from guizero import App, Text
def spi_init(bus, device, mode, speed_hz):
spi = spidev.SpiDev()
spi.open(bus, device)
spi.mode = mode
spi.max_speed_hz = speed_hz
#spi.no_cs = False
#spi.cshigh = False
return spi
app = App(title="Yo",
width=200,
height=160,
layout="grid",
visible=False,
bg="black")
test_text = Text(app, text="Strobe", grid=[0, 0], align="left")
#app.set_full_screen('')
app.full_screen = True
app.show()
app.update()
spi = spi_init(0, 0, 2, 125000)
strobe_cam = PiStrobeCam(spi)
#strobe_cam.camera.resolution = ( 640, 400 )
#strobe_cam.camera.resolution = ( 320, 200 )
#strobe_cam.camera.sensor_mode = 4
print('Resolution: {}'.format(strobe_cam.camera.resolution))
strobe_cam.set_timing(10000, 10000000, 24000000)
f.write(editor.value)
save_button.disable()
def enable_save():
save_button.enable()
# A new function that closes the app
def exit_app():
app.destroy()
# This is where any additional functions needed to run your script go
app = App(title="textzero")
# The new MenuBar
menubar = MenuBar(app,
toplevel=["File", "Find"],
options=[[["open", open_file], ["save", save_file],
["exit", exit_app]], [["Find", open_file]]])
file_controls = Box(app, align="top", width="fill", border=True)
file_name = TextBox(file_controls,
text="text_file.txt",
width=50,
align="left")
save_button = PushButton(file_controls,
text="Save",
# Imports ---------------
from guizero import App, Text
# Functions -------------
def flash_text():
if title.visible:
title.hide()
else:
title.show()
# App -------------------
app = App("its all gone wrong", bg="dark green")
title = Text(app,
text="Hard to read",
size="14",
font="Comic Sans",
color="green")
app.repeat(1000, flash_text)
app.display()
"Longitude","Organization","Query"]
# list of criteria options for just RDAP data
rdapCriteriaList = ["ASN","ASN Routing Block","ASN Country Code","ASN Date",
"ASN Registry","ASN Description","Start Address","End Address",
"Handle","Parent Handle","IP Version","Name"]
fileToSearch = 'list_of_ips.txt'
ip_addresses = findIPAddresses(fileToSearch) #list of IP addresses found in text file
initialize() # initializes data for the IPs
#---------------------------------------------------------------------------#
##code to run guizero gui
# basic initializations and instructions
app = App(title="Filter Tool")
instructionText = Text(app, text = "Instructions: Select a criteria to filter by, then \nenter a value that you want the IP addresses\n to be filtered by. Or put in a list index in the first field \nprovided below and press one of the 'show' buttons to display data", size = 10)
# initializing GeoIP and RDAP lookup data windows and buttons to open them
ipIndexTextBox = TextBox(app)
geoDataButton = PushButton(app, text = "Show GeoIP Data", command = handleGeoButton)
geoWindow = Window(app, title = "GeoIP Lookup Data")
geoWindow.hide()
geoWText = Text(geoWindow, text = "", size = 10)
rdapDataButton = PushButton(app, text = "Show RDAP Data", command = handleRDAPButton)
rdapWindow = Window(app, title = "RDAP Lookup Data")
rdapWindow.hide()
rdapWText = Text(rdapWindow, text = "", size = 10)
# initializing filter tool buttons and text fields
criteriaText = Text(app, text = "Filter by Criteria:")
criteriaOptions = Combo(app, options=criteriaList)
valueText = Text(app, text = "Filter by Value:")
}
if game in LOSSES:
outcome = 'Better luck next time!'
elif game in TIES:
outcome = "It's a tie!"
else:
outcome = 'You win!'
end_game_message = 'You picked {} and the computer picked {}. {}'.format(game['player'],
game['computer'],
outcome
)
message.value = end_game_message
button.text = 'Play again!'
app = App(title='Rock Paper Scissors')
content_box = Box(app, width='fill', align='top')
message = Text(content_box, text="Ready to play?")
