Exemple #1
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def loop2():
    # drawing code here
    screen.fill(color='black')  # Use a black background
    # screen.text('Hello world!')

    # Draw the on-screen buttons
    # "plus-box-outline" (Increase the thermostat temperature)
    screen.text(button_inc_text,
                xy=button_inc_xy,
                align=button_inc_align,
                font_size=button_font_size,
                font=icon_font)
    # "minus-box-outline" (Decrease the thermostat temperature)
    screen.text(button_dec_text,
                xy=button_dec_xy,
                align=button_dec_align,
                font_size=button_font_size,
                font=icon_font)

    # Draw the info text in the center of the screen in the format of:
    # "[current temp] ([thermostat wanted temp] ; [thermostat state])"
    screen.text('{0} ({1} ; {2})'.format(temp, climate_temp, climate_state))

    # Prepare the thermostat state icon
    color = 'gray'  # Initialize color as gray
    if climate_state == 'idle' or climate_state == 'off':
        # If the climate is idle or off, set the icon as inactive (idle
        # color)
        color = color_idle
    else:
        # Otherwise set the icon as active/on
        color = color_active

    # Draw the thermostat state icon
    screen.text(icon, xy=(20, 20), color=color, font=icon_font)
Exemple #2
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def loop():
    if data["background_image"]:
        screen.image(data["background_image"])
    else:
        screen.fill(color="black")

    screen.text(data["location"], xy=(22, 30), align="left", color="white", font="HelveticaNeue-Bold.ttf", font_size=24)
    screen.text(data["temp"], xy=(22, 160), align="left", color="white", font="HelveticaNeue-Bold.ttf", font_size=70)
    screen.text(data["description"], xy=(22, 213), align="left", color="white", font="HelveticaNeue.ttf", font_size=22)
    screen.text("Now", xy=(300, 213), align="right", font="HelveticaNeue.ttf", font_size=22, color="white")
def loop():
    if data['background_image']:
        screen.image(data['background_image'])
    else:
        screen.fill(color='black')

    screen.text(
        data['location'],
        xy=(22, 30),
        align='left',
        color='white',
        font='HelveticaNeue-Bold.ttf',
        font_size=24,
    )
    screen.text(
        data['temp'],
        xy=(22, 160),
        align='left',
        color='white',
        font='HelveticaNeue-Bold.ttf',
        font_size=70,
    )
    screen.text(
        data['description'],
        xy=(22, 213),
        align='left',
        color='white',
        font='HelveticaNeue.ttf',
        font_size=22,
    )
    screen.text(
        data['current_date'],
        xy=(300, 190),
        align='right',
        font='HelveticaNeue.ttf',
        font_size=22,
        color='white',
    )
    screen.text(
        data['current_time'],
        xy=(300, 213),
        align='right',
        font='HelveticaNeue.ttf',
        font_size=22,
        color='white',
    )
def loop():
    if data['background_image']:
        screen.image(data['background_image'])
    else:
        screen.fill(color='black')

    screen.text (
        data['location'],
        xy=(22,30),
        align='left',
        color='white',
        font='HelveticaNeue-Bold.ttf',
        font_size=24,
    )
    screen.text (
        data['temp'],
        xy=(22,160),
        align='left',
        color='white',
        font='HelveticaNeue-Bold.ttf',
        font_size=70,
    )
    screen.text (
        data['description'],
        xy=(22,213),
        align='left',
        color='white',
        font='HelveticaNeue.ttf',
        font_size=22,
    )
    screen.text (
        data['current_date'],
        xy=(300,190),
        align='right',
        font='HelveticaNeue.ttf',
        font_size=22,
        color='white',
    )
    screen.text (
        data['current_time'],
        xy=(300,213),
        align='right',
        font='HelveticaNeue.ttf',
        font_size=22,
        color='white',
    )
def loop():
    screen.fill(color='black')

    screen.text (
        'Hello World',
        xy=(22,30),
        align='left',
        color='white',
        font_size=12,
    )

    screen.text (
        messages[0]['subject'],
        xy=(22,100),
        align='left',
        color='white',
        font_size=12,
    )
Exemple #6
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from tingbot.graphics import Image

ip_address = None

@tingbot.every(seconds=10)
def get_ip_address():
    global ip_address
    try:
        import socket
        s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
        s.connect(('8.8.8.8', 1))
        ip_address = s.getsockname()[0]
    except:
        ip_address = None

screen.fill('black')
no_network_image = Image.load('NetworkNotFound.jpg')
ready_image = Image.load('ReadyScreen.gif')

def loop():
    # drawing code here
    if ip_address:
        screen.image(ready_image)
        screen.text(
            ip_address,
            xy=(10, 230),
            align='bottomleft',
            color='white',
            font_size=10,
        )
    else:
def loop():
    if not gui.initialized:
        if config.MOUSE_VISIBLE:
            pygame.mouse.set_visible(config.MOUSE_VISIBLE)
        pygame.display.set_caption(localized_strings.title)
        gui.initialized = True
    perform_key_events()
    screen.fill(color=COLOR_BLUE_DARK)

