def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Dozownik",
"home25.png")
self.offIcon = pygame.image.load(os.path.join('icons', "tube70.png"))
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "GRZALKA",
"settings25.png")
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
self.temp_set = Register.WATER_TEMP_SET
self.temp_alert_delta = Register.WATER_TEMP_ALERT_DELTA
self.temp_on_off_delta = Register.WATER_TEMP_ONOFF_DELTA
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Dozownik",
"settings25.png")
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
self.switch_on_icon = pygame.image.load(
os.path.join("icons", "switchon50.png"))
self.switch_off_icon = pygame.image.load(
os.path.join("icons", "switchoff50.png"))
self.reset()
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Ustawienia",
"settings25.png")
self.tiles.append(
MenuTile(Coordinate(15, 40, 180, 90), 'light32.png', "Lampa 1"))
self.tiles.append(
MenuTile(Coordinate(205, 40, 180, 90), 'pump32.png', "Dozownik"))
self.tiles.append(
MenuTile(Coordinate(15, 140, 180, 90), 'light32.png', "Lampa 2"))
self.tiles.append(
MenuTile(Coordinate(205, 140, 180, 90), 'heater32.png', "Grzalka"))
self.tiles[self.selectedIndex].select()
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Dozownik", "settings25.png")
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
self.switch_on_icon = pygame.image.load(os.path.join("icons", "switchon50.png"))
self.switch_off_icon = pygame.image.load(os.path.join("icons", "switchoff50.png"))
self.reset()
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "GRZALKA", "settings25.png")
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
self.temp_set = Register.WATER_TEMP_SET
self.temp_alert_delta = Register.WATER_TEMP_ALERT_DELTA
self.temp_on_off_delta = Register.WATER_TEMP_ONOFF_DELTA
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25),"Ustawienia","settings25.png")
self.tiles.append(MenuTile(Coordinate(15, 40, 180, 90),'light32.png',"Lampa 1"))
self.tiles.append(MenuTile(Coordinate(205, 40, 180, 90),'pump32.png',"Dozownik"))
self.tiles.append(MenuTile(Coordinate(15, 140, 180, 90),'light32.png',"Lampa 2"))
self.tiles.append(MenuTile(Coordinate(205, 140, 180, 90),'heater32.png',"Grzalka"))
self.tiles[self.selectedIndex].select()
class SettingsWindow():
lcd = None
barTile =None
selectedIndex = 0
tiles = []
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25),"Ustawienia","settings25.png")
self.tiles.append(MenuTile(Coordinate(15, 40, 180, 90),'light32.png',"Lampa 1"))
self.tiles.append(MenuTile(Coordinate(205, 40, 180, 90),'pump32.png',"Dozownik"))
self.tiles.append(MenuTile(Coordinate(15, 140, 180, 90),'light32.png',"Lampa 2"))
self.tiles.append(MenuTile(Coordinate(205, 140, 180, 90),'heater32.png',"Grzalka"))
self.tiles[self.selectedIndex].select()
def event(self):
if not Register.LIRC_EVENTS:
return
lirc_event = LircEvents.get_event()
if lirc_event == LircEvents.KEY_BACK:
self.tiles[self.selectedIndex].select()
DisplayRegister.set_menuWindow()
if lirc_event == LircEvents.KEY_RIGHT:
self.tiles[self.selectedIndex].unselect()
self.selectedIndex = (self.selectedIndex + 1) % 4
self.tiles[self.selectedIndex].select()
if lirc_event == LircEvents.KEY_LEFT:
self.tiles[self.selectedIndex].unselect()
self.selectedIndex = (self.selectedIndex - 1) % 4
self.tiles[self.selectedIndex].select()
if lirc_event == LircEvents.KEY_UP:
self.tiles[self.selectedIndex].unselect()
self.selectedIndex = (self.selectedIndex - 2) % 4
self.tiles[self.selectedIndex].select()
if lirc_event == LircEvents.KEY_DOWN:
self.tiles[self.selectedIndex].unselect()
self.selectedIndex = (self.selectedIndex + 2) % 4
self.tiles[self.selectedIndex].select()
if lirc_event == LircEvents.KEY_OK:
if self.selectedIndex == 0:
DisplayRegister.set_light1_settings_window()
if self.selectedIndex == 1:
DisplayRegister.set_bottle_settings_window()
if self.selectedIndex == 2:
DisplayRegister.set_light2_settings_window()
if self.selectedIndex == 3:
DisplayRegister .set_heater_settings_window()
def draw(self):
self.lcd.fill(Colors.BLACK)
self.barTile.draw_tile()
for tile in self.tiles:
tile.draw()
class SettingsWindow():
lcd = None
barTile = None
selectedIndex = 0
tiles = []
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Ustawienia",
"settings25.png")
self.tiles.append(
MenuTile(Coordinate(15, 40, 180, 90), 'light32.png', "Lampa 1"))
self.tiles.append(
MenuTile(Coordinate(205, 40, 180, 90), 'pump32.png', "Dozownik"))
self.tiles.append(
MenuTile(Coordinate(15, 140, 180, 90), 'light32.png', "Lampa 2"))
self.tiles.append(
MenuTile(Coordinate(205, 140, 180, 90), 'heater32.png', "Grzalka"))
self.tiles[self.selectedIndex].select()
def event(self):
if not Register.LIRC_EVENTS:
return
lirc_event = LircEvents.get_event()
if lirc_event == LircEvents.KEY_BACK:
self.tiles[self.selectedIndex].select()
DisplayRegister.set_menuWindow()