button_box = Box(app, width='fill', align='bottom')
# Wire the button to our play_game function
button = PushButton(button_box, text='Play!', command=play_game)
app.display()
GPIO.setup(35, GPIO.OUT)
GPIO.output(35, GPIO.LOW)
else:
air_state = 0
air_button.image = path + 'AirSystem_off.png'
GPIO.setup(35, GPIO.OUT)
GPIO.output(35, GPIO.HIGH)
def screen_brightness():
global slider
print(slider.value)
bl.set_brightness(str(slider.value))
app = App(title="Keypad example", width=480, height=320, layout="grid")
app.bg = 'black'
rear_light_button = PushButton(app,
command=rear_light_callback,
grid=[0, 0],
align='left',
image=path + 'rear_lights_off.png')
front_light_button = PushButton(app,
command=front_light_callback,
grid=[1, 0],
align='left',
image=path + 'front_lights_off.png')
water_pump_button = PushButton(app,
command=water_pump_callback,
grid=[2, 0],
align='left',
message.value = "It's a draw"
resetbutton = PushButton(board, text="reset", command=clear_board)
resetbutton.hide()
if winner is not None:
resetbutton.show()
def moves_taken():
moves = 0
for row in board_squares:
for col in row:
if col.text == "X" or col.text == "O":
moves = moves + 1
return moves
#def reset():
# resetbutton = PushButton(board,text="reset",command=clear_board)
# resetbutton.hide()
# if
# Variables -------------
turn = "X"
# App -------------------
app = App("Tic tac toe")
board = Box(app, layout="grid")
board_squares = clear_board()
message = Text(app, text="It's your turn" + turn)
app.display()
def test_enable():
a = App()
c = Combo(a, ["foo", "bar"])
enable_test(c)
a.destroy()
def test_display():
a = App()
c = Combo(a, ["foo", "bar"])
display_test(c)
a.destroy()
def test_after_schedule():
a = App()
c = Combo(a, ["foo", "bar"])
schedule_after_test(a, c)
a.destroy()
def test_repeat_schedule():
a = App()
c = Combo(a, ["foo", "bar"])
schedule_repeat_test(a, c)
a.destroy()
from guizero import App, TextBox, Text, PushButton, info, \
ButtonGroup, Combo
# Functions go here
def btn_make_name():
generated = "You are a {} {} {}".format(txt_name.value, txt_color.value,
txt_animal.value)
lbl_generated_name.value = generated
# main routine goes here
app = App(title="Name Generator")
lbl_name = Text(app, text="Choose an adjective", size=14)
txt_name = ButtonGroup(app, options=["Great", "Amazing", "Marvelous"])
lbl_color = Text(app, text="Enter a colour", size=14)
txt_color = TextBox(app)
lbl_animal = Text(app, text="Pick an Animal", size=14)
txt_animal = Combo(app, options=["Sheep", "Goat", "Gold Fish"])
btn_generate = PushButton(app, command=btn_make_name, text="Generate")
lbl_generated_name = Text(app, text="")
app.display()
# import libraries
from guizero import App, PushButton, Slider, Text, Window
from gpiozero import Robot, CamJamKitRobot, AngularServo
from gpiozero.pins.pigpio import PiGPIOFactory
#Define the app and window for the servo sliders
app = App("Dual Robot Control", layout='grid')
servo_window = Window(app, "Servo Movement")
servo_window.bg = (51, 165, 255)
app.bg = (51, 246, 255)
#Define the factories
# insert IP addresses of both robots here
factory = PiGPIOFactory(host='')
# Define both robots
linus = Robot(left=(13, 21), right=(17, 27), pin_factory=factory)
torvalds = CamJamKitRobot()
# Define the servos
servo = AngularServo(22, min_angle=-90, max_angle=90, pin_factory=factory)
servo_two = AngularServo(23, min_angle=-90, max_angle=90, pin_factory=factory)
# Define the functions
def direction_one():
linus.forward()
def direction_two():
linus.backward()
# column into a seperate list
def newCompliment():
newCompliment= complimentMe()
message.value = newCompliment
adjectiveOne=[]
adjectiveTwo=[]
noun=[]
#open compliments.csv in read mode
with open("compliments.csv","r") as file:
for singleLine in file:
word = singleLine.split(",")
adjectiveOne.append(word[0])
adjectiveTwo.append(word[1])
noun.append(word[2].strip())
#create gui
app = App(bg="#C0C5FF")
app.title="Compliment with Shakespear"
picture = Picture(app,image="theman.png")
picture.height = 400
picture.weidth = 350
picture.bg ="#C0C5FF"
message = Text (app,complimentMe()) # creates a Text object, adds it to the app and then calls the function to get an insult
message.font="arial bold"
message.bg="#C0C5FF"#create PushButton object
#calls new Insult function
button = PushButton(app, newCompliment, text="Compliment me again!")
