def drawweather(r):
dayweather = r.get("weatherday")
xline = 106
xday = 115
xevening = 5
if (utime.localtime()[3] > 12):
dayweather = dayweather[1]
else:
dayweather = dayweather[0]
xline = 190
xevening = 199
xday = 5
ugfx.thickline(xline, 0, xline, 68, ugfx.BLACK, 3, 0)
try:
ugfx.string(xevening + 37, 6, "17:00", "DejaVuSans20", ugfx.BLACK)
ugfx.string(
xevening + 37, 38,
str(int(r.get("weatherevening").get("precipProbability") * 100)) +
"%", "DejaVuSans20", ugfx.BLACK)
ugfx.string(xday + 37, 22,
"WS:" + str(int(dayweather.get("windSpeed"))) + "mph",
"DejaVuSans20", ugfx.BLACK)
sunup = utime.localtime(int(dayweather.get("sunriseTime")))
sundown = utime.localtime(int(dayweather.get("sunsetTime")))
ugfx.string(
xday + 37, 44, "S:" + str(sunup[3]) + ":" + str(sunup[4]) + "-" +
str(sundown[3]) + ":" + str(sundown[4]), "DejaVuSans20",
ugfx.BLACK)
ugfx.string(
xday + 37, 0,
"Temp:" + str(int(dayweather.get("apparentTemperatureLow"))) +
"-" + str(int(dayweather.get("apparentTemperatureHigh"))) +
u"\u00b0" + "C", "DejaVuSans20", ugfx.BLACK)
except:
print("missing precip chance")
first = ""
second = ""
try:
first = weathericon(r.get("weatherevening"), xevening, 16)
second = weathericon(dayweather, xday, 16)
except:
print("no weather")
return (first, second)
def draw(self):
if not self.crashing:
self.crashing = not (pyb.rng() % 500)
ugfx.area(self.x-QUADCOPTER_BODY_SIZE, self.y-QUADCOPTER_BODY_SIZE, QUADCOPTER_BODY_SIZE*2, QUADCOPTER_BODY_SIZE*2, self.color)
self.animation_frame += 1
self.animation_frame %= 4
for armature_x, armature_y in (
(-QUADCOPTER_BODY_SIZE*3, -QUADCOPTER_BODY_SIZE*2),
(QUADCOPTER_BODY_SIZE*3, -QUADCOPTER_BODY_SIZE*2),
(-QUADCOPTER_BODY_SIZE*3, QUADCOPTER_BODY_SIZE*2),
(QUADCOPTER_BODY_SIZE*3, QUADCOPTER_BODY_SIZE*2)
):
rotor_center_x = self.x + armature_x
rotor_center_y = self.y + armature_y
ugfx.thickline(rotor_center_x, rotor_center_y, self.x, self.y, self.color, 2, False)
if self.animation_frame == 0:
ugfx.line(rotor_center_x - int(QUADCOPTER_BODY_SIZE*0.7), rotor_center_y - int(QUADCOPTER_BODY_SIZE*0.7), rotor_center_x + int(QUADCOPTER_BODY_SIZE*0.7), rotor_center_y + int(QUADCOPTER_BODY_SIZE*0.7), ugfx.BLACK)
elif self.animation_frame == 1:
ugfx.line(rotor_center_x, rotor_center_y - QUADCOPTER_BODY_SIZE, rotor_center_x, rotor_center_y + QUADCOPTER_BODY_SIZE, ugfx.BLACK)
elif self.animation_frame == 2:
ugfx.line(rotor_center_x + int(QUADCOPTER_BODY_SIZE*0.7), rotor_center_y - int(QUADCOPTER_BODY_SIZE*0.7), rotor_center_x - int(QUADCOPTER_BODY_SIZE*0.7), rotor_center_y + int(QUADCOPTER_BODY_SIZE*0.7), ugfx.BLACK)
elif self.animation_frame == 3:
ugfx.line(rotor_center_x + QUADCOPTER_BODY_SIZE, rotor_center_y, rotor_center_x - QUADCOPTER_BODY_SIZE, rotor_center_y, ugfx.BLACK)
draw_crosshair(crosshair_x, crosshair_y)
def room_1(): ### Room 1 - exit north room=1 ugfx.clear(ugfx.BLACK) setup_right_menu() build_room_walls(1,0,0,0) #corridor N ugfx.thickline(90,34,90,0,ugfx.WHITE,7,0) ugfx.thickline(110,34,110,0,ugfx.WHITE,7,0) #door ugfx.thickline(90,180,110,180,ugfx.BLUE,7,0) #PC ugfx.fill_circle(100,150,5,ugfx.YELLOW)
def draw_hand(cx, cy, angle, length, thickness, color):
x = int(math.cos(angle) * length + cx);
y = int(math.sin(angle) * length + cy);
ugfx.thickline(cx, cy, x, y, color, thickness, 1)