if lirc_event == LircEvents.KEY_RIGHT:
self.tiles[self.selectedIndex].unselect()
self.selectedIndex = (self.selectedIndex + 1) % 4
self.tiles[self.selectedIndex].select()
if lirc_event == LircEvents.KEY_LEFT:
self.tiles[self.selectedIndex].unselect()
self.selectedIndex = (self.selectedIndex - 1) % 4
self.tiles[self.selectedIndex].select()
if lirc_event == LircEvents.KEY_UP:
self.tiles[self.selectedIndex].unselect()
self.selectedIndex = (self.selectedIndex - 2) % 4
self.tiles[self.selectedIndex].select()
if lirc_event == LircEvents.KEY_DOWN:
self.tiles[self.selectedIndex].unselect()
self.selectedIndex = (self.selectedIndex + 2) % 4
self.tiles[self.selectedIndex].select()
if lirc_event == LircEvents.KEY_OK:
if self.selectedIndex == 0:
DisplayRegister.set_light1_settings_window()
if self.selectedIndex == 1:
DisplayRegister.set_bottle_settings_window()
if self.selectedIndex == 2:
DisplayRegister.set_light2_settings_window()
if self.selectedIndex == 3:
DisplayRegister.set_heater_settings_window()
def draw(self):
self.lcd.fill(Colors.BLACK)
self.barTile.draw_tile()
for tile in self.tiles:
tile.draw()
class BottleSettingWindow:
lcd = None
barTile =None
selectedIndex = 0
tiles = []
bottles = None
bottles_names = ['bottle1', 'bottle2', 'bottle3', 'bottle4']
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Dozownik", "settings25.png")
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
self.switch_on_icon = pygame.image.load(os.path.join("icons", "switchon50.png"))
self.switch_off_icon = pygame.image.load(os.path.join("icons", "switchoff50.png"))
self.reset()
def reset(self):
self.bottles = dict(bottle1={
'ON': Register.BOTTLE_MOD['bottle1']['ON'],
'HOUR': Register.BOTTLE_MOD['bottle1']['HOUR'],
'MIN': Register.BOTTLE_MOD['bottle1']['MIN'],
'DOSE': Register.BOTTLE_MOD['bottle1']['DOSE'],
'SEC_PER_ML': Register.BOTTLE_MOD['bottle1']['SEC_PER_ML']
}, bottle2={
'ON': Register.BOTTLE_MOD['bottle2']['ON'],
'HOUR': Register.BOTTLE_MOD['bottle2']['HOUR'],
'MIN': Register.BOTTLE_MOD['bottle2']['MIN'],
'DOSE': Register.BOTTLE_MOD['bottle2']['DOSE'],
'SEC_PER_ML': Register.BOTTLE_MOD['bottle2']['SEC_PER_ML']
}, bottle3={
'ON': Register.BOTTLE_MOD['bottle3']['ON'],
'HOUR': Register.BOTTLE_MOD['bottle3']['HOUR'],
'MIN': Register.BOTTLE_MOD['bottle3']['MIN'],
'DOSE': Register.BOTTLE_MOD['bottle3']['DOSE'],
'SEC_PER_ML': Register.BOTTLE_MOD['bottle3']['SEC_PER_ML']
}, bottle4={
'ON': Register.BOTTLE_MOD['bottle4']['ON'],
'HOUR': Register.BOTTLE_MOD['bottle4']['HOUR'],
'MIN': Register.BOTTLE_MOD['bottle4']['MIN'],
'DOSE': Register.BOTTLE_MOD['bottle4']['DOSE'],
'SEC_PER_ML': Register.BOTTLE_MOD['bottle4']['SEC_PER_ML']
})
def save(self):
for bottle in self.bottles_names:
Register.BOTTLE_MOD[bottle]['ON'] = self.bottles[bottle]['ON']
Register.BOTTLE_MOD[bottle]['HOUR'] = self.bottles[bottle]['HOUR']
Register.BOTTLE_MOD[bottle]['MIN'] = self.bottles[bottle]['MIN']
Register.BOTTLE_MOD[bottle]['DOSE'] = self.bottles[bottle]['DOSE']
Register.BOTTLE_MOD[bottle]['SEC_PER_ML'] = self.bottles[bottle]['SEC_PER_ML']
settings.save_settings()
def event(self):
if not Register.LIRC_EVENTS:
return
lirc_event = LircEvents.get_event()
if lirc_event == LircEvents.KEY_BACK:
DisplayRegister.set_settingsWindow()
if lirc_event == LircEvents.KEY_RIGHT:
self.selectedIndex = (self.selectedIndex + 1) % 38
if lirc_event == LircEvents.KEY_LEFT:
self.selectedIndex = (self.selectedIndex - 1) % 38
if lirc_event == LircEvents.KEY_UP:
self.selectedIndex = (self.selectedIndex - 9) % 38
if lirc_event == LircEvents.KEY_DOWN:
self.selectedIndex = (self.selectedIndex + 9) % 38
if lirc_event == LircEvents.KEY_OK:
if self.selectedIndex == 36: #reset
self.reset()
return
if self.selectedIndex == 37: #zapisz
self.save()
self.reset()
return
i = 0
if self.selectedIndex in range(0, 9):
i = 0
elif self.selectedIndex in range(9, 18):
i = 1
elif self.selectedIndex in range(18, 27):
i = 2
else:
i = 3
method = self.selectedIndex - (i * 9)
if method == 0:
self.bottles[self.bottles_names[i]]['ON'] = not self.bottles[self.bottles_names[i]]['ON']
elif method == 1:
self.bottles[self.bottles_names[i]]['DOSE'] += 1
elif method == 2:
self.bottles[self.bottles_names[i]]['DOSE'] -= 1
if self.bottles[self.bottles_names[i]]['DOSE'] < 0:
self.bottles[self.bottles_names[i]]['DOSE'] = 0
elif method == 3:
self.bottles[self.bottles_names[i]]['SEC_PER_ML'] += 0.1
elif method == 4:
self.bottles[self.bottles_names[i]]['SEC_PER_ML'] -= 0.1
if self.bottles[self.bottles_names[i]]['SEC_PER_ML'] < 0:
self.bottles[self.bottles_names[i]]['SEC_PER_ML'] = 0
elif method == 5:
self.bottles[self.bottles_names[i]]['HOUR'] = (self.bottles[self.bottles_names[i]]['HOUR'] + 1) % 24
elif method == 6:
self.bottles[self.bottles_names[i]]['HOUR'] = (self.bottles[self.bottles_names[i]]['HOUR'] - 1) % 24
elif method == 7:
self.bottles[self.bottles_names[i]]['MIN'] = (self.bottles[self.bottles_names[i]]['MIN'] + 1) % 60