app.display()
speed = int(~((127 / 100) * speed) + 1)
ser.write(b'L')
ser.write([speed])
sleep(.00001)
ser.write(b'R')
ser.write([speed])
def stop():
ser.write(b'S')
init = "0"
app = App("Display Sensor", layout="auto")
batt = Text(app, text="Battery Voltage: " + init)
tof = Text(app, text="ToF sensor: " + str(vl53.range))
ir = Text(app, text="IR sensors: " + init)
bttn = Text(app, text="Button sensors: " + init)
mtr = Text(app, text="Motor Speed: " + init)
button1 = PushButton(app, text="Forward", command=forward, args=[25])
button2 = PushButton(app, text="Stop", command=stop)
button3 = PushButton(app, text="Backward", command=backward, args=[25])
tof.repeat(100, updateTof)
ir.repeat(50, getIR)
bttn.repeat(50, getBtns)
batt.repeat(1000, getVolt)
def test_text():
a = App()
c = Combo(a, ["foo", "bar"])
text_test(c)
a.destroy()
from guizero import App, Box, Text, TextBox app = App() box_fname = Box(app, width="fill") lbl_fname = Text(box_fname, text="First name", align="left", width=10) txt_fname = TextBox(box_fname, align="left") box_sname = Box(app, width="fill") lbl_sname = Text(box_sname, text="Surname", align="left", width=10) txt_snmae = TextBox(box_sname, align="left") box_dob = Box(app, width="fill") lbl_dob = Text(box_dob, text="Date of birth", align="left", width=10) txt_dob = TextBox(box_dob, align="left") app.display()
def test_color():
a = App()
c = Combo(a, ["foo", "bar"])
color_test(c)
a.destroy()
from guizero import App, TextBox, Text, PushButton
import webbrowser
app = App(title="Kiosk")
# WIDGET CODE GOES HERE
input_msg = TextBox(app)
display_msg = Text(app,
"TEACHER'S MESSAGE",
size=16,
font="Times New Roman",
color="black")
def printMsg():
display_msg.value = input_msg.value
def openCalendarLink():
webbrowser.open("https://ee.calpoly.edu/faculty/phummel/")
def openSchedulerLink():
webbrowser.open("https://phummel.youcanbook.me/")
update_text = PushButton(app, command=printMsg, text="Input a message")
openCalendar = PushButton(app, command=openCalendarLink, text="Open Calendar")
def test_size():
a = App()
c = Combo(a, ["foo", "bar"])
size_text_test(c)
size_fill_test(c)
a.destroy()
from guizero import App, TextBox, PushButton, Picture, Box, info, Window, Text
import ast, json
from time import sleep
app = App(title="Bazaar Turflijst")
app.tk.attributes("-fullscreen",True)
turfknopArea = Box(app, layout="grid", align="left", width="fill", height="fill")
#settingknopArea = Box(app,align="left", width="fill", height="fill")
textArea = Box(app, align="left", width="fill", height="fill")
standText = TextBox(textArea, enabled=False,text="stand",
align="left",multiline=True, width = "fill", height = "fill")
standText.text_size = 23
doubleCheckWindow = Window(app,title="Zeker weten?", height=300, width=500, visible=False)
doubleCheckText = Text(doubleCheckWindow, text="Weet je zeker dat je de stand wilt resetten?", align="top")
doublecheckText2 = Text(doubleCheckWindow, text="Dit kan niet ongedaan gemaakt worden.", align="top")
voWindow = Window(app, title="73 bravo", height=300, width=500, visible=False)
voText = Text(voWindow, text="GEFELICITEERD JIJ ONTZETTENDE VOBAAS", align="top")
voText2 = Text(voWindow, text="73 pilsies gemurderd", align="top")
superVoWindow = Window(app, title="spiegeltje spiegeltje aan de wand, wie is de grootste pilsbaas van het land?", height=300, width=500, visible=False)
superVoText = Text(superVoWindow, text="LEKKER GEZOPEN OUWE!", align="top")
superVoText2 = Text(superVoWindow, text="Je hebt de bierlijst gewonnen", align="top")
superVoText3 = Text(superVoWindow, text="Check ff op wie je anytimers hebt", align="top")
huisgenoten = []
laatsteTurfjes = []
#functions
def turf(persoon):
feedback()
def test_events():
a = App()
c = Combo(a, ["foo", "bar"])
events_test(c)
a.destroy()
board_squares[0][2].text) and board_squares[0][2].text in ["X", "O"]:
winner = board_squares[0][2]
if winner is not None:
message.value = winner.text + " wins!"
elif moves_taken() == 9:
message.value = "It's a draw!"
