def draw_bubbles():
x, y, _ = clue.acceleration
level_bubble1 = Circle(int(x + 120),
int(180),
15,
fill=clue.GREEN,
outline=clue.BLUE)
level_bubble2 = Circle(int(120),
int(90 + y),
15,
fill=clue.GREEN,
outline=clue.BLUE)
bubble_groupx.append(level_bubble1)
bubble_groupy.append(level_bubble2)
def make_dot(x,y,fill,size=5):
# use the group to set x and y position
# so that the display re-draws the dot when
# x and y is set.
dot_group = displayio.Group(x=x,y=y)
dot = Circle(0,0, size, fill=fill)
dot_group.append(dot)
return dot_group
def main():
# Make the display context
splash = displayio.Group(max_size=20)
board.DISPLAY.show(splash)
# Make a background color fill
color_bitmap = displayio.Bitmap(320, 240, 1)
color_palette = displayio.Palette(1)
color_palette[0] = 0xFFFFFF
bg_sprite = displayio.TileGrid(color_bitmap,
x=0,
y=0,
pixel_shader=color_palette)
splash.append(bg_sprite)
##########################################################################
splash.append(Line(220, 130, 270, 210, 0xFF0000))
splash.append(Line(270, 210, 220, 210, 0xFF0000))
splash.append(Line(220, 210, 270, 130, 0xFF0000))
splash.append(Line(270, 130, 220, 130, 0xFF0000))
#Draw a blue star
polygon = Polygon([(255, 40), (262, 62), (285, 62), (265, 76), (275, 100),
(255, 84), (235, 100), (245, 76), (225, 62), (248, 62)],
outline=0x0000FF)
splash.append(polygon)
triangle = Triangle(170,
50,
120,
140,
210,
160,
fill=0x00FF00,
outline=0xFF00FF)
splash.append(triangle)
rect = Rect(80, 20, 41, 41, fill=0x0)
splash.append(rect)
circle = Circle(100, 100, 20, fill=0x00FF00, outline=0xFF00FF)
splash.append(circle)
rect2 = Rect(50, 100, 61, 81, outline=0x0, stroke=3)
splash.append(rect2)
roundrect = RoundRect(10,
10,
61,
81,
10,
fill=0x0,
outline=0xFF00FF,
stroke=6)
splash.append(roundrect)
sleep(4)
running = False
def test_shapes(self):
expected_images = []
for i in range(5):
img = Image.open(
os.path.join(
self.abs_path,
CONSTANTS.IMG_DIR_NAME,
f"test_image_shapes_{i+1}.bmp",
))
img.putalpha(255)
expected_images.append(img.load())
# TAKEN FROM ADAFRUIT'S DISPLAY SHAPES LIBRARY
# https://github.com/ladyada/Adafruit_CircuitPython_Display_Shapes/blob/master/examples/display_shapes_simpletest.py
splash = displayio.Group(max_size=10)
splash._Group__show = self.__send_helper
board.DISPLAY.show(splash)
color_bitmap = displayio.Bitmap(320, 240, 1)
color_palette = displayio.Palette(1)
color_palette[0] = 0xFFFFFF
bg_sprite = displayio.TileGrid(color_bitmap,
x=0,
y=0,
pixel_shader=color_palette)
splash.append(bg_sprite)
helper._Helper__test_image_equality(self.main_img.load(),
expected_images[0])
rect = Rect(80, 20, 41, 41, fill=0x00FF00)
splash.append(rect)
helper._Helper__test_image_equality(self.main_img.load(),
expected_images[1])
circle = Circle(100, 100, 20, fill=0x00FF00, outline=0xFF00FF)
splash.append(circle)