elif method == 8:
self.bottles[self.bottles_names[i]]['MIN'] = (self.bottles[self.bottles_names[i]]['MIN'] - 1) % 60
def draw(self):
self.lcd.fill(Colors.BLACK)
self.barTile.draw_tile()
i = 0
for x in range(0, self.bottles_names.__len__()):
bottle = self.bottles_names[x]
main_cord = Coordinate(0, 35 + (35 * x), 400, 30)
cord = Coordinate(*main_cord.get_slice(50))
if self.bottles[bottle]['ON'] != Register.BOTTLE_MOD[bottle]['ON']:
pygame.draw.rect(self.lcd, Colors.RED, pygame.Rect(cord.size_full()))
if self.bottles[bottle]['ON']:
self.lcd.blit(self.switch_on_icon, cord.get_center(self.switch_on_icon.get_width(), self.switch_on_icon.get_height()))
else:
self.lcd.blit(self.switch_off_icon, cord.get_center(self.switch_off_icon.get_width(), self.switch_off_icon.get_height()))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
i += 1
cord = Coordinate(*main_cord.get_slice(55))
text_surface = Fonts.font_40.render(Register.BOTTLE_MOD[bottle]['NAME'],
True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(25))
text_surface = Fonts.font_30.render("D", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(25))
if self.bottles[bottle]['DOSE'] != Register.BOTTLE_MOD[bottle]['DOSE']:
pygame.draw.rect(self.lcd, Colors.RED, pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_30.render(str(self.bottles[bottle]['DOSE']), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18+26), (20, 18)), 2)
i += 1
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18-26), (20, 18)), 2)
i += 1
cord = Coordinate(*main_cord.get_slice(35))
text_surface = Fonts.font_20.render("m/s", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
if self.bottles[bottle]['SEC_PER_ML'] != Register.BOTTLE_MOD[bottle]['SEC_PER_ML']:
pygame.draw.rect(self.lcd, Colors.RED, pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_30.render(str(self.bottles[bottle]['SEC_PER_ML']), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18+26), (20, 18)), 2)
i += 1
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18-26), (20, 18)), 2)
i += 1
cord = Coordinate(*main_cord.get_slice(25))
text_surface = Fonts.font_30.render("H", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(25))
if self.bottles[bottle]['HOUR'] != Register.BOTTLE_MOD[bottle]['HOUR']:
pygame.draw.rect(self.lcd, Colors.RED, pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_30.render(str(self.bottles[bottle]['HOUR']), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18+26), (20, 18)), 2)
i += 1
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18-26), (20, 18)), 2)
i += 1
cord = Coordinate(*main_cord.get_slice(25))
text_surface = Fonts.font_30.render("M", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(25))
if self.bottles[bottle]['MIN'] != Register.BOTTLE_MOD[bottle]['MIN']:
pygame.draw.rect(self.lcd, Colors.RED, pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_30.render(str(self.bottles[bottle]['MIN']), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18+26), (20, 18)), 2)
i += 1
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18-26), (20, 18)), 2)
i += 1
main_cord = Coordinate(0, 190, 400, 40)
cord = Coordinate(*main_cord.get_slice(200))
cord = Coordinate(*cord.get_center_surface(150, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_30.render("RESET", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
if self.selectedIndex == 36:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
cord = Coordinate(*main_cord.get_slice(200))
cord = Coordinate(*cord.get_center_surface(150, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_30.render("ZAPISZ", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
if self.selectedIndex == 37:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
class BottleWindow():
lcd = None
barTile = None
selectedIndex = 0
selected_bottle = 0
bottles_on = []
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Dozownik",
"home25.png")
self.offIcon = pygame.image.load(os.path.join('icons', "tube70.png"))
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
def event(self):
if not Register.LIRC_EVENTS:
return
lirc_event = LircEvents.get_event()
if lirc_event == LircEvents.KEY_BACK:
DisplayRegister.set_menuWindow()
if lirc_event == LircEvents.KEY_LEFT:
self.selectedIndex = (self.selectedIndex - 1) % 6
if lirc_event == LircEvents.KEY_RIGHT:
self.selectedIndex = (self.selectedIndex + 1) % 6
if lirc_event == LircEvents.KEY_OK:
if self.selectedIndex == 0:
self.selected_bottle = (self.selected_bottle - 1) % len(
self.bottles_on)
if self.selectedIndex == 1:
self.selected_bottle = (self.selected_bottle + 1) % len(
self.bottles_on)
if self.selectedIndex == 2:
BottleLogic.up_dose(1)
if self.selectedIndex == 3:
BottleLogic.down_dose(1)
if self.selectedIndex == 4:
BottleLogic.set_bottle(self.bottles_on[self.selected_bottle])
if self.selectedIndex == 5:
BottleLogic.refill_bottle(