def moves_taken():
moves = 0
for row in board_squares:
for col in row:
if col.text == "X" or col.text == "O":
moves = moves + 1
return moves
# Variables ----------------------
turn = "X"
# App ----------------------------
app = App("Tic-Tac-Toe")
board = Box(app, layout="grid")
board_squares = clear_board()
message = Text(app, text="Its your turn, " + turn)
button = PushButton(app, board_squares, text="Reset")
# Display ------------------------
app.display()
def test_cascaded_properties():
a = App()
c = Combo(a, ["foo", "bar"])
cascaded_properties_test(a, c, True)
a.destroy()
def reduce_time():
timer.value = int(timer.value) - 1
# is it game over?
if int(timer.value) < 0:
result.value = "Game over! Score = " + score.value
# hide the game
game_box.hide()
# ------------------------------
# App
# ------------------------------
app = App("emoji match")
game_box = Box(app, align="top")
top_box = Box(game_box, align="top", width="fill")
Text(top_box, align="left", text="Score ")
score = Text(top_box, text="4", align="left")
timer = Text(top_box, text="30", align="right")
Text(top_box, text="Time", align="right")
pictures_box = Box(game_box, layout="grid")
buttons_box = Box(game_box, layout="grid")
pictures = []
buttons = []
def test_inherited_properties():
a = App()
inherited_properties_test(a, lambda: Combo(a, ["foo", "bar"]), True)
a.destroy()
# forward(abs(output))
# forward(output)
# print(inputSudut, 'output : ', output)
# print("forward")
# elif inputSudut > setPoint and maju == True:
# print(inputSudut, 'output : ', output)
# print("back")
# backward(abs(output))
# backward(-output)
# else:
# equilibrium()
# print("equi")
else:
print("berhenti")
app = App(title="PID Control Setting")
text = Text(app)
text.repeat(10, mainLoop)
welcomeMessage = Text(app, text="PID Control Setting")
calibrationSlider = Slider(app,
command=changeCalibrationValue,
start=-30,
end=30)
setPointSlider = Slider(app, command=changeSetPointValue, start=-30, end=30)
PSlider = Slider(app, command=changePValue, start=-1000, end=1000)
ISlider = Slider(app, command=changeIValue, start=-3000, end=3000)
DSlider = Slider(app, command=changeDValue, start=-3000, end=3000)
button1 = PushButton(app, command=berhenti)
button2 = PushButton(app, command=mulai)
app.display()
pwm = GPIO.PWM(FEED_SERVO_CONTROL_PIN, PWM_FREQUENCY)
def FullRight():
pwm.start(FULL_SPEED_FORWARD_DC)
time.sleep(0.5)
pwm.ChangeDutyCycle(FULL_SPEED_PAUSE_DC)
def FineRight():
pwm.start(FULL_SPEED_FORWARD_DC)
time.sleep(0.1)
pwm.ChangeDutyCycle(FULL_SPEED_PAUSE_DC)
def FullLeft():
pwm.start(FULL_SPEED_BACKWARD_DC)
time.sleep(0.5)
pwm.ChangeDutyCycle(FULL_SPEED_PAUSE_DC)
def FineLeft():
pwm.start(FULL_SPEED_BACKWARD_DC)
time.sleep(0.1)
pwm.ChangeDutyCycle(FULL_SPEED_PAUSE_DC)
app = App(layout="grid", title="Focus Control", bg="black", width=150, height=625)
button1 = PushButton(app, grid=[0,0], width=150, height=150, image="/home/pi/TouchCam/icon/fullleft.png", command=FullLeft)
button2 = PushButton(app, grid=[0,1], width=150, height=150, image="/home/pi/TouchCam/icon/fineleft.png", command=FineLeft)
button3 = PushButton(app, grid=[0,2], width=150, height=150, image="/home/pi/TouchCam/icon/fineright.png", command=FineRight)
button4 = PushButton(app, grid=[0,3], width=150, height=150, image="/home/pi/TouchCam/icon/fullright.png", command=FullRight)
app.display()
from guizero import App, Text, PushButton, TextBox
import serial
port = serial.Serial("/dev/ttyS0", baudrate=9600, timeout=1)
def enciende_rojo():
cmd = "R"
port.write(cmd.encode())
rcv=port.read(20)
def enciende_azul():
cmd = "B"
port.write(cmd.encode())
rcv=port.read(20)
def enciende_verde():
cmd = "G"
port.write(cmd.encode())
rcv=port.read(20)
app = App(title="Control de LEDs RGB")
message = Text(app, text="Control de LEDs RGB!")
rojo = PushButton(app, text="Rojo",command=enciende_rojo)
rojo.bg="red"
verde = PushButton(app, text="Verde",command=enciende_verde)
verde.bg="light green"
azul= PushButton(app, text="Azul",command=enciende_azul)
azul.bg="light blue"
app.display()
def make_app() -> App:
app = App(title="Hello world")
message = Text(app, text="Welcome to the Hello world app!")
return app