helper._Helper__test_image_equality(self.main_img.load(),
expected_images[2])
rect2 = Rect(50, 100, 61, 81, outline=0x0, stroke=3)
splash.append(rect2)
helper._Helper__test_image_equality(self.main_img.load(),
expected_images[3])
roundrect = RoundRect(10,
10,
61,
81,
10,
fill=0x0,
outline=0xFF00FF,
stroke=6)
splash.append(roundrect)
helper._Helper__test_image_equality(self.main_img.load(),
expected_images[4])
def __init__(self, display, layout_json):
self.json = layout_json
if "view_type" not in layout_json:
raise MissingTypeError
if layout_json["view_type"] != "Circle":
raise IncorrectTypeError(
"view_type '{}' does not match Layout Class 'Circle'".format(
layout_json["view_type"]))
self._display = display
if "attributes" in layout_json:
_missing_attrs = []
for attribute in REQUIRED_ATTRIBUTES:
if attribute not in layout_json['attributes']:
_missing_attrs.append(attribute)
if len(_missing_attrs) > 0:
raise MissingRequiredAttributesError(
"Missing required attributes: {}".format(_missing_attrs))
_outline = 0xFFFFFF
if "outline" in layout_json["attributes"]:
_outline = int(layout_json["attributes"]["outline"], 16)
_fill = 0x000000
if "fill" in layout_json["attributes"]:
_fill = int(layout_json["attributes"]["fill"], 16)
_stroke = 0
if "stroke" in layout_json["attributes"]:
_stroke = self.keyword_compiler(
layout_json["attributes"]["stroke"])
_r = 0
if "radius" in layout_json["attributes"]:
_r = self.keyword_compiler(layout_json["attributes"]["radius"])
_width = _r * 2
_height = _r * 2
_x = 0
if "x" in layout_json["attributes"]:
_x = self.keyword_compiler(layout_json["attributes"]["x"], {
"WIDTH": _width,
"HEIGHT": _height
})
_y = 0
if "y" in layout_json["attributes"]:
_y = self.keyword_compiler(layout_json["attributes"]["y"], {
"WIDTH": _width,
"HEIGHT": _height
})
self.circle = Circle(_x, _y, _r, fill=_fill, outline=_outline)
self.view = self.circle
else:
raise MissingAttributesError()
def __init__(self, pin, my_pyportal):
self.switch = digitalio.DigitalInOut(pin)
self.switch.direction = digitalio.Direction.OUTPUT
rect = RoundRect(SWITCHX,
SWITCHY,
31,
60,
16,
fill=0x0,
outline=DISPLAY_COLOR,
stroke=3)
my_pyportal.splash.append(rect)
self.circle_on = Circle(SWITCHX + 15, SWITCHY + 16, 10, fill=0x0)
my_pyportal.splash.append(self.circle_on)
self.circle_off = Circle(SWITCHX + 15,
SWITCHY + 42,
10,
fill=DISPLAY_COLOR)
my_pyportal.splash.append(self.circle_off)
def circle(self, x, y, r, fill=None, outline=None, stroke=1, index=None):
""" Draw a circle
"""
fl = self._pal[fill] if fill else None
ol = self._pal[outline] if outline else None
c = Circle(x, y, r, fill=fl, outline=ol, stroke=stroke)
if index:
self._group.insert(index, c)
else:
self._group.append(c)
return c
def magnet_circ_set(mag_ut):
"""Display a filled circle to represent the magnetic value mag_ut in microteslas."""