self.bottles_on[self.selected_bottle])
def draw(self):
self.lcd.fill(Colors.BLACK)
self.barTile.draw_tile()
self.bottles_on = []
start = 0
for x in ('bottle1', 'bottle2', 'bottle3', 'bottle4', 'bottle5',
'bottle6', 'bottle7', 'bottle8'):
if Register.BOTTLE_MOD[x]['ON']:
self.bottles_on.append(x)
cord = Coordinate(10 + start, 40, 70, 120)
height = int(Register.BOTTLE_MOD[x]['PERCENT'] / 1.85)
height += 8
pygame.draw.rect(
self.lcd, Colors.BLUE,
pygame.Rect(cord.locate(28, 65), (15, -height)))
self.lcd.blit(self.offIcon, cord.locate(0, 0))
text_surface = Fonts.font_30.render(
Register.BOTTLE_MOD[x]['NAME'], True, Colors.WHITE)
self.lcd.blit(text_surface, cord.locate(27, 75))
text_surface = Fonts.font_20.render(
str(Register.BOTTLE_MOD[x]['STATE']), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.locate(25, 95))
text_surface = Fonts.font_20.render(
"(" + str(Register.BOTTLE_MOD[x]["PERCENT"]) + "%)", True,
Colors.WHITE)
self.lcd.blit(text_surface, cord.locate(15, 110))
start += 45
# przyciski
main_cord = Coordinate(0, 160, 400, 80)
cord = Coordinate(*main_cord.get_slice(50))
text_surface = Fonts.font_40.render(
Register.BOTTLE_MOD[self.bottles_on[self.selected_bottle]]['NAME'],
True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == 0:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 + 26), (20, 18)), 2)
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == 1:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 - 26), (20, 18)), 2)
cord = Coordinate(*main_cord.get_slice(40))
text_surface = Fonts.font_40.render(str(Register.BOTTLE_MANUAL_DOSE),
True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
text_surface = Fonts.font_30.render("ml", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == 2:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 + 26), (20, 18)), 2)
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == 3:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 - 26), (20, 18)), 2)
cord = Coordinate(*main_cord.get_slice(120))
cord = Coordinate(*cord.get_center_surface(100, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_40.render("START", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
if self.selectedIndex == 4:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
cord = Coordinate(*main_cord.get_slice(120))
cord = Coordinate(*cord.get_center_surface(100, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_40.render("UZUP", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
if self.selectedIndex == 5:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
class BottleSettingWindow:
lcd = None
barTile = None
selectedIndex = 0
tiles = []
bottles = None
bottles_names = ['bottle1', 'bottle2', 'bottle3', 'bottle4']
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Dozownik",
"settings25.png")
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
self.switch_on_icon = pygame.image.load(
os.path.join("icons", "switchon50.png"))
self.switch_off_icon = pygame.image.load(
os.path.join("icons", "switchoff50.png"))
self.reset()
def reset(self):
self.bottles = dict(bottle1={
'ON':
Register.BOTTLE_MOD['bottle1']['ON'],
'HOUR':
Register.BOTTLE_MOD['bottle1']['HOUR'],
'MIN':
Register.BOTTLE_MOD['bottle1']['MIN'],
'DOSE':
Register.BOTTLE_MOD['bottle1']['DOSE'],
'SEC_PER_ML':
Register.BOTTLE_MOD['bottle1']['SEC_PER_ML']
},
bottle2={
'ON':
Register.BOTTLE_MOD['bottle2']['ON'],
'HOUR':
Register.BOTTLE_MOD['bottle2']['HOUR'],
'MIN':
Register.BOTTLE_MOD['bottle2']['MIN'],
'DOSE':
Register.BOTTLE_MOD['bottle2']['DOSE'],
'SEC_PER_ML':
Register.BOTTLE_MOD['bottle2']['SEC_PER_ML']
},
bottle3={
'ON':
Register.BOTTLE_MOD['bottle3']['ON'],
'HOUR':
Register.BOTTLE_MOD['bottle3']['HOUR'],
'MIN':
Register.BOTTLE_MOD['bottle3']['MIN'],
'DOSE':
Register.BOTTLE_MOD['bottle3']['DOSE'],
'SEC_PER_ML':
Register.BOTTLE_MOD['bottle3']['SEC_PER_ML']
},
bottle4={
'ON':
Register.BOTTLE_MOD['bottle4']['ON'],
'HOUR':
Register.BOTTLE_MOD['bottle4']['HOUR'],
'MIN':
Register.BOTTLE_MOD['bottle4']['MIN'],
'DOSE':
Register.BOTTLE_MOD['bottle4']['DOSE'],
'SEC_PER_ML':
Register.BOTTLE_MOD['bottle4']['SEC_PER_ML']
})
def save(self):
for bottle in self.bottles_names:
Register.BOTTLE_MOD[bottle]['ON'] = self.bottles[bottle]['ON']
Register.BOTTLE_MOD[bottle]['HOUR'] = self.bottles[bottle]['HOUR']
Register.BOTTLE_MOD[bottle]['MIN'] = self.bottles[bottle]['MIN']
Register.BOTTLE_MOD[bottle]['DOSE'] = self.bottles[bottle]['DOSE']
Register.BOTTLE_MOD[bottle]['SEC_PER_ML'] = self.bottles[bottle][
'SEC_PER_ML']
settings.save_settings()
def event(self):
if not Register.LIRC_EVENTS:
return
lirc_event = LircEvents.get_event()
if lirc_event == LircEvents.KEY_BACK:
DisplayRegister.set_settingsWindow()
if lirc_event == LircEvents.KEY_RIGHT:
self.selectedIndex = (self.selectedIndex + 1) % 38
if lirc_event == LircEvents.KEY_LEFT:
self.selectedIndex = (self.selectedIndex - 1) % 38
if lirc_event == LircEvents.KEY_UP:
