should now show "Eggs, Ham and Spam" with a line break after "Ham". ')
lcd.shift_display(4)
input('Text should now be shifted to the right by 4 characters. ')
lcd.shift_display(-4)
input('Shift should now be undone. ')
lcd.text_align_mode = Alignment.right
lcd.write_string(' Spam')
input('The word "Spam" should now be inverted. ')
lcd.text_align_mode = Alignment.left
lcd.write_string(' Wurscht')
lcd.write_string(lcd.write_shift_mode.name)
input('The string "cursor" should now be on the second row, column 0. ')
lcd.home()
input(
'Cursor should now be at initial position. Everything should be shifted to the right by 5 characters. '
)
with cursor(lcd, 1, 15):
lcd.write_string('X')
input('The last character on the LCD should now be an "X"')
lcd.display_enabled = False
input('Display should now be blank. ')
with cleared(lcd):
lcd.write_string('Eggs, Ham\n\rand Spam')
lcd.display_enabled = True
input(
'Display should now show "Eggs, Ham and Spam" with a line break after "Ham". '
)
lcd.shift_display(4)
input('Text should now be shifted to the right by 4 characters. ')
lcd.shift_display(-4)
input('Shift should now be undone. ')
lcd.text_align_mode = Alignment.right
lcd.write_string(' Spam')
input('The word "Spam" should now be inverted. ')
def main():
# on lit les sondes
# point froid
humidity, temperature = Adafruit_DHT.read_retry(Adafruit_DHT.DHT22, 22)
# point chaud
humidityC, temperatureC = Adafruit_DHT.read_retry(Adafruit_DHT.DHT22, 27)
# on arrondi a 2 chiffres
humidity = round(humidity, 2)
temperature = round(temperature, 2)
humidityC = round(humidityC, 2)
temperatureC = round(temperatureC, 2)
lcd = CharLCD(cols=16,
rows=2,
pin_rw=None,
pin_rs=7,
pin_e=8,
pins_data=[25, 24, 23, 18],
pin_backlight=13,
backlight_enabled=True,
numbering_mode=GPIO.BCM)
with cleared(lcd):
lcd.create_char(2, tete)
lcd.create_char(3, corpsbas)
lcd.create_char(4, corpshaut)
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(2))
lcd.write_string(u' ')
lcd.write_string(unichr(2))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
with cursor(lcd, 1, 0):
lcd.create_char(1, coeur)
lcd.write_string(unichr(1))
lcd.write_string(unichr(1))
lcd.write_string(unichr(1))
lcd.write_string(u' Salut ! ')
lcd.write_string(unichr(1))
lcd.write_string(unichr(1))
lcd.write_string(unichr(1))
time.sleep(4)
with cleared(lcd):
lcd.write_string(u'Point chaud :')
with cursor(lcd, 1, 0):
lcd.write_string(u' Temp = %s ' % temperatureC)
lcd.create_char(0, degres)
lcd.write_string(unichr(0))
lcd.write_string(u'C')
time.sleep(5)
with cleared(lcd):
lcd.write_string(u'Point chaud :')
with cursor(lcd, 1, 0):
lcd.write_string(u' Humi = %s ' % humidityC)
lcd.write_string(u'%')
time.sleep(5)
with cleared(lcd):
lcd.write_string(u'Point froid :')
with cursor(lcd, 1, 0):
lcd.write_string(u' Temp = %s ' % temperature)
lcd.create_char(0, degres)
lcd.write_string(unichr(0))
lcd.write_string(u'C')
time.sleep(5)
with cleared(lcd):
lcd.write_string(u'Point froid :')
with cursor(lcd, 1, 0):
lcd.write_string(u' Humi = %s ' % humidity)
lcd.write_string(u'%')
time.sleep(5)
with cleared(lcd):
lcd.create_char(2, tete)
lcd.create_char(3, corpsbas)
lcd.create_char(4, corpshaut)
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(2))
lcd.write_string(u' ')
lcd.write_string(unichr(2))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
lcd.write_string(unichr(4))
lcd.write_string(unichr(3))
with cursor(lcd, 1, 0):
lcd.create_char(1, coeur)
lcd.write_string(unichr(1))
lcd.write_string(unichr(1))
lcd.write_string(unichr(1))
lcd.write_string(u' Bye-bye ! ')
lcd.write_string(unichr(1))
lcd.write_string(unichr(1))
lcd.write_string(unichr(1))
time.sleep(4)
lcd.close(clear=True)
def draw(self):
if 0 <= self.iter < 20:
if self.i == 0:
with cleared(self.lcd):
self.lcd.write_string(" TEMP WODY\r\n " + str(Register.WATER_TEMP))
self.lcd.home()
self.i += 1
if 20 <= self.iter < 40:
if self.i == 1:
with cleared(self.lcd):