global magnet_circ_dob
global last_mag_radius
### map microteslas to a radius with minimum of 1 and
### maximum of MAG_MAX_RADIUS
radius = min(max(round(math.sqrt(mag_ut) * 4), 1), MAG_MAX_RADIUS)
if radius == last_mag_radius:
return
if magnet_circ_dob is not None:
screen_group.remove(magnet_circ_dob)
magnet_circ_dob = Circle(60, 180, radius, fill=BLUE)
screen_group.append(magnet_circ_dob)
def __init__(self, diameter, start_x, start_y, debug=False):
# Store local variables in our object to access later in other functions
self.diameter = diameter
self.x = start_x
self.y = start_y
self.start_x = start_x
self.start_y = start_y
# Create a circle object for the screen
self.circle = Circle(self.x, self.y, self.diameter, fill=0x00FF00, outline=0xFF00FF)
# default to moving right
self.going_right = True
# up/down movement amount. Default to horizontal only
self.y_offset = 0
# Need screen height and width to check for collision with top/bottom and both side edges
self.SCREEN_HEIGHT = 128
self.SCREEN_WIDTH = 160
def __init__(self, diameter, start_x, start_y, debug=False):
# Store local variables in our object to access later in other functions
self.diameter = diameter
self.x = start_x
self.y = start_y
self.start_x = start_x
self.start_y = start_y
# Create a circle object for the screen
self.circle = Circle(self.x,
self.y,
self.diameter,
fill=0x00FF00,
outline=0xFF00FF)
# default to moving right
self.going_right = True
# Need screen height and width to check for collision with top/bottom and both side edges
self.SCREEN_HEIGHT = 128
self.SCREEN_WIDTH = 160
# Badger object for easy button handling
self.badger = PyBadger()
# SPDX-FileCopyrightText: 2019 Kattni Rembor, written for Adafruit Industries
#
# SPDX-License-Identifier: Unlicense
"""CLUE Spirit Level Demo"""
import board
import displayio
from adafruit_display_shapes.circle import Circle
from adafruit_clue import clue
display = board.DISPLAY
clue_group = displayio.Group()
outer_circle = Circle(120, 120, 119, outline=clue.WHITE)
middle_circle = Circle(120, 120, 75, outline=clue.YELLOW)
inner_circle = Circle(120, 120, 35, outline=clue.GREEN)
clue_group.append(outer_circle)
clue_group.append(middle_circle)
clue_group.append(inner_circle)
x, y, _ = clue.acceleration
bubble_group = displayio.Group()
level_bubble = Circle(int(x + 120),
int(y + 120),
20,
fill=clue.RED,
outline=clue.RED)
bubble_group.append(level_bubble)
clue_group.append(bubble_group)
display.show(clue_group)
)
# makes the black background transparent so we only see the cresent moon
palette.make_transparent(0)
tile_grid = displayio.TileGrid(
bitmap,
pixel_shader=palette,
width=1,
height=1,
tile_height=120,
tile_width=120,
default_tile=0,
)
# two circles for the center "jewel"
jewel_outline = Circle(x0=120, y0=120, r=40, fill=0xFBF236)
jewel = Circle(x0=120, y0=120, r=35, fill=0xF70570)
# adding the two jewel circle elements to a group
jewel_splash = displayio.Group()
jewel_splash.append(jewel_outline)
jewel_splash.append(jewel)
# making a group for the crescent moon sequence
# scale is 2 because at full 240x240 resolution image is too big
moon_group = displayio.Group(scale=2)
# group to hold all of the display elements
main_group = displayio.Group()
# adding the crescent moon tile grid to the moon group
moon_group.append(tile_grid)
unit_mode = False # set the temperature unit_mode. True = centigrade, False = farenheit
# Setup homescreen
color_bitmap = displayio.Bitmap(120, 120, 1)
color_palette = displayio.Palette(1)
color_palette[0] = BURNT
bg_sprite = displayio.TileGrid(color_bitmap,
x=120,
y=0,
pixel_shader=color_palette)
homescreen_screen.append(bg_sprite)