self.selectedIndex = (self.selectedIndex - 9) % 38
if lirc_event == LircEvents.KEY_DOWN:
self.selectedIndex = (self.selectedIndex + 9) % 38
if lirc_event == LircEvents.KEY_OK:
if self.selectedIndex == 36: #reset
self.reset()
return
if self.selectedIndex == 37: #zapisz
self.save()
self.reset()
return
i = 0
if self.selectedIndex in range(0, 9):
i = 0
elif self.selectedIndex in range(9, 18):
i = 1
elif self.selectedIndex in range(18, 27):
i = 2
else:
i = 3
method = self.selectedIndex - (i * 9)
if method == 0:
self.bottles[self.bottles_names[i]]['ON'] = not self.bottles[
self.bottles_names[i]]['ON']
elif method == 1:
self.bottles[self.bottles_names[i]]['DOSE'] += 1
elif method == 2:
self.bottles[self.bottles_names[i]]['DOSE'] -= 1
if self.bottles[self.bottles_names[i]]['DOSE'] < 0:
self.bottles[self.bottles_names[i]]['DOSE'] = 0
elif method == 3:
self.bottles[self.bottles_names[i]]['SEC_PER_ML'] += 0.1
elif method == 4:
self.bottles[self.bottles_names[i]]['SEC_PER_ML'] -= 0.1
if self.bottles[self.bottles_names[i]]['SEC_PER_ML'] < 0:
self.bottles[self.bottles_names[i]]['SEC_PER_ML'] = 0
elif method == 5:
self.bottles[self.bottles_names[i]]['HOUR'] = (
self.bottles[self.bottles_names[i]]['HOUR'] + 1) % 24
elif method == 6:
self.bottles[self.bottles_names[i]]['HOUR'] = (
self.bottles[self.bottles_names[i]]['HOUR'] - 1) % 24
elif method == 7:
self.bottles[self.bottles_names[i]]['MIN'] = (
self.bottles[self.bottles_names[i]]['MIN'] + 1) % 60
elif method == 8:
self.bottles[self.bottles_names[i]]['MIN'] = (
self.bottles[self.bottles_names[i]]['MIN'] - 1) % 60
def draw(self):
self.lcd.fill(Colors.BLACK)
self.barTile.draw_tile()
i = 0
for x in range(0, self.bottles_names.__len__()):
bottle = self.bottles_names[x]
main_cord = Coordinate(0, 35 + (35 * x), 400, 30)
cord = Coordinate(*main_cord.get_slice(50))
if self.bottles[bottle]['ON'] != Register.BOTTLE_MOD[bottle]['ON']:
pygame.draw.rect(self.lcd, Colors.RED,
pygame.Rect(cord.size_full()))
if self.bottles[bottle]['ON']:
self.lcd.blit(
self.switch_on_icon,
cord.get_center(self.switch_on_icon.get_width(),
self.switch_on_icon.get_height()))
else:
self.lcd.blit(
self.switch_off_icon,
cord.get_center(self.switch_off_icon.get_width(),
self.switch_off_icon.get_height()))
if self.selectedIndex == i:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
i += 1
cord = Coordinate(*main_cord.get_slice(55))
text_surface = Fonts.font_40.render(
Register.BOTTLE_MOD[bottle]['NAME'], True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(25))
text_surface = Fonts.font_30.render("D", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(25))
if self.bottles[bottle]['DOSE'] != Register.BOTTLE_MOD[bottle][
'DOSE']:
pygame.draw.rect(self.lcd, Colors.RED,
pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_30.render(
str(self.bottles[bottle]['DOSE']), True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == i:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 + 26), (20, 18)), 2)
i += 1
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == i:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 - 26), (20, 18)), 2)
i += 1
cord = Coordinate(*main_cord.get_slice(35))
text_surface = Fonts.font_20.render("m/s", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
if self.bottles[bottle]['SEC_PER_ML'] != Register.BOTTLE_MOD[
bottle]['SEC_PER_ML']:
pygame.draw.rect(self.lcd, Colors.RED,
pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_30.render(
str(self.bottles[bottle]['SEC_PER_ML']), True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == i:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 + 26), (20, 18)), 2)
i += 1
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == i:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 - 26), (20, 18)), 2)
i += 1
cord = Coordinate(*main_cord.get_slice(25))
text_surface = Fonts.font_30.render("H", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(25))
if self.bottles[bottle]['HOUR'] != Register.BOTTLE_MOD[bottle][
'HOUR']:
pygame.draw.rect(self.lcd, Colors.RED,
pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_30.render(
str(self.bottles[bottle]['HOUR']), True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == i:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 + 26), (20, 18)), 2)
i += 1
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == i:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 - 26), (20, 18)), 2)
i += 1
cord = Coordinate(*main_cord.get_slice(25))
text_surface = Fonts.font_30.render("M", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(25))
if self.bottles[bottle]['MIN'] != Register.BOTTLE_MOD[bottle][
'MIN']:
pygame.draw.rect(self.lcd, Colors.RED,
pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_30.render(
str(self.bottles[bottle]['MIN']), True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == i:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 + 26), (20, 18)), 2)