    screen.image("res/images/banner-911778_1280.jpg", xy=(0, 0), align="top")

    if alarm.current_alarm is not None:
        # Alarm currently firing - Show the Alarm Page
        screen.text(ALARM_LABEL_TITLE["text"] % alarm.current_alarm,
                    xy=ALARM_LABEL_TITLE["xy"],
                    color=ALARM_LABEL_TITLE["color"],
                    font_size=ALARM_LABEL_TITLE["font_size"],
                    align=ALARM_LABEL_TITLE["align"])
        p.player.mute()
    else:
        for child in gui.root[gui.current_page - 1]:
            name = child.get("name")
            position = child.find("position")
            align = child.get("align")
            xy = None
            if position is not None:
                xy = (int(position.get("x")), int(position.get("y")))
            if child.tag in ["text", "rectangle", "scroll_text"]:
                color_node = child.find("color")
                color = (int(color_node.get("red")),
                         int(color_node.get("green")),
                         int(color_node.get("blue")))
                if child.tag == "text":
                    font_size = int(child.get("font_size"))
                    text = child.find("text").text
                    if name == "time":
                        text = gui.current_time
                    elif name == "date":
                        text = gui.current_date
                    elif name == "time_sep" and time.localtime(
                    ).tm_sec % 2 != 1:
                        continue
                    if gui.current_page == PAGE_INDEX_RADIO:
                        if child.get("name") == "station_name":
                            text = gui.radio_station_name_text + ''
                    screen.text(text,
                                color=color,
                                xy=xy,
                                align=align,
                                font_size=font_size)
                elif child.tag == "scroll_text":
                    font_size = int(child.get("font_size"))
                    text = child.find("text").text
                    hpos = int(child.get("hpos"))
                    margin_node = child.find("margin")
                    margin = (int(margin_node.get("left")),
                              int(margin_node.get("right")))
                    if gui.current_page == PAGE_INDEX_RADIO:
                        if name == "station_info":
                            text = gui.radio_station_info_text + ''
                    if name not in gui.scroll_texts:
                        gui.scroll_texts[name] = ScrollText(
                            screen.surface,
                            text,
                            hpos,
                            color,
                            margin,
                            font_size,
                            font=os.path.join(
                                os.path.dirname(inspect.getfile(tingbot)),
                                'Geneva.ttf'))
                    else:
                        gui.scroll_texts[name].update_text(text)
                        gui.scroll_texts[name].update()

                elif child.tag == "rectangle":
                    size_node = child.find("size")
                    align = child.get("align")
                    size = (int(size_node.get("w")), int(size_node.get("h")))

                    screen.rectangle(xy=xy,
                                     size=size,
                                     color=color,
                                     align=align)
            elif child.tag == "image":
                scale = float(child.get("scale"))
                src = child.get("src")
                screen.image(src, xy=xy, scale=scale, align=align)
Exemple #8
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def clear_screen():
    screen.fill(color='black')
Exemple #9
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    color = 'gray'  # Initialize color as gray
    if climate_state == 'idle' or climate_state == 'off':
        # If the climate is idle or off, set the icon as inactive (idle
        # color)
        color = color_idle
    else:
        # Otherwise set the icon as active/on
        color = color_active

    # Draw the thermostat state icon
    screen.text(icon, xy=(20, 20), color=color, font=icon_font)


state = {'previous_xy': None}

screen.fill(color='black')


# TODO: Use Mid Left Button for something else than clearing the screen
@midleft_button.hold
def clear_screen():
    screen.fill(color='black')


# TODO: Use Touch screen for something useful other than just drawing
@touch()
def on_touch(xy, action):
    if state['previous_xy']:
        screen.line(state['previous_xy'], xy, width=5, color='blue')

    if action == 'up':
Exemple #10
0
def refresh():
    screen.fill(color=(26,26,26))
    
    screen.rectangle(
        xy=(0,16),
        align='left',
        size=(320,31),
        color=(255,30,82),
    )
    
    screen.text(
        'Bustle',
        xy=(10,15),
        align='left',
        color='white',
        font='Arial Rounded Bold.ttf',
        font_size=14,    
    )
    
    screen.text(
        'J, Green Park Station',
        xy=(310,17),
        align='right',
        color='white',
        font='JohnstonITCStd-Light.ttf',
        font_size=14,   
    )

    r = requests.get('http://countdown.api.tfl.gov.uk/interfaces/ura/instant_V1?StopCode1=52053&DirectionID=1&VisitNumber=1&ReturnList=StopPointName,LineName,DestinationText,EstimatedTime')

    json_lines = list(json.loads(line) for line in r.iter_lines())
    first_line = json_lines[0]
    current_time = datetime.fromtimestamp(first_line[2] / 1000)

    buses = json_lines[1:]
    
    row_y = 31
    
    for line_num, bus in enumerate(buses):
        if line_num > 3:
            break