clue_color = [GREEN, BLUE, RED, ORANGE, YELLOW, PURPLE]
outer_circle = Circle(120, 120, 119, fill=BLACK, outline=BURNT)
homescreen_screen.append(outer_circle)
title_font = bitmap_font.load_font("/font/GothamBlack-50.bdf")
title_font.load_glyphs("BQLUE".encode("utf-8"))
title_label = label.Label(title_font, text="BBQLUE", color=clue.ORANGE)
title_label.x = 12
title_label.y = 120
homescreen_screen.append(title_label)
clue.display.show(homescreen_screen)
# Setup temperatures screen
temp_font = bitmap_font.load_font("/font/GothamBlack-25.bdf")
temp_font.load_glyphs("0123456789FC.-<".encode("utf-8"))
if WIDTH > 320:
BACKGROUND_FILE = "/background_480.bmp"
pyportal = PyPortal(
default_bg=BACKGROUND_FILE,
image_json_path=["data", 0, "images", "web", "url"],
image_dim_json_path=(["data", 0, "images", "web",
"width"], ["data", 0, "images", "web", "height"]),
image_resize=(WIDTH, HEIGHT - 15),
image_position=(0, 0),
text_font="/fonts/OpenSans-9.bdf",
json_path=["data", 0, "title"],
text_position=(4, HEIGHT - 9),
text_color=0xFFFFFF)
circle = Circle(WIDTH - 8, HEIGHT - 7, 5, fill=0)
pyportal.splash.append(circle)
loopcount = 0
errorcount = 0
while True:
response = None
try:
circle.fill = 0xFF0000
itemid = random.randint(1, IMAGECOUNT)
# itemid = 20 # portrait mode example
# itemid = 21 # landscape mode example
print("retrieving url:", APIURL + str(itemid))
response = pyportal.fetch(APIURL + str(itemid))
circle.fill = 0
print("Response is", response)
loopcount = loopcount + 1
date_label = Label(FONT, text="0000-00-00", color=DATE_COLOR, x=165, y=223)
time_label = Label(FONT, text="00:00:00", color=TIME_COLOR, x=240, y=223)
pyportal.splash.append(date_label)
pyportal.splash.append(time_label)
# ISS trail
trail_bitmap = displayio.Bitmap(3, 3, 1)
trail_palette = displayio.Palette(1)
trail_palette[0] = TRAIL_COLOR
trail = displayio.Group(max_size=TRAIL_LENGTH)
pyportal.splash.append(trail)
# ISS location marker
marker = displayio.Group(max_size=MARK_THICKNESS)
for r in range(MARK_SIZE - MARK_THICKNESS, MARK_SIZE):
marker.append(Circle(0, 0, r, outline=MARK_COLOR))
pyportal.splash.append(marker)
def get_location(width=WIDTH, height=HEIGHT):
"""Fetch current lat/lon, convert to (x, y) tuple scaled to width/height."""
# Get location
try:
location = pyportal.fetch()
except RuntimeError:
return None, None
# Compute (x, y) coordinates
lat = float(location["latitude"]) # degrees, -90 to 90
lon = float(location["longitude"]) # degrees, -180 to 180
palette=displayio.Palette)
bg_grid = displayio.TileGrid(bg_bitmap, pixel_shader=bg_palette)
# loading the crescent moon bitmap sequence
bitmap, palette = adafruit_imageload.load("/moon_anime.bmp",
bitmap=displayio.Bitmap,
palette=displayio.Palette)
# makes the black background transparent so we only see the cresent moon
palette.make_transparent(0)
tile_grid = displayio.TileGrid(bitmap, pixel_shader=palette, width = 1, height = 1,
tile_height = 120, tile_width = 120,
default_tile = 0)
# two circles for the center "jewel"
jewel_outline = Circle(x0=120, y0=120, r=40, fill=0xfbf236)
jewel = Circle(x0=120, y0=120, r=35, fill=0xf70570)
# adding the two jewel circle elements to a group
jewel_splash = displayio.Group(max_size=20)
jewel_splash.append(jewel_outline)
jewel_splash.append(jewel)
# making a group for the crescent moon sequence
# scale is 2 because at full 240x240 resolution image is too big
moon_group = displayio.Group(scale = 2)
# group to hold all of the display elements
main_group = displayio.Group()
# adding the crescent moon tile grid to the moon group
moon_group.append(tile_grid)
break
R_knob_last = R_knob
G_knob_last = G_knob
B_knob_last = B_knob
