def new_lot():
print("new lot")
STATE["LOTNAME"] = app.question("New Lot Number",
"What is the lot number?")
lotname = STATE["LOTNAME"]
if lotname is not None and len(lotname) > 0:
try:
print(lotname)
GPIO.remove_event_detect(40)
pictures_path = Path(settings['pictures_directory']) / lotname
# lot already exists check
pictures_path.mkdir(parents=True, exist_ok=False)
# init cameras
logging.debug("Starting Camera Preview")
camera.camera.start_preview()
sleep(2)
# capture_image(lotname ,camera)
# starting conveyor
turn_on_plug()
# set up beam
GPIO.add_event_detect(settings['beam_pin'],
GPIO.BOTH,
callback=beam_break_cb)
# update UI
destroy_kids([title_box, options_box])
destroy_kids([options_box])
title_text = Text(title_box,
text=f"Lot: {lotname}",
size=20,
font="Arial")
take_picture_button = PushButton(options_box,
text="Take Picture",
align="left",
width="fill",
height="fill",
pady=20)
take_picture_button.text_size = 20
take_picture_button.when_clicked = take_picture_handler
except:
print(traceback.format_exc())
else:
app.error("No lotname", "You must enter a lot name")
def draw_init(day_window, on_off_hour_list):
i = 1
count2 = 0
hours = range(0, 24)
for count in hours:
if count < 10:
button_text = "0" + str(count)
button_text2 = "0" + str(count + 1)
else:
button_text = str(count)
button_text2 = str(count + 1)
text = Text(day_window,
text=button_text + ":00",
size=5,
grid=[count2, i],
align="right")
button = PushButton(day_window,
text="OFF",
grid=[count2 + 1, i],
align="left")
button.when_clicked = partial(set_hour_on_off, count, button)
if on_off_hour_list[count] == "OFF":
button.bg = "blue"
button.text = "OFF"
else:
button.bg = "red"
button.text = "ON"
button.text_size = 5
text = Text(day_window,
text=button_text2 + ":00",
size=5,
grid=[count2 + 2, i],
align="left")
count2 = count2 + 3
if count2 % 9 == 0:
if i != 0:
i = i + 1
count2 = 0
def open_lot():
pictures_dir = settings["pictures_directory"]
file_path = filedialog.askdirectory(initialdir=pictures_dir,
title="Select Lot")
print(Path(file_path).stem)
STATE["LOTNAME"] = Path(file_path).stem
lotname = STATE["LOTNAME"]
if lotname is not None and len(lotname) > 0:
print(len(lotname))
# fix when nothing is selevted you get a blank folder error
GPIO.remove_event_detect(40)
# init camera
camera.camera.start_preview(
fullscreen=False,
window=(settings['gui_preview_x'], settings['gui_preview_y'],
settings['picture_width'], settings['picture_height']))
sleep(2) # sleep to let camera's sensors adjust
# update UI
destroy_kids([title_box, options_box])
destroy_kids([options_box])
title_text = Text(title_box,
text=f"Lot: {lotname}",
size=20,
font="Arial")
take_picture_button = PushButton(options_box,
text="Take Picture",
align="left",
width="fill",
height="fill",
pady=20)
take_picture_button.text_size = 20
take_picture_button.when_clicked = take_picture_handler
GPIO.add_event_detect(settings['beam_pin'],
GPIO.BOTH,
callback=beam_break_cb)
btn_list.append(btn)
title_box = Box(app, width="fill", align="top", border=True)
text_box = TextBox(title_box,
text="Copy paste text here and hit ANALYZE",
width="100",
height="5",
multiline='True')
text_box.font = "Corbel"
text_box.text_size = resolution[rt]['select_box']
preprocess_checkbox = CheckBox(app, text="Analyze Raw Data", command=analyze)
analyzebutton = PushButton(title_box, text="Analyze")
analyzebutton.when_clicked = analyze
button_box_r1 = Box(app, align="top", border=True)
button_box_r2 = Box(app, align="top", border=True)
button_box_r3 = Box(app, align="top", border=True)
button_box_r4 = Box(app, align="top", border=True)
button_box_r5 = Box(app, align="top", border=True)
button_box_r6 = Box(app, align="top", border=True)
button_box_r7 = Box(app, align="top", border=True)
button_box_r8 = Box(app, align="top", border=True)
form_box = Box(app, width="fill", border=True)
form_box.text_size = resolution[rt]['form_box']
select_box = Box(app, width="fill", border=True)
select_box.text_size = resolution[rt]['select_box']
text="LAMP 1",
color=(52, 52, 52),
width=100,
height=80)
lamp2_text = Text(lamp2,
text="LAMP 2",
color=(52, 52, 52),
width=100,
height=80)
lamp3_text = Text(lamp3,
text="LAMP 3",
color=(52, 52, 52),
width=100,
height=80)
lamp1_button = PushButton(button1, width=100, height=20, text="OK 1")
lamp2_button = PushButton(button2, width=100, height=20, text="OK 2")
lamp3_button = PushButton(button3, width=100, height=20, text="OK 3")
light1_on = False
light2_on = False
light3_on = False
lamp1_button.when_clicked = button1_clicked
lamp2_button.when_clicked = button2_clicked
lamp3_button.when_clicked = button3_clicked
color_the_lamps()
window.display()
#Save Images
save_img_check = CheckBox(app, text="Keep images?", grid=[1, 1], align="left")
Text(app, "Specify save directory:", size=10, color="#000000")
save_img_dir = TextBox(app, width=20, text="/home/pi/Desktop/4-19/")
#Sampling
sample_freq_text = Text(app, text="Specify sample frequency:", size=10, color="#000000")
sample_frequency = ButtonGroup(app, options=[["1min", "60"],["30min", "1800"], ["1hr", "3600"], ["2hr", "7200"], ["6hr", "21600"], ["12hr", "43200"]],
selected="1", horizontal=True, grid=[1, 2], align="left")
#Sample Volume
sample_volume_box = Text(app, text="Specify sample volume (uL):", size=10, color="#000000")
sample_volume = TextBox(app, width=3, text="1")
#Save Button
save_button = PushButton(app, text="Save Settings?")