def build_room_walls(north, east, south, west): #0 closed 1 open if north==0: ugfx.thickline(6,30,183,30,ugfx.WHITE,7,0) if north==1: ugfx.thickline(6,30,90,30,ugfx.WHITE,7,0) ugfx.thickline(110,30,183,30,ugfx.WHITE,7,0) if east==0: ugfx.thickline(180,30,180,180,ugfx.WHITE,7,0) if east==1: ugfx.thickline(180,27,180,100,ugfx.WHITE,7,0) ugfx.thickline(180,120,180,180,ugfx.WHITE,7,0) if south==0: ugfx.thickline(6,180,183,180,ugfx.WHITE,7,0) if south==1: ugfx.thickline(10,176,90,176,ugfx.WHITE,7,0) ugfx.thickline(110,176,180,176,ugfx.WHITE,7,0) if west==0: ugfx.thickline(10,30,10,180,ugfx.WHITE,7,0) if west==1: ugfx.thickline(10,27,10,100,ugfx.WHITE,7,0) ugfx.thickline(10,120,10,180,ugfx.WHITE,7,0)
import ugfx
import time
ugfx.init()
ugfx.clear(ugfx.BLACK)
ugfx.fill_circle(60, 60, 50, ugfx.WHITE)
ugfx.fill_circle(60, 60, 40, ugfx.BLACK)
ugfx.fill_circle(60, 60, 30, ugfx.WHITE)
ugfx.fill_circle(60, 60, 20, ugfx.BLACK)
ugfx.fill_circle(60, 60, 10, ugfx.WHITE)
ugfx.thickline(1, 1, 100, 100, ugfx.WHITE, 10, 5)
ugfx.box(30, 30, 50, 50, ugfx.WHITE)
ugfx.string(150, 25, "STILL", "Roboto_BlackItalic24", ugfx.WHITE)
ugfx.string(130, 50, "Hacking", "PermanentMarker22", ugfx.WHITE)
len = ugfx.get_string_width("Hacking", "PermanentMarker22")
ugfx.line(130, 72, 144 + len, 72, ugfx.WHITE)
ugfx.line(140 + len, 52, 140 + len, 70, ugfx.WHITE)
ugfx.string(140, 75, "Anyway", "Roboto_BlackItalic24", ugfx.WHITE)
ugfx.flush()
def render(text, pushed):
if (pushed):
ugfx.string(100, 10, text, "PermanentMarker22", ugfx.WHITE)
else:
ugfx.string(100, 10, text, "PermanentMarker22", ugfx.BLACK)
i2c = I2C(sda=Pin(26), scl=Pin(27), freq=100000)
sgp30 = SGP30(i2c)
history = [(0, 0)] * BADGE_EINK_WIDTH
while True:
measurement = sgp30.air_quality()
print(measurement)
co2_ppm = measurement['co2_ppm']
tvoc_ppb = measurement['tvoc_ppb']
log_max = math.log(60000)
co2_y = int(math.log(max(co2_ppm, 1)) / log_max * 64)
tvoc_y = int(math.log(max(tvoc_ppb, 1)) / log_max * 64)
_ = history.pop(0)
history.append((co2_y, tvoc_y))
ugfx.clear(ugfx.WHITE)
ugfx.line(0, 64, BADGE_EINK_WIDTH, 64, ugfx.BLACK)
ugfx.string(0, 0, 'eCO2: %d ppm' % co2_ppm, 'Roboto_Regular18', ugfx.BLACK)
ugfx.string(0, 64, 'TVOC: %d ppb' % tvoc_ppb, 'Roboto_Regular18',
ugfx.BLACK)
for (x, (a, b)) in enumerate(zip(history, history[1:])):
ugfx.thickline(x, 64 - a[0], x + 1, 64 - b[0], ugfx.BLACK, 2, 0)
ugfx.thickline(x, (64 - a[1]) + 64, x + 1, (64 - b[1]) + 64,
ugfx.BLACK, 2, 0)
ugfx.flush()
time.sleep(1)
def draw(r):
# Rows: 32
infoLine = None
try:
title = r.get("dates").get("summary")
time = r.get("dates").get("start").get("dateTime")[11:16]
infoLine = time + " - " + title
except:
print("no cal")
try:
if infoLine is None:
infoLine = r.get("news")
except:
print("no news")
try:
if infoLine is None:
infoLine = r.get("other")
except:
print("no other")
if infoLine is not None:
font = "DejaVuSans20"
if (ugfx.get_string_width(infoLine, "DejaVuSans20") > 592):
font = "Roboto_Regular12"
firstLine = infoLine
while (ugfx.get_string_width(firstLine, font) > 296):
firstLine = firstLine[:-1]
secondLine = None
# Check for second line
if len(firstLine) != len(infoLine):
secondLine = infoLine[len(firstLine):]
while (ugfx.get_string_width(secondLine, font) > 296):
secondLine = secondLine[:-1]
if font == "Roboto_Regular12":
ugfx.string(2, 82, secondLine, font, ugfx.BLACK)
else:
ugfx.string(2, 90, secondLine, font, ugfx.BLACK)
# Third line
if font == "Roboto_Regular12":
if (len(firstLine) + len(secondLine)) != len(infoLine):
ugfx.string(2, 94, infoLine[len(firstLine) + len(secondLine):],
font, ugfx.BLACK)
singleLineOffset = 0
if secondLine is None:
singleLineOffset += 10
ugfx.string(2, 70 + singleLineOffset, firstLine, font, ugfx.BLACK)
try:
ugfx.string(2, 110, "£" + str(r.get("bank")), "DejaVuSans20",
ugfx.BLACK)
except:
print("no balance")
ugfx.thickline(0, 68, 296, 68, ugfx.BLACK, 3, 0)
boxes = drawweather(r)
ugfx.flush()
try:
boxes[0].destroy()
boxes[1].destroy()
except:
print("no weather")