# user is ready, so turn off all the neopixels and blank the screen
for i in range(NUMPIXELS):
neopixels[i] = (0, 0, 0)
neopixels.show()
splash.pop() # undisplay the opening graphic
# end of startup splash mode ======================================================================
# =================================================================================================
big_circle = Circle(80, 36, 25, fill=D_BLACK, outline=D_WHITE)
splash.append(big_circle)
circle_mem_1 = Circle(35, 12, 12, fill=D_BLACK, outline=D_WHITE)
splash.append(circle_mem_1)
circle_mem_2 = Circle(35, 60, 12, fill=D_BLACK, outline=D_WHITE)
splash.append(circle_mem_2)
circle_mem_3 = Circle(125, 12, 12, fill=D_BLACK, outline=D_WHITE)
splash.append(circle_mem_3)
circle_mem_4 = Circle(125, 60, 12, fill=D_BLACK, outline=D_WHITE)
splash.append(circle_mem_4)
text = ""
text_group_r = displayio.Group(max_size=2, scale=2, x=5, y=86)
disp_r_textbox = label.Label(terminalio.FONT,
text=text,
(248, 62),
],
outline=0x0000FF,
)
splash.append(polygon)
triangle = Triangle(170,
50,
120,
140,
210,
160,
fill=0x00FF00,
outline=0xFF00FF)
splash.append(triangle)
rect = Rect(80, 20, 41, 41, fill=0x0)
splash.append(rect)
circle = Circle(100, 100, 20, fill=0x00FF00, outline=0xFF00FF)
splash.append(circle)
rect2 = Rect(50, 100, 61, 81, outline=0x0, stroke=3)
splash.append(rect2)
roundrect = RoundRect(10, 10, 61, 81, 10, fill=0x0, outline=0xFF00FF, stroke=6)
splash.append(roundrect)
while True:
pass
def _create_switch(self):
# The main function that creates the switch display elements
switch_x = self._radius
switch_y = self._radius
# Define the motion "keyframes" that define the switch movement
if self._horizontal: # horizontal switch orientation
self._x_motion = self._width - 2 * self._radius - 1
self._y_motion = 0
else: # vertical orientation
self._x_motion = 0
self._y_motion = self._width - 2 * self._radius - 1
self._angle_motion = 0
if self._flip:
self._x_motion = -1 * self._x_motion
self._y_motion = -1 * self._y_motion
self._angle_motion = -1 * self._angle_motion
# Initialize the display elements - These should depend upon the
# orientation (`horizontal` and `flip`)
#
# Initialize the Circle
circle_x0 = switch_x
circle_y0 = switch_y
if self._flip:
circle_x0 = circle_x0 - self._x_motion
circle_y0 = circle_y0 - self._y_motion
self._switch_circle = Circle(
x0=circle_x0,
y0=circle_y0,
r=self._radius,
fill=self._fill_color_off,
outline=self._outline_color_off,
stroke=self._switch_stroke,
)
# Initialize the RoundRect for the background
if self._horizontal: # Horizontal orientation
self._switch_roundrect = RoundRect(
x=switch_x - self._radius,
y=switch_y - self._radius,
r=self._radius,
width=self._width,
height=2 * self._radius + 1,
fill=self._background_color_off,
outline=self._background_outline_color_off,
stroke=self._switch_stroke,
)
else: # Vertical orientation
self._switch_roundrect = RoundRect(
x=switch_x - self._radius,
y=switch_y - self._radius,
r=self._radius,
width=2 * self._radius + 1,
height=self._width,
fill=self._background_color_off,
outline=self._background_outline_color_off,
stroke=self._switch_stroke,
)
# The "0" text circle shape
self._text_0 = Circle(
x0=circle_x0,
y0=circle_y0,
r=self._radius // 2,
fill=self._fill_color_off,
outline=self._outline_color_off,
stroke=self._text_stroke,
)
# The "1" text rectangle shape
text1_x_offset = (-1 * self._switch_stroke) + 1
text1_y_offset = -self._radius // 2
self._text_1 = Rect(
x=circle_x0 + text1_x_offset,
y=circle_y0 + text1_y_offset,
height=self._radius,
width=self._text_stroke,
fill=self._fill_color_off,
outline=self._outline_color_off,
stroke=self._text_stroke,
)
