ugfx.orientation(270)
# Title
ugfx.set_default_font(ugfx.FONT_TITLE)
ugfx.Label(0, ugfx.height() - info_height * 2, ugfx.width(), info_height, "TiLDA Mk4", justification=ugfx.Label.CENTER)
# info
ugfx.Label(0, ugfx.height() - info_height, ugfx.width(), info_height, "Press MENU", justification=ugfx.Label.CENTER)
ugfx.set_default_font(ugfx.FONT_SMALL)
status = ugfx.Label(0, ugfx.height() - info_height * 2 - status_height, ugfx.width(), status_height, "", justification=ugfx.Label.CENTER)
# update loop
while True:
text = "";
value_wifi_strength = wifi_strength()
value_battery = battery()
if value_wifi_strength:
text += "Wi-Fi: %s%%, " % int(value_wifi_strength)
if value_battery:
text += "Battery: %s%%" % int(value_battery)
status.text(text)
if Buttons.is_pressed(Buttons.BTN_Star):
if torch_on:
torch_on = False
torch.off()
neo.display([0,0])
else:
torch_on = True
torch.on()
neo.display([0xffffff,0xffffff])
sleep_or_exit(0.5)
class Air_Quality_Display():
def setup_screen(self):
""" Set up the screen and the labels that display
values on it.
"""
ugfx.init()
width=ugfx.width()
height=ugfx.height()
ugfx.clear(ugfx.html_color(0x800080))
style = ugfx.Style()
style.set_enabled([ugfx.WHITE, ugfx.html_color(0x800080), ugfx.html_color(0x800080), ugfx.html_color(0x800080)])
style.set_background(ugfx.html_color(0x800080))
ugfx.set_default_style(style)
ugfx.orientation(90)
ugfx.set_default_font(ugfx.FONT_TITLE)
ugfx.Label(0, 0, width, 60,"Air Quality", justification=ugfx.Label.CENTER)
label_height=45
self.ppm10_label = ugfx.Label(0, label_height, width, label_height,"PPM 10: starting", justification=ugfx.Label.CENTER)
self.ppm25_label = ugfx.Label(0, label_height*2, width, label_height,"PPM 2.5: starting", justification=ugfx.Label.CENTER)
self.temp_label = ugfx.Label(0, label_height*3, width, label_height,"Temp: starting", justification=ugfx.Label.CENTER)
self.humid_label = ugfx.Label(0, label_height*4, width, label_height,"Humid: starting", justification=ugfx.Label.CENTER)
self.error_label = ugfx.Label(0, label_height*5, width, label_height,"", justification=ugfx.Label.CENTER)
self.message_label = ugfx.Label(0, label_height*6, width, label_height,"", justification=ugfx.Label.CENTER)
self.error_count = 0
self.error_message = ""
self.neopix = Neopix()
self.p10_decode = ((100,0x00ff00),(250,0xffff00),(350,0xff8000),(430,0xff0000),(-1,0xcc6600))
self.p25_decode = ((60, 0x00ff00),(91, 0xffff00), (121,0xff8000),(251,0xff0000),(-1,0xcc6600))
def get_reading_color(self, value, decode):
for item in decode:
if item[0] < 0:
# reached the upper limit - return
return item[1]
if value < item[0]:
return item[1]
def new_readings(self,ppm10_value, ppm25_value):
""" Called by the sensor to deliver new values to the screen.
Will also trigger the reading of the temperature and humidity
values.
"""
self.ppm10_label.text("PPM 10: "+str(ppm10_value))
self.ppm25_label.text("PPM 2.5: "+str(ppm25_value))
temp = Sensors.get_hdc_temperature()
temp_string = "Temp: {0:2.1f}".format(temp)
self.temp_label.text(temp_string)
humid = Sensors.get_hdc_humidity()
humid_string = "Humidity: {0:2.1f}".format(humid)
self.humid_label.text(humid_string)
# Calculate some colours
self.neopix.display((self.get_reading_color(ppm25_value, self.p25_decode),self.get_reading_color(ppm10_value, self.p10_decode)))
def error(self, error_message):
""" Called by the sensor to deliver an error message.