self.lcd.write_string(" TEMP LAMPY\r\n " + str(Register.LIGHT1_TEMP))
self.lcd.home()
self.i += 1
if 40 <= self.iter < 60:
if self.i == 2:
with cleared(self.lcd):
self.lcd.write_string(" TEMP OTOCZENIA\r\n " + str(Register.AIR_TEMP))
self.lcd.home()
self.i += 1
if 60 <= self.iter < 80:
if self.i == 3:
with cleared(self.lcd):
self.lcd.write_string(" pH WODY\r\n 6.5pH")
self.lcd.home()
self.i += 1
#STAN BUTELEK
if 80 <= self.iter < 100:
if self.i == 4:
with cleared(self.lcd):
self.lcd.write_string("STAN " +Register.BOTTLE_SETTINGS['1']['name'] + "\r\n " + str(Register.BOTTLE_SETTINGS['1']['percent']) + '%')
self.lcd.home()
self.i += 1
if 100 <= self.iter < 120:
if self.i == 5:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.BOTTLE_SETTINGS['2']['name'] + "\r\n " + str(
Register.BOTTLE_SETTINGS['2']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 120 <= self.iter < 140:
if self.i == 6:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.BOTTLE_SETTINGS['3']['name'] + "\r\n " + str(
Register.BOTTLE_SETTINGS['3']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 140 <= self.iter < 160:
if self.i == 7:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.BOTTLE_SETTINGS['4']['name'] + "\r\n " + str(
Register.BOTTLE_SETTINGS['4']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 160 <= self.iter < 180:
if self.i == 8:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.BOTTLE_SETTINGS['5']['name'] + "\r\n " + str(
Register.BOTTLE_SETTINGS['5']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 180 <= self.iter < 200:
if self.i == 9:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.BOTTLE_SETTINGS['6']['name'] + "\r\n " + str(
Register.BOTTLE_SETTINGS['6']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
# STAN WLACZNIKOW
if 200 <= self.iter < 220:
if self.i == 10:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_LIGHT1)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_LIGHT1)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 220 <= self.iter < 240:
if self.i == 11:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_LIGHT2)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_LIGHT2)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 240 <= self.iter < 260:
if self.i == 12:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_FILTER1)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_FILTER1)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 260 <= self.iter < 280:
if self.i == 13:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_FILTER2)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_FILTER2)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 280 <= self.iter < 300:
if self.i == 14:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_O2)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_O2)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 300 <= self.iter < 320:
if self.i == 15:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_CO2)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_CO2)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 340 <= self.iter < 360:
if self.i == 16:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_HEATER)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_HEATER)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 360 <= self.iter < 380:
if self.i == 17:
with cleared(self.lcd):
self.lcd.write_string("STAN " + Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_HEATER_LED)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(Register.I2C_POWERMOD_HEATER_LED)]['on']))
self.lcd.home()
self.i = 0 # ostatni przypisuje na zero
self.iter += 1
self.iter %= 380
def _update_display(self):
with cleared(self.lcd):
self.lcd.write_string(self.line1)
with cursor(self.lcd, 1, 0):
self.lcd.write_string(self.line2)
def update(self, *lines):
with cleared(self.lcd):
for i in range(0, len(lines)):
self.lcd.cursor_pos = (i, 0)
text = self.__replace_custom_chars(lines[i])
self.lcd.write_string(text)