        print bus
        
        screen.rectangle(
            xy=(0,row_y),
            align='topleft',
            size=(320,51),
            color=(39,40,34),
        )
        
        bus_number = bus[2]
        bus_destination = bus[3]
        bus_estimated_time = datetime.fromtimestamp(bus[4]/1000)
        bus_delta = bus_estimated_time - current_time
        bus_minutes = int(bus_delta.total_seconds() / 60)
        
        screen.text(
            bus_number,
            xy=(35,row_y+27),
            align='center',
            color='white',
            font='JohnstonITCStd-Bold.ttf',
            font_size=26,
        )
        
        screen.text(
            bus_destination,
            xy=(75,row_y+27),
            align='left',
            color=(220,220,220),
            font='JohnstonITCStd-Light.ttf',
            font_size=17,
        )
        
        screen.text(
            'due' if bus_minutes == 0 else '%i min' % bus_minutes,
            xy=(305,row_y+27),
            align='right',
            color='white',
            font='JohnstonITCStd-Bold.ttf',
            font_size=18,
        )
        
        row_y += 52
Exemple #11
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button = gui.Button((240, 200), (80, 30), align="top", label="Display", callback=display)

gui.StaticText((190, 0), (50, 20), align="top", label="Red")
gui.StaticText((240, 0), (50, 20), align="top", label="Green")
gui.StaticText((290, 0), (50, 20), align="top", label="Blue")

red_label = gui.StaticText((190, 180), (50, 20), label="0")
green_label = gui.StaticText((240, 180), (50, 20), label="0")
blue_label = gui.StaticText((290, 180), (50, 20), label="0")


def update_label(label, value):
    label.label = str(int(value))
    label.update()


red.callback = lambda x: update_label(red_label, x)
green.callback = lambda x: update_label(green_label, x)
blue.callback = lambda x: update_label(blue_label, x)


def loop():
    pass


screen.fill("black")
gui.show_all()
run(loop)
Exemple #12
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def loop():
    if not gui.initialized:
        if config.MOUSE_VISIBLE:
            pygame.mouse.set_visible(config.MOUSE_VISIBLE)
        pygame.display.set_caption(localized_strings.title)
        gui.initialized = True
    perform_key_events()
    screen.fill(
        color=COLOR_BLUE_DARK
    )

    screen.image(
        "res/images/banner-911778_1280.jpg",
        xy=(0,0),
        align="top"
    )

    if alarm.current_alarm is not None:
        # Alarm currently firing - Show the Alarm Page
        screen.text(
            ALARM_LABEL_TITLE["text"] % alarm.current_alarm,
            xy=ALARM_LABEL_TITLE["xy"],
            color=ALARM_LABEL_TITLE["color"],
            font_size=ALARM_LABEL_TITLE["font_size"],
            align=ALARM_LABEL_TITLE["align"]
        )
        p.player.mute()
    else:
        for child in gui.root[gui.current_page-1]:
            name = child.get("name")
            position = child.find("position")
            align = child.get("align")
            xy = None
            if position is not None:
                xy = (int(position.get("x")), int(position.get("y")))
            if child.tag in ["text", "rectangle", "scroll_text"]:
                color_node = child.find("color")
                color = (int(color_node.get("red")), int(color_node.get("green")), int(color_node.get("blue")))
                if child.tag == "text":
                    font_size = int(child.get("font_size"))
                    text = child.find("text").text
                    if name == "time":
                        text = gui.current_time
                    elif name == "date":
                        text = gui.current_date
                    elif name == "time_sep" and time.localtime().tm_sec%2 != 1:
                        continue
                    if gui.current_page == PAGE_INDEX_RADIO:
                        if child.get("name") == "station_name":
                            text = gui.radio_station_name_text + ''
                    screen.text(text, color=color, xy=xy, align=align, font_size=font_size)
                elif child.tag == "scroll_text":
                    font_size = int(child.get("font_size"))
                    text = child.find("text").text
                    hpos = int(child.get("hpos"))
                    margin_node = child.find("margin")
                    margin = (int(margin_node.get("left")), int(margin_node.get("right")))
                    if gui.current_page == PAGE_INDEX_RADIO:
                        if name == "station_info":
                            text = gui.radio_station_info_text + ''
                    if name not in gui.scroll_texts:
                        gui.scroll_texts[name] = ScrollText(screen.surface, 
                        text, hpos, color, margin, font_size,
                        font=os.path.join(os.path.dirname(inspect.getfile(tingbot)), 'Geneva.ttf'))
                    else:
                        gui.scroll_texts[name].update_text(text)
                        gui.scroll_texts[name].update()

                    
                elif child.tag == "rectangle":
                    size_node = child.find("size")
                    align = child.get("align")
                    size = (int(size_node.get("w")), int(size_node.get("h")))

                    screen.rectangle(xy=xy, size=size, color=color, align=align)
            elif child.tag == "image":
                scale = float(child.get("scale"))
                src = child.get("src")
                screen.image(src, xy=xy, scale=scale, align=align)