def tipo():
global funcao
funcao = escolhaenfermeiro.get()
#print(funcao)
app1.destroy()
#Interface
app1 = App(title="Escolha o tipo de Enfermeiro: ",
width=150,
height=100,
layout="grid")
escolhaenfermeiro = Combo(app1,
options=["transmissor", "recetor"],
grid=[0, 1])
descricaoenfermeiro = Text(
app1,
text="Tipos:",
grid=[0, 0],
)
confirmar = PushButton(app1,
command=tipo,
text="Confirmar",
grid=[3, 1],
align="left")
app1.display()
app = App(title="Enfermeiro Móvel", layout="grid")
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()
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",
grid=[0, 6, 2, 1],
width=20,
command=add_student)
success_lbl = Text(add_box, grid=[0, 7, 2, 1])
delete_btn = PushButton(delete_box,
text="Delete Student",
command=delete_student)
# This is section where you add any GUI widgets to the search_box area
def __init__(self, master):
self.master = master
#Creates the application window
self.space2 = Text(master, text=" ", grid=[0, 0], width="fill")
self.Shapemessage1 = Text(master,
size=18,
text="Waveform Shape:",
grid=[0, 2],
align="left",
font="Times")
self.Waveform1 = PushButton(master,
text="Normal",
grid=[1, 1],
width="10",
command=self.show_choices1)
self.Waveform2 = PushButton(master,
text="Abnormal",
grid=[1, 2],
width="10",
command=self.show_choices2)
self.Waveform3 = PushButton(master,
text="Leveled",
grid=[1, 3],
width="10",
command=self.show_choices3)
#self.Waveform1.toggle()
#self.Waveform2.toggle()
#self.Waveform3.toggle()
self.combo1 = Combo(
master,
options=["10", "11", "12", "13", "14", "15", "16", "17"],
grid=[2, 1],
command=self.modelone)
self.combo2 = Combo(master,
options=[
"17", "18", "19", "20", "21", "22", "23", "24",
"25", "26"
],
grid=[2, 2],
command=self.modeltwo)
self.combo3 = Combo(master,
options=["0"],
grid=[2, 3],
command=self.modelthree)
self.combo1.disable()
self.combo2.disable()
self.combo3.disable()
#Creates the three waveform buttons as well as the selection for ICP value
#When the waveform selected the user is then able to select an ICP value
self.space2 = Text(master, text=" ", grid=[0, 6])
#Creates space between Waveform Shape and Heart Rate
self.HRmessage = Text(master,
size=18,
text="Heart Rate:",
grid=[0, 10],
align="left",
font="Times")
#Creates the HR subtitle
self.rate = TextBox(master, grid=[1, 10])
self.HRunit = Text(master,
size=15,
text="BPM",
grid=[2, 10],
font="Times")
#Creates the HR textbox to allow for typed input
self.space3 = Text(master, text=" ", grid=[0, 11], font="Times")
#Creates space between Heart Rate and the Update Button
self.button = PushButton(master,
command=self.update_value,
width="12",
height="10",
text="Update",
grid=[0, 13, 2, 2],
align="bottom")
#Creates an Update Button that updates the inputed information and exports the user-inputs to the next part of the program
self.when_clicked = self.update_value
#self.when_mouse_enters = self.update_value
#Creates the update button, no new code will be executed until update button is pressed
self.button = PushButton(master,
command=self.calibration,
width="12",
height="4",
text="Zero",
grid=[2, 13],
align="bottom")
#Creates zero button which is used to calibrate
self.button = PushButton(master,
command=self.quit,
width="12",
height="4",
text="Quit",
grid=[2, 14],
align="bottom")
#Creates the quit button which will exit out of app and stop the process from running
self.pid = -1 #Initialize process id
white = (255,255,255) app = App(title="Abstract Art - Circle") Text(app, text="Number of amount:", size=16) amount_input = TextBox(app, text="500") Text(app, text="File Saving", size=16) Text(app, text="Filename with full path:") fname_input = TextBox(app, text="/home/pi/Desktop/circle", width=20) Text(app, text="File type:") ftype_input = Combo(app, options=["png","jpeg","bmp","tga"]) Text(app, text="Advanced", size=16) Text(app, text="Color brightness (255 is brightest):") Slider(app, start=0, end=255, command=brightUpdate) Text(app, text="Circle size:") size_input = TextBox(app, text="50") Text(app, text="Canvas size (x):") x_input = TextBox(app, text="1092") Text(app, text="Canvas size (y):") y_input = TextBox(app, text="749")
def test_auto_layout():
a = App()
w = Combo(a)
auto_layout_test(w, None)
a.destroy()
largeur_boite = TextBox(premiere, "100", width=10, grid=[1, 2], align="left")
hauteur_tag = Text(premiere,
"Hauteur de la surface(mm)",
grid=[0, 3],
align="left")
hauteur_boite = TextBox(premiere, "100", width=10, grid=[1, 3], align="left")
espacement_tag = Text(premiere,
"Espacement (qualité d'impression)",