Args:
error_message: error message string
"""
self.error_count = self.error_count + 1
self.error_label.text( "Errors: " +str(self.error_count))
self.message_label.text(str(error_message))
b = Buttons.is_pressed(Buttons.BTN_B)
if not a and not b:
ugfx.poll()
continue
if b:
duration = duration + 5
if duration > 60:
duration = 5
ugfx.clear()
instructions(duration)
continue
ugfx.clear()
np.display([0, 0])
np.display([0x000099, 0x000099])
devs = sim800.btscan(duration * 1000)
np.display([0x00, 0x00])
if len(devs) == 0:
ugfx.Label(0, 0, 240, 25, "No devices found")
np.display([0x110000, 0x110000])
sleep(1)
np.display([0, 0])
else:
if type(devs[0]) == int:
devs = [devs]
y = 0
for dev in devs[:20]:
import os, tilda
from machine import Neopix
n=Neopix()
n.display([0,0,0])
n.display([0,0,0])
print("EMF: boot.py")
os.sync()
root = os.listdir()
def app(a):
if (a in root) and ("main.py" in os.listdir(a)):
return a + "/main.py"
def file(file, remove):
try:
a = None
with open(file, 'r') as f:
a = f.read().strip()
if remove:
os.remove(file)
return app(a)
except Exception as e:
print("Not found: %s" % file)
def any_home():
h = [a for a in root if a.startswith("home")]
return h[0] if len(h) else False
if "no_boot" in root:
ugfx.width(),
status_height,
"",
justification=ugfx.Label.CENTER)
from tilda import Sensors
from machine import Neopix
n = Neopix()
# update loop
while True:
text = ""
value_wifi_strength = wifi_strength()
value_battery = battery()
lux = Sensors.get_lux()
if lux < 1000:
n.display([0xffffff, 0xffffff])
elif lux < 2000:
n.display([0xff00ff, 0xff00ff])
elif lux < 3000:
n.display([0x0000ff, 0x0000ff])
elif lux < 4000:
n.display([0x00ffff, 0x00ffff])
elif lux < 5000:
n.display([0x00ff00, 0x00ff00])
elif lux < 6000:
n.display([0xffff00, 0xffff00])
elif lux < 7000:
n.display([0xffa500, 0xffa500])
elif lux < 8000:
n.display([0xff0000, 0xff0000])
else:
from tilda import Buttons
n = Neopix()
mapping = {0: 0x000001, 1: 0x000100, 2: 0x010000}
exit = False
def breakout(x):
global exit
exit = True
Buttons.enable_interrupt(Buttons.BTN_Menu,
breakout,
on_press=True,
on_release=False)
while True:
store = [0, 0]
incs = [random.randint(0, 2) for _ in range(2)]
for i in range(0xff):
store[0] += mapping[incs[0]]
store[1] += mapping[incs[1]]
n.display(store)
if exit:
break
restart_to_default()
playMusic(9500)
blankScreen()
#############
#############
#############
boot()
enableLights = False
enableScroll = True
while True:
# Toggle lights
if buttons.is_triggered(Buttons.BTN_B):
enableLights = not enableLights
neopix.display([0, 0]) # Lights off
# Play music
elif buttons.is_triggered(Buttons.BTN_A):
neopix.display([0, 0]) # Lights off
drawTutorial()
drawLogo()
playMusic()
# Toggle scroll
elif buttons.is_triggered(Buttons.JOY_Center):
enableScroll = not enableScroll
if not enableScroll:
blankScreen()
drawLogo()
Buttons.enable_interrupt(Buttons.BTN_8,
cbButton8,
on_press=True,
on_release=False)
Buttons.enable_interrupt(Buttons.BTN_9,
cbButton9,
on_press=True,
on_release=False)
vip = True
aaa = False
while True:
if vip_inv:
vip_inv = False
else:
vip_inv = True
if vip:
show_vip(vip_inv)
if strobe:
if aaa:
n.display([0xFFA500, 0xFFA500])
aaa = False
else:
n.display([0x000000, 0x000000])
aaa = True
else:
time.sleep(0.1)
changed = True
elif Buttons.is_pressed(Buttons.JOY_Left) and (i > 0):
i -= 1
changed = True
if Buttons.is_pressed(Buttons.JOY_Down) and (j < (maxHeight - 1)):
j += 1
changed = True
elif Buttons.is_pressed(Buttons.JOY_Up) and (j > 0):
j -= 1
changed = True
if changed:
(r, g, b) = getColour(i / ugfx.width(), j / ugfx.height())
colour = (int(255 * r) << 16) + (int(255 * g) << 8) + int(255 * b)
n.display([colour, colour])
for xx in range((oldI - 1) if (oldI > 0) else 0,
1 + ((oldI + 1) if (oldI < (ugfx.width() - 2)) else
(ugfx.width() - 1))):
intensity = xx / ugfx.width()
for yy in range((oldJ - 1) if (oldJ > 0) else 0,
1 + ((oldJ + 1) if (oldJ < (maxHeight - 2)) else
(maxHeight - 1))):
(rr, gg, bb) = getColour(intensity, yy / ugfx.height())
colour = (int(31 * rr) << 11) + (int(63 * gg) << 5) + int(
31 * bb)
ugfx.area(xx, yy, 1, 1, colour)
ugfx.area((i - 1) if i > 0 else 0, (j - 1) if j > 0 else 0, 3 if
(i > 0 and i < (ugfx.width() - 1)) else 2, 3 if
def setup_audio():
with open('robotnik/robotnik.amr', 'rb') as wavefile:
print("Writing audio")
print(sim800.fsrm('C:\\ROBOTNIK.AMR'))
print(
sim800.fswrite('C:\\ROBOTNIK.AMR', wavefile.read(), truncate=True))
print("Saved audio")
ugfx.orientation(90)
ugfx.display_image(0, 0, "robotnik/start.png")
setup_audio()
while 1:
if playback_start + 15000 < utime.ticks_ms() and sim800.command(
'AT+CMEDPLAY?')[1][-1] == '0':
leds.display([0, 0])
if playback_start + 300000 < utime.ticks_ms():
playback_start = utime.ticks_ms()
last_update = playback_start + 1200
print(sim800.command('AT+CMEDPLAY=1,C:\\REC\\2.AMR,0,100'))
CURRENT = (YELLOW, RED)
ugfx.orientation(90)
try:
ugfx.clear(db)
col_i = 0
cols = [ugfx.RED, ugfx.GREEN]
for x in range(9):
for y in range(11):
col_i += 1
if col_i % 2:
ugfx.area(x * 30, y * 30, 30, 30, lb)