# bounding_box defines the "local" x and y.
# Must be offset by self.x and self.y to get the raw display coordinates
#
if self._horizontal: # Horizontal orientation
self._bounding_box = [
0,
0,
self._width,
2 * self._radius + 1,
]
else: # Vertical orientation
self._bounding_box = [
0,
0,
2 * self._radius + 1,
self._width,
]
self.touch_boundary = [
self._bounding_box[0] - self._touch_padding,
self._bounding_box[1] - self._touch_padding,
self._bounding_box[2] + 2 * self._touch_padding,
self._bounding_box[3] + 2 * self._touch_padding,
]
# Store initial positions of moving elements to be used in _draw_function
self._switch_initial_x = self._switch_circle.x
self._switch_initial_y = self._switch_circle.y
self._text_0_initial_x = self._text_0.x
self._text_0_initial_y = self._text_0.y
self._text_1_initial_x = self._text_1.x
self._text_1_initial_y = self._text_1.y
# Set the initial switch position based on the starting value
if self._value:
self._draw_position(1)
else:
self._draw_position(0)
# pop any items off the current self group, in case this is updating
# an existing switch
for _ in range(len(self)):
self.pop()
# Add the display elements to the self group
self.append(self._switch_roundrect)
self.append(self._switch_circle)
# If display_button_text is True, append the correct text element (0 or 1)
if self._display_button_text:
self.append(self._text_0)
self.append(self._text_1)
if self._value:
self._text_0.hidden = True
self._text_1.hidden = False
else:
self._text_0.hidden = False
self._text_1.hidden = True
# update the anchor position, if required
# this calls the parent Widget class to update the anchored_position
# due to any changes that might have occurred in the bounding_box
self._update_position()
color_bitmap = displayio.Bitmap(display.width, display.height, 1)
color_palette = displayio.Palette(1)
color_palette[0] = 0xFFFFFF
bg_sprite = displayio.TileGrid(color_bitmap,
pixel_shader=color_palette,
x=0,
y=0)
main_group.append(bg_sprite)
# Setting up the Circle starting position
posx = 50
posy = 50
# Define Circle characteristics
circle_radius = 20
circle = Circle(posx, posy, circle_radius, fill=0x00FF00, outline=0xFF00FF)
main_group.append(circle)
# Define Circle Animation Steps
delta_x = 2
delta_y = 2
# Showing the items on the screen
display.show(main_group)
while True:
if circle.y + circle_radius >= display.height - circle_radius:
delta_y = -1
if circle.x + circle_radius >= display.width - circle_radius:
delta_x = -1
label1 = label.Label(font,
text="Warm light",
anchor_point=(0, 0.5),
anchored_position=(235, 120))
splash.append(label1)
label2 = label.Label(font,
text="Cool light",
anchor_point=(0, 0.5),
anchored_position=(235, 170))
splash.append(label2)
menu = [label1, label2]
# Set up clock
circle = Circle(114, 128, 96, outline=0xFFFFFF)
splash.append(circle)
circle = Circle(114, 128, 3, outline=0xFFFFFF, fill=0xFFFFFF)
splash.append(circle)
twelve = Line(114, 32, 114, 16, 0xFFFFFF)
splash.append(twelve)
for i in range(-2, 9):
y0 = int((96 * math.sin(math.pi * (i / 6))) + 128)
x0 = int((96 * math.cos(math.pi * (i / 6))) + 114)
y1 = int((108 * math.sin(math.pi * (i / 6))) + 128)
x1 = int((108 * math.cos(math.pi * (i / 6))) + 114)
hour = Line(x0, y0, x1, y1, 0xFFFFFF)
splash.append(hour)
#设置显示元素个数，最大20个
splash = displayio.Group(max_size=20, scale=1)
display.show(splash)
########################################
# 添加元素，添加后默认自动显示
########################################
#画线