i += 1
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == i:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(20, 18 - 26), (20, 18)), 2)
i += 1
main_cord = Coordinate(0, 190, 400, 40)
cord = Coordinate(*main_cord.get_slice(200))
cord = Coordinate(*cord.get_center_surface(150, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_30.render("RESET", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
if self.selectedIndex == 36:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
cord = Coordinate(*main_cord.get_slice(200))
cord = Coordinate(*cord.get_center_surface(150, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_30.render("ZAPISZ", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
if self.selectedIndex == 37:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
class HeaterSettingWindow():
lcd = None
barTile =None
selectedIndex = 0
tiles = []
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "GRZALKA", "settings25.png")
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
self.temp_set = Register.WATER_TEMP_SET
self.temp_alert_delta = Register.WATER_TEMP_ALERT_DELTA
self.temp_on_off_delta = Register.WATER_TEMP_ONOFF_DELTA
def event(self):
if not Register.LIRC_EVENTS:
return
lirc_event = LircEvents.get_event()
if lirc_event == LircEvents.KEY_BACK:
DisplayRegister.set_settingsWindow()
if lirc_event == LircEvents.KEY_RIGHT:
self.selectedIndex = (self.selectedIndex + 1) % 8
if lirc_event == LircEvents.KEY_LEFT:
self.selectedIndex = (self.selectedIndex - 2) % 8
if lirc_event == LircEvents.KEY_UP:
self.selectedIndex = (self.selectedIndex - 2) % 8
if lirc_event == LircEvents.KEY_DOWN:
self.selectedIndex = (self.selectedIndex + 2) % 8
if lirc_event == LircEvents.KEY_OK:
if self.selectedIndex == 0:
self.temp_set = (self.temp_set + 0.1) % 30
if self.selectedIndex == 1:
self.temp_set = (self.temp_set - 0.1) % 30
if self.selectedIndex == 2:
self.temp_alert_delta = (self.temp_alert_delta + 0.1) % 20
if self.selectedIndex == 3:
self.temp_alert_delta = (self.temp_alert_delta - 0.1) % 20
if self.selectedIndex == 4:
self.temp_on_off_delta = (self.temp_on_off_delta + 0.1) % 3
if self.selectedIndex == 5:
self.temp_on_off_delta = (self.temp_on_off_delta - 0.1) % 3
if self.selectedIndex == 6: #reset
self.reset()
if self.selectedIndex == 7: #zapisz
self.save()
self.reset()
def reset(self):
self.temp_set = Register.WATER_TEMP_SET
self.temp_alert_delta = Register.WATER_TEMP_ALERT_DELTA
self.temp_on_off_delta = Register.WATER_TEMP_ONOFF_DELTA
def save(self):
Register.WATER_TEMP_SET = self.temp_set
Register.WATER_TEMP_ALERT_DELTA = self.temp_alert_delta
Register.WATER_TEMP_ONOFF_DELTA = self.temp_on_off_delta
settings.save_settings()
def draw(self):
self.lcd.fill(Colors.BLACK)
self.barTile.draw_tile()
main_cord = Coordinate(0, 50, 400, 30)
cord = Coordinate(*main_cord.get_slice(300))
text_surface = Fonts.font_40.render("TEMP WODY",
True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(60))
if Register.WATER_TEMP_SET != self.temp_set:
pygame.draw.rect(self.lcd, Colors.RED, pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_40.render(str(self.temp_set), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == 0:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(30, 18+26), (30, 18)), 2)
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == 1:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(30, 18-26), (30, 18)), 2)
main_cord = Coordinate(0, 90, 400, 30)
cord = Coordinate(*main_cord.get_slice(300))
text_surface = Fonts.font_40.render("TEMP ALERT DELTA",
True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(60))
if Register.WATER_TEMP_ALERT_DELTA != self.temp_alert_delta:
pygame.draw.rect(self.lcd, Colors.RED, pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_40.render(str(self.temp_alert_delta), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == 2:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(30, 18+26), (30, 18)), 2)
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == 3:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(30, 18-26), (30, 18)), 2)
main_cord = Coordinate(0, 130, 400, 30)
cord = Coordinate(*main_cord.get_slice(300))
text_surface = Fonts.font_40.render("ON/OFF DELTA",
True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(60))
if Register.WATER_TEMP_ONOFF_DELTA != self.temp_on_off_delta:
pygame.draw.rect(self.lcd, Colors.RED, pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_40.render(str(self.temp_on_off_delta), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == 4:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(30, 18+26), (30, 18)), 2)
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == 5:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(30, 18-26), (30, 18)), 2)
main_cord = Coordinate(0, 190, 400, 40)
cord = Coordinate(*main_cord.get_slice(200))