save_button.bg = "#ff4b4b"
save_button.when_clicked = save_inputs
input_log_name.when_clicked = reset
save_img_check.when_clicked = reset
save_img_dir.when_clicked = reset
sample_frequency.when_clicked = reset
sample_volume_box.when_clicked = reset
#Calibrate Button
cal_button = PushButton(app, text="Calibrate MicrobeScope")
cal_button.when_clicked = calibrate
#Run Button
run_button = PushButton(app, text="Run MicrobeScope")
run_button.when_clicked = run
#Stop Button
app.tk.update()
#if(SoR == "Send"):
#publish to mqtt
# mqtt_publish.single(button_number, text, hostname=mqtt_server_id)
###############################################################################
###############################################################################
############################### Button Functions ##############################
###############################################################################
###############################################################################
# Main Page Buttons
button1.when_clicked = button_1_clicked
button2.when_clicked = button_2_clicked
button3.when_clicked = button_3_clicked
button4.when_clicked = button_4_clicked
button5.when_clicked = button_5_clicked
button6.when_clicked = button_6_clicked
###############################################################################
###############################################################################
############################### Show the Application ##########################
###############################################################################
###############################################################################
app.set_full_screen()
app.tk.update()
app = App(title="TV GUI", width=1920,
height=1050) # not full HD dimensions to give space to the taskbar
# Contains the buttons for the different channels
channel_box = Box(app, width="fill", layout="grid", align="top", border=False)
channel_box.bg = "#ecf0f1"
# Defining the channel buttons
button1 = PushButton(channel_box,
command=load_channel_asianet,
text="Asianet News",
grid=[0, 0],
width=27,
height=5)
button1.text_size = 19
button1.when_clicked = highlight1
button1.when_mouse_leaves = lowlight1
button2 = PushButton(channel_box,
command=load_channel_manorama,
text="Manorama News",
grid=[1, 0],
width=27,
height=5)
button2.text_size = 19
button2.when_clicked = highlight1
button2.when_mouse_leaves = lowlight1
button3 = PushButton(channel_box,
command=load_channel_24news,
text="24 News",
grid=[2, 0],
width=27,
button2.text = "off"
def toggle_LED3():
LED3.toggle()
time.sleep(1)
if button3.text == "off":
button3.text = "on"
elif button3.text == "on":
button3.text = "off"
app = App() #app initialiseren
button1 = PushButton(app, text="off", align="left") #knoppen aanmaken
button2 = PushButton(app, text="off", align="left")
button3 = PushButton(app, text="off", align="left")
button1.when_clicked = toggle_LED1 #knoppen functionaliteit geven
button2.when_clicked = toggle_LED2
button3.when_clicked = toggle_LED3
app.display() #app laten zien
if __name__ == '__main__': # code to execute if called from command-line
PROCESS_ONE = multiprocessing.Process(target=toggle_Led1)
PROCESS_TWO = multiprocessing.Process(target=toggle_Led2)
PROCESS_THREE = multiprocessing.Process(target=toggle_Led3)
PROCESS_ONE.start()
PROCESS_TWO.start()
PROCESS_THREE.start()
height=5,
grid=[0, 4])
button6 = PushButton(windowBox,
text=button6Text,
width=20,
height=5,
grid=[1, 4])
button1.text_size = 20
button2.text_size = 20
button3.text_size = 20
button4.text_size = 20
button5.text_size = 20
button6.text_size = 20
button1.when_clicked = punjac1
button2.when_clicked = punjac2
button3.when_clicked = punjac3
button4.when_clicked = punjac4
button5.when_clicked = punjac5
button6.when_clicked = punjac6
activationButton = PushButton(box,
text=reklamniText,
width=50,
height=20,
grid=[0, 0, 3, 1])
activationButton.bg = "white"
activationButton.text_size = 30
activationButton.repeat(1000, print1) # update reklame
activationButton.when_clicked = setupScreen
txt = Text(settings_box, text=f"{key}", grid=[0, i], align="left", size=16)
txtBox = TextBox(settings_box,
text=f"{value}",
grid=[1, i],
align="left",
width=30)
txtBox.text_size = 16
i = i + 1
save_btn = PushButton(settings_window,
text="Save",
align="left",
width="fill",
height="fill",
pady=20)
save_btn.when_clicked = save_btn_handler
save_btn.text_size = 20
cancel_btn = PushButton(settings_window,
text="Cancel",
align="left",
width="fill",
height="fill",
pady=20)
cancel_btn.when_clicked = cancel_btn_handler
cancel_btn.text_size = 20
view_pictures_window = Window(app, title="Pictures")
view_pictures_window.hide()
# init the menu bar
menubar = MenuBar(app,
