elif (board_squares[0][1].text == board_squares[1][1].text ==
board_squares[2][1].text) and board_squares[2][1].text in ["X", "O"]:
winner = board_squares[0][1]
elif (board_squares[0][2].text == board_squares[1][2].text ==
board_squares[2][2].text) and board_squares[2][2].text in ["X", "O"]:
winner = board_squares[0][2]
# Diagonals
elif (board_squares[0][0].text == board_squares[1][1].text ==
board_squares[2][2].text) and board_squares[2][2].text in ["X", "O"]:
winner = board_squares[0][0]
elif (board_squares[2][0].text == board_squares[1][1].text ==
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!"
# Variables -------------
turn = "X"
# App -------------------
app = App("Tic tac toe")
board = Box(app, layout="grid")
board_squares = clear_board()
message = Text(app, text="It is your turn, " + turn)
app.display()
# data_boxes[2][j].bg = colorOrange
# else:
# data_boxes[2][j].bg = colorDefault
tkr.value = 'System: ' + str(datetime.datetime.now())
app = App(title="Aquarium GUI", width=800, height=400, layout="grid")
# Build the data display grid
data_boxes = []
for r_idx, row in enumerate(data_types):
cols = []
for c_idx, col in enumerate(row):
bx = Box(app, grid=[c_idx, r_idx])
txt_label = Text(bx, text=col)
txt_label.size = label_size
pb = PushButton(bx, text='')
pb.text_size = data_size
pb.height = 2
pb.width = 8
pb.bg = (225, 225, 225)
# if col == 'Laser On':
# pb.update_command(toggle_laser)
# if col == 'Recording':
# pb.update_command(toggle_recording)
cols.append(pb)
data_boxes.append(cols)
logo = Picture(app,
image="/home/pi/aquariumController/logoSmall.gif",
sleep(1)
if t > tmax:
sense.set_pixels(hot)
sleep(2)
if t < tmin:
sense.set_pixels(cold)
sleep(2)
if h < hmin:
sense.set_pixels(dry)
sleep(2)
if h > hmax:
sense.set_pixels(wet)
sleep(2)
''' ------------------------------------------------------------------------------------------------------------------------------------------- '''
app = App(title="Perfect CROPS")
update_text = PushButton(app, command=start, text="START")
perfect_crops = Picture(app, image="PC.gif")
welcome_message = Text(app,
text="Press START",
size=40,
font="Times New Roman",
color="green")
app.display()
thread = threading.Thread(target=client.loop_forever)
thread.setDaemon(True)
thread.start()
# Set up camera (with resolution of the touchscreen)
camera = PiCamera()
camera.rotation = 180
camera.resolution = (800, 480)
camera.hflip = True
# Start camera preview
camera.start_preview(alpha=128)
# Set up filename
output = ""
latest_photo = './latest.gif'
app = App("The All Seeing Pi", 800, 480)
#app.attributes("-fullscreen", True)
message = Text(app, "I spotted you!")
your_pic = Picture(app, latest_photo)
new_pic = PushButton(app, new_picture, text="New picture")
tweet_pic = PushButton(app, send_tweet, text="Tweet picture")
take_pic = PushButton(app, take_picture, text="Take picture")
next_over = PushButton(app, next_overlay, text="Next overlay")
#lights_on = PushButton(app, switch_lights(light_on), text="Lights on/off")
app.display()
print(dir(camera))
"""
question pop-up demo
"""
from guizero import App, PushButton, Text
def ask():
quest = app.question("Hello", "What's your name?")