cord = Coordinate(*cord.get_center_surface(150, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_30.render("RESET", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
if self.selectedIndex == 6:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
cord = Coordinate(*main_cord.get_slice(200))
cord = Coordinate(*cord.get_center_surface(150, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_30.render("ZAPISZ", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
if self.selectedIndex == 7:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
class HeaterSettingWindow():
lcd = None
barTile = None
selectedIndex = 0
tiles = []
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "GRZALKA",
"settings25.png")
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
self.temp_set = Register.WATER_TEMP_SET
self.temp_alert_delta = Register.WATER_TEMP_ALERT_DELTA
self.temp_on_off_delta = Register.WATER_TEMP_ONOFF_DELTA
def event(self):
if not Register.LIRC_EVENTS:
return
lirc_event = LircEvents.get_event()
if lirc_event == LircEvents.KEY_BACK:
DisplayRegister.set_settingsWindow()
if lirc_event == LircEvents.KEY_RIGHT:
self.selectedIndex = (self.selectedIndex + 1) % 8
if lirc_event == LircEvents.KEY_LEFT:
self.selectedIndex = (self.selectedIndex - 2) % 8
if lirc_event == LircEvents.KEY_UP:
self.selectedIndex = (self.selectedIndex - 2) % 8
if lirc_event == LircEvents.KEY_DOWN:
self.selectedIndex = (self.selectedIndex + 2) % 8
if lirc_event == LircEvents.KEY_OK:
if self.selectedIndex == 0:
self.temp_set = (self.temp_set + 0.1) % 30
if self.selectedIndex == 1:
self.temp_set = (self.temp_set - 0.1) % 30
if self.selectedIndex == 2:
self.temp_alert_delta = (self.temp_alert_delta + 0.1) % 20
if self.selectedIndex == 3:
self.temp_alert_delta = (self.temp_alert_delta - 0.1) % 20
if self.selectedIndex == 4:
self.temp_on_off_delta = (self.temp_on_off_delta + 0.1) % 3
if self.selectedIndex == 5:
self.temp_on_off_delta = (self.temp_on_off_delta - 0.1) % 3
if self.selectedIndex == 6: #reset
self.reset()
if self.selectedIndex == 7: #zapisz
self.save()
self.reset()
def reset(self):
self.temp_set = Register.WATER_TEMP_SET
self.temp_alert_delta = Register.WATER_TEMP_ALERT_DELTA
self.temp_on_off_delta = Register.WATER_TEMP_ONOFF_DELTA
def save(self):
Register.WATER_TEMP_SET = self.temp_set
Register.WATER_TEMP_ALERT_DELTA = self.temp_alert_delta
Register.WATER_TEMP_ONOFF_DELTA = self.temp_on_off_delta
settings.save_settings()
def draw(self):
self.lcd.fill(Colors.BLACK)
self.barTile.draw_tile()
main_cord = Coordinate(0, 50, 400, 30)
cord = Coordinate(*main_cord.get_slice(300))
text_surface = Fonts.font_40.render("TEMP WODY", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(60))
if Register.WATER_TEMP_SET != self.temp_set:
pygame.draw.rect(self.lcd, Colors.RED,
pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_40.render(str(self.temp_set), True,
Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == 0:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(30, 18 + 26), (30, 18)), 2)
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == 1:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(30, 18 - 26), (30, 18)), 2)
main_cord = Coordinate(0, 90, 400, 30)
cord = Coordinate(*main_cord.get_slice(300))
text_surface = Fonts.font_40.render("TEMP ALERT DELTA", True,
Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(60))
if Register.WATER_TEMP_ALERT_DELTA != self.temp_alert_delta:
pygame.draw.rect(self.lcd, Colors.RED,
pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_40.render(str(self.temp_alert_delta), True,
Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == 2:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(30, 18 + 26), (30, 18)), 2)
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == 3:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(30, 18 - 26), (30, 18)), 2)
main_cord = Coordinate(0, 130, 400, 30)
cord = Coordinate(*main_cord.get_slice(300))
text_surface = Fonts.font_40.render("ON/OFF DELTA", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(60))
if Register.WATER_TEMP_ONOFF_DELTA != self.temp_on_off_delta:
pygame.draw.rect(self.lcd, Colors.RED,
pygame.Rect(cord.locate(0, 0), cord.size()))
text_surface = Fonts.font_40.render(str(self.temp_on_off_delta), True,
Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
self.lcd.blit(
self.upIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() + 20))
if self.selectedIndex == 4:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(30, 18 + 26), (30, 18)), 2)
self.lcd.blit(
self.downIcon,
cord.get_center(self.upIcon.get_width(),
self.upIcon.get_height() - 20))
if self.selectedIndex == 5:
pygame.draw.rect(
self.lcd, Colors.GRAY,
pygame.Rect(cord.get_center(30, 18 - 26), (30, 18)), 2)
main_cord = Coordinate(0, 190, 400, 40)
cord = Coordinate(*main_cord.get_slice(200))