splash.append(Line(5, 10, 40, 10, 0xFFFFFF))
#画矩形
rect = Rect(5, 20, 30, 20, outline=0xFFFFFF, fill=0x0)
splash.append(rect)
#画圆
circle = Circle(20, 60, 10, fill=0x0, outline=0xFFFFFF)
splash.append(circle)
# 字符显示,使用Label对象
text_area = label.Label(terminalio.FONT,
text="Hello 01Studio!",
color=0xFFFFFF,
x=10,
y=100)
splash.append(text_area)
while True:
pass
# Account for slight screen difference if you want
LEFT_Y_OFFSET = 0 # 12 # my left screen is a tad higher
SCREEN_SIZE = 240
i2c_bus = board.I2C()
mask = adafruit_monsterm4sk.MonsterM4sk(i2c=i2c_bus)
left_group = displayio.Group(max_size=4)
mask.left_display.show(left_group)
right_group = displayio.Group(max_size=4)
mask.right_display.show(right_group)
right_circle = Circle(SCREEN_SIZE // 2, SCREEN_SIZE // 2, 40, fill=0x0000FF)
right_group.append(right_circle)
left_circle = Circle(SCREEN_SIZE // 2, SCREEN_SIZE // 2, 40, fill=0x00AA66)
left_group.append(left_circle)
while True:
# print(mask.boop)
if mask.boop:
left_circle.x = 0
right_circle.x = SCREEN_SIZE - 40 - 40 - 2
right_circle.y = SCREEN_SIZE // 4 - 40
left_circle.y = SCREEN_SIZE // 4 - 40 + LEFT_Y_OFFSET
print(mask.acceleration)
print(mask.light)
timer_label.x = 5 timer_label.y = 120 display_group.append(timer_label) timer_data = label.Label(font3, text=format_time(timediff)) timer_data.x = 10 timer_data.y = 140 display_group.append(timer_data) temp_label = label.Label(font1, text="Temp(C):", color=0xAAAAAA) temp_label.x = 5 temp_label.y = 160 display_group.append(temp_label) temp_data = label.Label(font3, text="--") temp_data.x = 10 temp_data.y = 180 display_group.append(temp_data) circle = Circle(308, 12, 8, fill=0) display_group.append(circle) sgraph = Graph() # sgraph.xstart = 100 # sgraph.ystart = 4 sgraph.xstart = 0 sgraph.ystart = 0 # sgraph.width = WIDTH - sgraph.xstart - 4 # 216 for standard PyPortal # sgraph.height = HEIGHT - 80 # 160 for standard PyPortal sgraph.width = GWIDTH # 216 for standard PyPortal sgraph.height = GHEIGHT # 160 for standard PyPortal sgraph.xmin = oven.sprofile["time_range"][0] sgraph.xmax = oven.sprofile["time_range"][1] sgraph.ymin = oven.sprofile["temp_range"][0]
# list of circle positions
spots = ((246, 53), (246, 75), (206, 42), (206, 64), (206, 86), (176, 31),
(176, 53), (176, 75), (176, 97), (136, 42), (136, 64), (136, 86),
(106, 31), (106, 53), (106, 75), (106, 97), (66, 31), (66, 53),
(66, 75), (66, 97), (36, 20), (36, 42), (36, 64), (36, 86), (36, 108))
# circles to cover-up bitmap's number ornaments
ball_color = [0x555555, 0xaaaaaa,
0xFFFFFF] # All colors except black (0x000000)
ball_index = 0
# creating the circles & pulling in positions from spots
for spot in spots:
circle = Circle(x0=spot[0], y0=spot[1], r=11,
fill=ball_color[ball_index]) # Each ball has a color
ball_index += 1
ball_index %= len(ball_color)
# adding circles to their display group
circle_group.append(circle)
# adding circles group to main display group
group.append(circle_group)
# grabs time from network
magtag.get_local_time()
# parses time into month, date, etc
now = time.localtime()
month = now[1]
day = now[2]
prev_hour_hand1 = None
prev_hour_hand2 = None
prev_hour_hand3 = None
prev_hour_hand4 = None
second = 0.0
minute = 15.0
hour = 6.0 * 5
origin1 = Point(int(240 / 4), int(240 / 4))
origin2 = Point(int(240 / 4 + 240 / 2), int(240 / 4))
origin3 = Point(int(240 / 4), int(240 / 4 + 240 / 2))
origin4 = Point(int(240 / 4 + 240 / 2), int(240 / 4 + 240 / 2))
face1 = Circle(origin1.x,