if quest is not None:
hello.value = "Sorry I don't care Mr." + quest
hello.size = 40
hello.text_size = 30
app = App(title='Answer My Question', bg='green', width=1000, height=600)
btn = button = PushButton(app, command=ask, text="Hello")
btn.text_color = "yellow"
btn.text_size = 15
btn.height = 10
btn.width = 10
hello = Text(app, color='yellow')
app.display()
button_measure.enabled = False
app = App(title="Land Survey", width=350, height=400)
#app.tk.attributes("-fullscreen", True)
menubar = MenuBar(app,
toplevel=["File", "Help"],
options=[
[ ["New", createProject], ["Open", openProject], ["Exit", closeApp] ],
[ ["About", about] ]
])
# Set up instrument height
instrument_setup_box = Box(app, width="fill", align="top")
text_instrument_height = Text(instrument_setup_box, text="Instrument Height:", align="left")
input_instrument_height = TextBox(instrument_setup_box, text="{:.3f}".format(instrument_height), align="left")
text_height_unit = Text(instrument_setup_box, text="m", align="left")
button = PushButton(instrument_setup_box, text="Set", padx=20, command=setInstrumentHeight, align="right")
# Measure
buttons_box = Box(app, width="fill", align="bottom")
button_connect = PushButton(buttons_box, text="Connect", command=connectDevice, align="left")
button_measure = PushButton(buttons_box, text="Measure", command=savePoint, align="right")
# Location
location_box = Box(app, width="fill", align="top")
location_inner_box = Box(location_box, layout="grid", align="left")
## 3D Position
from guizero import App, Text, PushButton
from gpiozero import TrafficLights
lights = TrafficLights(22, 27, 17)
app = App()
PushButton(app, command=lights.red.on, text="on")
app.display()
app = App("Traffic Lights controller", layout="grid")
Text(app, "Red", grid=[0, 0])
PushButton(app, command=lights.red.on, text="on", grid=[1, 0])
PushButton(app, command=lights.red.off, text="off", grid=[2, 0])
# Try adding all three Lights
def test_text():
a = App()
t = Text(a)
text_test(t)
a.destroy()
def test_color():
a = App()
t = Text(a)
color_test(t)
a.destroy()
def test_enable():
a = App()
t = Text(a)
enable_test(t)
a.destroy()
def test_display():
a = App()
t = Text(a)
display_test(t)
a.destroy()
import os, sys
import networkzero as nw0
from guizero import App, Box, Text, TextBox
app = App(width=400)
box = Box(app)
chatter = Text(box, align="top")
speaking = TextBox(box, align="bottom", width=400)
chatter.append("Hello\n")
chatter.append("World\n")
chatter.color("blue")
chatter.append("!")
app.display()
from guizero import App, TextBox, Text, Slider, PushButton, Picture, Combo, CheckBox, ButtonGroup, Box
app = App(title="different sizes", width=700, height=700)
text = Text(app, "lets change some sizes", width=20, height=2)
text_box = TextBox(app, "some text", width=50)
slider = Slider(app, width=300, height=30)
button = PushButton(app, width=20, height=2)
pic = Picture(app, image="guizero.gif", width=400, height=50)
combo = Combo(app, ["martin", "laura", "rik"], width=50, height=2)
check = CheckBox(app, "tick me", width=17, height=2)
button_group = ButtonGroup(app, ["cheese", "onion", "crisps"],
1,
width=35,
height=9)
button_group.bg = "darkgrey"
box = Box(app, width=100, height=100)
box.border = True
box.bg = "red"
app.display()
numCats = len(catStarts)
numExerInCatComplete = [0] * numCats
plotStats()
repetitions = 3
numExercises = 10
minExerPerCat = int(numExercises / numCats)
frequency = 2500 # Set Frequency To 2500 Hertz
duration = 50 # Set Duration To 1000 ms == 1 second
app = App(title="Tapata", width=2000, height=400)
text = Text(app, text="", size=200, align="bottom")
counter = Text(app, text="0 , 0", size=24, align="top")
def close_app():
app.destroy()
closeButton = PushButton(app,
text="End Workout",
align="right",
command=close_app)
def tabataTimer(exer, reps, work):
t = 0
def test_repeat_schedule():
a = App()
t = Text(a)
schedule_repeat_test(a, t)
a.destroy()
def test_size():
a = App()
t = Text(a)
size_text_test(t)
size_fill_test(t)
a.destroy()
def test_destroy():
a = App()
t = Text(a)
destroy_test(t)
a.destroy()
def test_events():
a = App()
t = Text(a)
events_test(t)
a.destroy()
'''Demonstrates how guizero works.'''