cord = Coordinate(*cord.get_center_surface(150, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_30.render("RESET", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
if self.selectedIndex == 6:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
cord = Coordinate(*main_cord.get_slice(200))
cord = Coordinate(*cord.get_center_surface(150, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_30.render("ZAPISZ", True, Colors.WHITE)
self.lcd.blit(
text_surface,
cord.get_center(text_surface.get_width(),
text_surface.get_height()))
if self.selectedIndex == 7:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Dozownik", "home25.png")
self.offIcon = pygame.image.load(os.path.join('icons', "tube70.png"))
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
class BottleWindow():
lcd = None
barTile = None
selectedIndex = 0
selected_bottle = 0
bottles_on = []
def __init__(self):
self.lcd = Register.LCD
self.barTile = BarTile(Coordinate(0, 0, 400, 25), "Dozownik", "home25.png")
self.offIcon = pygame.image.load(os.path.join('icons', "tube70.png"))
self.upIcon = pygame.image.load(os.path.join('icons', "up30.png"))
self.downIcon = pygame.image.load(os.path.join('icons', "down30.png"))
def event(self):
if not Register.LIRC_EVENTS:
return
lirc_event = LircEvents.get_event()
if lirc_event == LircEvents.KEY_BACK:
DisplayRegister.set_menuWindow()
if lirc_event == LircEvents.KEY_LEFT:
self.selectedIndex = (self.selectedIndex - 1) % 6
if lirc_event == LircEvents.KEY_RIGHT:
self.selectedIndex = (self.selectedIndex + 1) % 6
if lirc_event == LircEvents.KEY_OK:
if self.selectedIndex == 0:
self.selected_bottle = (self.selected_bottle - 1) % len(self.bottles_on)
if self.selectedIndex == 1:
self.selected_bottle = (self.selected_bottle + 1) % len(self.bottles_on)
if self.selectedIndex == 2:
BottleLogic.up_dose(1)
if self.selectedIndex == 3:
BottleLogic.down_dose(1)
if self.selectedIndex == 4:
BottleLogic.set_bottle(self.bottles_on[self.selected_bottle])
if self.selectedIndex == 5:
BottleLogic.refill_bottle(self.bottles_on[self.selected_bottle])
def draw(self):
self.lcd.fill(Colors.BLACK)
self.barTile.draw_tile()
self.bottles_on = []
start = 0
for x in ('bottle1', 'bottle2', 'bottle3', 'bottle4', 'bottle5', 'bottle6', 'bottle7', 'bottle8'):
if Register.BOTTLE_MOD[x]['ON']:
self.bottles_on.append(x)
cord = Coordinate(10 + start, 40, 70, 120)
height = int(Register.BOTTLE_MOD[x]['PERCENT'] / 1.85)
height += 8
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.locate(28, 65), (15, -height)))
self.lcd.blit(self.offIcon, cord.locate(0, 0))
text_surface = Fonts.font_30.render(Register.BOTTLE_MOD[x]['NAME'], True, Colors.WHITE)
self.lcd.blit(text_surface, cord.locate(27, 75))
text_surface = Fonts.font_20.render(str(Register.BOTTLE_MOD[x]['STATE']), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.locate(25, 95))
text_surface = Fonts.font_20.render("(" + str(Register.BOTTLE_MOD[x]["PERCENT"]) + "%)",
True, Colors.WHITE)
self.lcd.blit(text_surface, cord.locate(15, 110))
start += 45
# przyciski
main_cord = Coordinate(0, 160, 400, 80)
cord = Coordinate(*main_cord.get_slice(50))
text_surface = Fonts.font_40.render(Register.BOTTLE_MOD[self.bottles_on[self.selected_bottle]]['NAME'],
True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == 0:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18+26), (20, 18)), 2)
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == 1:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18-26), (20, 18)), 2)
cord = Coordinate(*main_cord.get_slice(40))
text_surface = Fonts.font_40.render(str(Register.BOTTLE_MANUAL_DOSE), True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(30))
text_surface = Fonts.font_30.render("ml", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
cord = Coordinate(*main_cord.get_slice(20))
self.lcd.blit(self.upIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()+20))
if self.selectedIndex == 2:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18+26), (20, 18)), 2)
self.lcd.blit(self.downIcon, cord.get_center(self.upIcon.get_width(), self.upIcon.get_height()-20))
if self.selectedIndex == 3:
pygame.draw.rect(self.lcd, Colors.GRAY, pygame.Rect(cord.get_center(20, 18-26), (20, 18)), 2)
cord = Coordinate(*main_cord.get_slice(120))
cord = Coordinate(*cord.get_center_surface(100, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_40.render("START", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
if self.selectedIndex == 4:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)
cord = Coordinate(*main_cord.get_slice(120))
cord = Coordinate(*cord.get_center_surface(100, 40))
pygame.draw.rect(self.lcd, Colors.BLUE, pygame.Rect(cord.size_full()))
text_surface = Fonts.font_40.render("UZUP", True, Colors.WHITE)
self.lcd.blit(text_surface, cord.get_center(text_surface.get_width(), text_surface.get_height()))
if self.selectedIndex == 5:
pygame.draw.rect(self.lcd, Colors.GRAY, cord.size_full(), 2)