def draw(self):
if 0 <= self.iter < 20:
if self.i == 0:
with cleared(self.lcd):
self.lcd.write_string(" TEMP WODY\r\n " +
str(Register.WATER_TEMP))
self.lcd.home()
self.i += 1
if 20 <= self.iter < 40:
if self.i == 1:
with cleared(self.lcd):
self.lcd.write_string(" TEMP LAMPY\r\n " +
str(Register.LIGHT1_TEMP))
self.lcd.home()
self.i += 1
if 40 <= self.iter < 60:
if self.i == 2:
with cleared(self.lcd):
self.lcd.write_string(" TEMP OTOCZENIA\r\n " +
str(Register.AIR_TEMP))
self.lcd.home()
self.i += 1
if 60 <= self.iter < 80:
if self.i == 3:
with cleared(self.lcd):
self.lcd.write_string(" pH WODY\r\n 6.5pH")
self.lcd.home()
self.i += 1
#STAN BUTELEK
if 80 <= self.iter < 100:
if self.i == 4:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.BOTTLE_SETTINGS['1']['name'] +
"\r\n " +
str(Register.BOTTLE_SETTINGS['1']['percent']) + '%')
self.lcd.home()
self.i += 1
if 100 <= self.iter < 120:
if self.i == 5:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.BOTTLE_SETTINGS['2']['name'] +
"\r\n " +
str(Register.BOTTLE_SETTINGS['2']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 120 <= self.iter < 140:
if self.i == 6:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.BOTTLE_SETTINGS['3']['name'] +
"\r\n " +
str(Register.BOTTLE_SETTINGS['3']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 140 <= self.iter < 160:
if self.i == 7:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.BOTTLE_SETTINGS['4']['name'] +
"\r\n " +
str(Register.BOTTLE_SETTINGS['4']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 160 <= self.iter < 180:
if self.i == 8:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.BOTTLE_SETTINGS['5']['name'] +
"\r\n " +
str(Register.BOTTLE_SETTINGS['5']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 180 <= self.iter < 200:
if self.i == 9:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.BOTTLE_SETTINGS['6']['name'] +
"\r\n " +
str(Register.BOTTLE_SETTINGS['6']['percent']) + '%')
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
# STAN WLACZNIKOW
if 200 <= self.iter < 220:
if self.i == 10:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_LIGHT1)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_LIGHT1)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 220 <= self.iter < 240:
if self.i == 11:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_LIGHT2)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_LIGHT2)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 240 <= self.iter < 260:
if self.i == 12:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_FILTER1)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_FILTER1)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 260 <= self.iter < 280:
if self.i == 13:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_FILTER2)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_FILTER2)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 280 <= self.iter < 300:
if self.i == 14:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_O2)]['name'] + "\r\n " +
str(Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_O2)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 300 <= self.iter < 320:
if self.i == 15:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_CO2)]['name'] + "\r\n " +
str(Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_CO2)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 340 <= self.iter < 360:
if self.i == 16:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_HEATER)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_HEATER)]['on']))
self.lcd.home()
self.i += 1 # ostatni przypisuje na zero
if 360 <= self.iter < 380:
if self.i == 17:
with cleared(self.lcd):
self.lcd.write_string(
"STAN " + Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_HEATER_LED)]['name'] +
"\r\n " + str(Register.POWERMOD_DATA[str(
Register.I2C_POWERMOD_HEATER_LED)]['on']))
self.lcd.home()
self.i = 0 # ostatni przypisuje na zero
self.iter += 1
self.iter %= 380