#import the wedgets we need from quizero
from guizero import App, Text
#create the main window
App = App(layout="grid",
title="Omris guizero window",
bg=(200, 200, 200),
width=(700))
#creating a text label
# the first paramiter is the location of the widget
Header = Text(App,
grid=[0, 5],
text="Sub g, heres my program!",
font="calibri",
size=40)
Header.text_color = (50, 0, 200)
#starts the program by displaying the module
App.display()
def test_cascaded_properties():
a = App()
t = Text(a)
cascaded_properties_test(a, t, True)
a.destroy()
#function gives feedback after booking your seat
def do_booking():
info(
"Booking", "Thank you for booking \n" + "Movie: " + film_choice.value +
"\nSeat type: " + seat_type.value + "\nSeat location: " +
row_choice.value)
#adds a text widget
app = App(title="My Second GUI app", width=300, height=200, layout="grid")
#adds a text widget
film_description = Text(app,
text="Select movie to watch",
grid=[0, 0],
align="left")
#adds a combo widget
film_choice = Combo(app,
options=["Star Wars", "Frozen", "Lion King"],
grid=[1, 0],
align="left")
#adds a text widget
seat_type_label = Text(app, text="Seat type", grid=[0, 1], align="left")
#adds radio button widget
seat_type = ButtonGroup(app,
options=[["VIP seat", "vip"],
["Regular seat", "regular"]],
selected="regular",
horizontal="True",
grid=[1, 1],
def test_inherited_properties():
a = App()
inherited_properties_test(a, lambda: Text(a), True)
a.destroy()
#delete from both the student_list and the student_list lists
del (student_names[i])
del (student_list[i])
# create the application interface
from guizero import App, Text, ListBox, PushButton, TextBox, Box, Combo, yesno, error
app = App(title="Student management system", layout="grid")
# Set up the Box areas for our layout
add_box = Box(app, grid=[0, 0], layout="grid")
search_box = Box(app, grid=[1, 0])
delete_box = Box(app, grid=[2, 0])
# This section has the GUI widgets in the add_box area
heading = Text(add_box, text="Add new student", grid=[0, 0])
name_lbl = Text(add_box, text="Name", grid=[0, 1])
name_text = TextBox(add_box, grid=[1, 1])
age_lbl = Text(add_box, text="Age", grid=[0, 2])
age_text = TextBox(add_box, grid=[1, 2])
phone_lbl = Text(add_box, text="Phone", grid=[0, 3])
phone_text = TextBox(add_box, grid=[1, 3])
gender_lbl = Text(add_box, text="Gender", grid=[0, 4])
gender_combo = Combo(add_box, options=["Male", "Female", "Other"], grid=[1, 4])
class_lbl = Text(add_box, text="Classes", grid=[0, 5], align="top")
class_listbox = ListBox(
add_box, ["GRA", "BIO", "PHY", "MAT", "DTC", "ART", "ENG", "XYZ"],
grid=[1, 5],
multiselect=True)
add_button = PushButton(add_box,
text="Add student",
def test_clear():
a = App()
t = Text(a, text="foo")
t.clear()
assert t.value == ""
a.destroy()
from guizero import App, Text, TitleBox app = App() titlebox = TitleBox(app, "Title of the box") # change properties # titlebox.text_size = 15 # titlebox.font = "courier new" # titlebox.text_color = "red" message = Text(titlebox, "Text inside a TitleBox") app.display()
def test_append():
a = App()
t = Text(a, text="foo")
t.append("bar")
assert t.value == "foobar"
a.destroy()
clock, o_seconds, ampm, day, month, year, day_num, day_string = time_parse(
time_page)
# print(clock,o_seconds,ampm,day,month,year,day_num,postfix)
weather_print(temp_F, description)
local_seconds = time.time()
local_time = time.ctime(local_seconds)
local_time_parsed = local_time.split(' ')
local_clock = local_time_parsed[3].split(':')
local_seconds = local_clock[2]
local_seconds = int(local_seconds)
print(day, "the", day_string, "of", month)
time_page = time_zone_time(time_zone)
clock, o_seconds, ampm, day, month, year, day_num, postfix = time_parse(
time_page)
app = App(title="Smart Clock",
bg="black",
layout="auto",
width=750,
height=750)
time_text = Text(app,
text=time_print(day, day_num, postfix, month, clock, ampm),
size=40,
font="Times New Roman",
color="#FA8072")
time_text.repeat(10000, time_print(day, day_num, postfix, month, clock, ampm))
app.display()
def test_after_schedule():
a = App()
t = Text(a)
schedule_after_test(a, t)
a.destroy()
def displayTank(deviceData, data):
#tank depth is stored in val1, i.e. deviceData[2]
percentage = (int(data) / int(deviceData[2])) * 100
tankMinusPercentage = 100 - percentage
d.rectangle(300, 200, 200, percentage * 2, color="green", outline=True)
d.rectangle(300, percentage * 2, 200, 0, color="white", outline=True)
d.text(100,
110,
"Tank " + deviceData[0] + " " + str(tankMinusPercentage) + "%",
color="black",
size="15",
max_width=100)
def displayIrri(deviceData, data):
#bay in which the sensor is found stored in val1
if data == "0000":
writing.value = "bay " + str(deviceData[2]) + " has not detected water"
elif data == "1111":
writing.value = "bay " + str(deviceData[2]) + " has detected water"
else:
writing.value = "Unsure how to display data: " + data
app = App(title="Hello world")
uInput = TextBox(app)
updateText = PushButton(app, command=updateValues, text="update")
writing = Text(app, text="", color="black", size="20")
d = Drawing(app, width=1000, height=1000)
app.display()
robot.stop()
robot = CamJamKitRobot()
def Stop():
robot.stop()
app = App()
slider = Slider(app, command=slider_changed)
textbox = TextBox(app)
instructions = Text(app, text="Choose a forward speed")
combo = Combo(app,
options=[0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1],
command=you_chose_forward)
combo.width = 60
combo.height = 5
result = Text(app)
instructions = Text(app, text="Choose a backward speed")
combo = Combo(app,
options=[0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1],
command=you_chose_backward)
combo.width = 60
combo.height = 5
result = Text(app)