origin1.y,
FACE_RADIUS,
fill=FACE_COLOR,
outline=FACE_COLOR)
face2 = Circle(origin2.x,
origin2.y,
FACE_RADIUS,
fill=FACE_COLOR,
outline=FACE_COLOR)
face3 = Circle(origin3.x,
origin3.y,
FACE_RADIUS,
fill=FACE_COLOR,
outline=FACE_COLOR)
face4 = Circle(origin4.x,
origin4.y,
FACE_RADIUS,
(48, 48),
(80, 48),
(112, 48),
(16, 80),
(48, 80),
(80, 80),
(112, 80),
(16, 112),
(48, 112),
(80, 112),
(112, 112),
)
# creating the circles & pulling in positions from spots
for spot in spots:
circle = Circle(x0=spot[0], y0=spot[1], r=14, fill=0x888888)
# adding circles to their display group
circle_group.append(circle)
# square to show position on menu
rect = Rect(0, 0, 33, 33, fill=None, outline=0x00FF00, stroke = 3)
splash.append(circle_group)
splash.append(rect)
# strings and positions for the MIDI note text labels
texts = [
{'num': "60", 'pos': (12, 16)},
{'num': "61", 'pos': (44, 16)},
{'num': "62", 'pos': (76, 16)},
{'num': "63", 'pos': (108, 16)},
{'num': "64", 'pos': (12, 48)},
)
funhouse.add_text(
text="Pressure:",
text_position=(20, 170),
text_color=0xFF88FF,
text_font="fonts/Arial-Bold-24.pcf",
)
pres_label = funhouse.add_text(
text_position=(120, 200),
text_anchor_point=(0.5, 0.5),
text_color=0xFFFF00,
text_font="fonts/Arial-Bold-24.pcf",
)
funhouse.display.show(funhouse.splash)
status = Circle(229, 10, 10, fill=0xFF0000, outline=0x880000)
funhouse.splash.append(status)
def update_enviro():
global environment
temp = funhouse.peripherals.temperature
unit = "C"
if USE_FAHRENHEIT:
temp = temp * (9 / 5) + 32
unit = "F"
environment["temperature"] = temp
environment["pressure"] = funhouse.peripherals.pressure
environment["humidity"] = funhouse.peripherals.relative_humidity
tft_cs = board.D10
tft_dc = board.D7
displayio.release_displays()
display_bus = displayio.FourWire(spi,
command=tft_dc,
chip_select=tft_cs,
reset=board.D9)
display = ST7735R(display_bus, width=160, height=128, rotation=90, bgr=True)
# Make the display context
splash = displayio.Group(max_size=10)
display.show(splash)
left_circle = Circle(40, 30, 15, fill=D_RED)
splash.append(left_circle)
right_circle = Circle(120, 30, 15, fill=D_RED)
splash.append(right_circle)
text = ""
text_group1 = displayio.Group(max_size=2, scale=2, x=0, y=88)
line1_textbox = label.Label(terminalio.FONT,
text=text,
color=D_YELLOW,
max_glyphs=12)
text_group1.append(line1_textbox)
splash.append(text_group1)
text_group2 = displayio.Group(max_size=2, scale=2, x=0, y=112)
line2_textbox = label.Label(terminalio.FONT,
# 79x111 minimum
left_iris_tilegrid, right_iris_tilegrid = iris_processing("/iris.bmp")
# fix memory error
gc.collect()
# same for the sclera
# BMP file, 8bits or 256 colors work fine (16 or 24bits bmp are unsupported)
# 86x121 minimum
left_eye, right_eye = sclera_processing("/sclera.bmp")
gc.collect()
left_eye_outline, right_eye_outline = draw_outlines()
left_pupil = Circle(0, 0, 7, fill=0x000000)
left_sclera_group = displayio.Group(scale=2)
left_sclera_group.append(left_eye)
left_eye_group = displayio.Group()
left_eye_group.append(left_sclera_group)
left_mobile_group = displayio.Group()
left_mobile_group.append(left_iris_tilegrid)
left_pupil_group = displayio.Group()
left_pupil_group.append(left_pupil)
left_mobile_group.append(left_pupil_group)
left_eye_group.append(left_mobile_group)
left_eye_group.append(left_eye_outline)
left_mobile_group.x = left_mobile_group.y = 120
# right eye graph initialisation
right_pupil = Circle(0, 0, 7, fill=0x000000)