grid=[0, 4],
align="left")
selection_espacement = Combo(
premiere,
options=["0,4 mm", "0,8 mm", "1 mm", '2 mm', '3 mm', '5 mm'],
selected='1 mm',
command=confirmer_espacement,
grid=[1, 4],
align='left')
bouton_confirmer_premiere_page = PushButton(premiere,
text="Confirmer les informations",
command=confirmation_premiere_page,
grid=[0, 5])
deuxieme = Window(premiere,
layout="grid",
title="Lancement de l'impression",
width=900,
height=500)
deuxieme.hide()
def test_update_command():
a = App()
callback_event = Event()
def callback():
callback_event.set()
c = Combo(a, ["foo", "bar"])
c._command_callback(c.value)
assert not callback_event.is_set()
c.update_command(callback)
c._command_callback(c.value)
assert callback_event.is_set()
callback_event.clear()
c.update_command(None)
c._command_callback(c.value)
assert not callback_event.is_set()
a.destroy()
def test_after_schedule():
a = App()
c = Combo(a, ["foo", "bar"])
schedule_after_test(a, c)
a.destroy()
menubar = MenuBar(app, toplevel=["File"], options=[[["Exit", exit_function]]])
# Layout the app controls
firstNameLabel = Text(app,
text="First Name",
grid=[0, 0],
align="left",
size=10)
lastNameLabel = Text(app, text="Last Name", grid=[0, 1], align="left", size=10)
countryLabel = Text(app, text="Country", grid=[0, 2], align="left", size=10)
addressLabel = Text(app, text="Address", grid=[0, 3], align="left", size=10)
firstNameText = TextBox(app, width=25, grid=[1, 0])
lastNameText = TextBox(app, width=25, grid=[1, 1])
countryCombo = Combo(app,
options=['United Kingdom', 'United States', 'France'],
selected='United Kingdom',
grid=[1, 2])
box = Box(app, grid=[1, 3], layout="grid")
addressText1 = TextBox(box, width=25, grid=[0, 0])
addressText2 = TextBox(box, width=25, grid=[0, 1])
addressText3 = TextBox(box, width=25, grid=[0, 2])
addressText4 = TextBox(box, width=25, grid=[0, 3])
addressText5 = TextBox(box, width=25, grid=[0, 4])
addressText6 = TextBox(box, width=25, grid=[0, 5])
jobTitleLabel = Text(app, text="TBA", grid=[1, 4], size=10)
salaryLabel = Text(app, text="Salary : ", grid=[2, 0], align="left", size=10)
salaryScale = Slider(app,
start=10000,
from guizero import App, Text, ButtonGroup, Combo, PushButton, TextBox
app = App(title='Hero-o-matic', width=300)
def make_hero_name():
adjective = bgp_adjective.value
colour = txt_colour.value
animal = cmb_animal.value
hero = adjective + ' ' + colour + ' ' + animal
lbl_output.value = 'You are... The '+hero+ "."
message1 = Text(app, text='Choose an adjective')
bgp_adjective= ButtonGroup(app, options=['Amazing', 'Bonny', 'Charming', 'Delightful'], selected='Amazing')
message2 = Text(app, text='Enter a colour')
txt_colour = TextBox(app)
message3 = Text(app, text='Pick an animal')
cmb_animal = Combo(app, options=['Aardvark', 'Badger', 'Cat', 'Dolphin', 'Velociraptor'])
btn_make_name = PushButton(app, text='Make me a hero', command=make_hero_name)
lbl_output= Text(app, text='A hero name will appear here')
app.display()
newPosition = (position - key) % 26
newCharacter = upperCaseAlphabet[newPosition]
else:
newCharacter = character
newMessage += newCharacter
output.value = newMessage
app = App(title="Secret messages", width="600", height="200", layout="grid")
message_description = Text(app,
text="Enter your message",
grid=[0, 0],
align="left")
unencrypted_message = TextBox(app, width="50", grid=[0, 1, 2, 1], align="left")
encryption_key = Combo(app,
options=["1", "2", "3", "4", "5"],
grid=[1, 2],
align="left")
key_description = Text(app, "Choose your key", grid=[0, 2])
output = Text(app, "view the result here", grid=[0, 3])
send_message = PushButton(app,
command=encrypt_message,
text="Encrypt",
grid=[0, 4],
align="left")
translate_message = PushButton(app,
command=decrypt_message,
text="Decrypt",
grid=[1, 4],
align="left")
student_listbox.append(student.get_name())
# create the application interface
from guizero import App, Text, ListBox, PushButton, Combo
app = App(title="Student management system")
# This is section where you add any GUI widgets
heading = Text(app, text="List of Teachers", color=(210, 45, 17))
# List of teacher names
teacher_names = []
# Loop through the teachers and add their names to teacher_names
for t in teacher_list:
teacher_names.append(t.get_tname())
# Create a listbox with all the teachers names displayed
teacher_list = ListBox(app, items=teacher_names, command=print_selection)
heading = Text(app, text="List of Classes", color=(210, 45, 17))
class_combo = Combo(app,
options=["GRA", "ENG", "PHY", "MAT", "ART"],
command=class_count)
heading = Text(app)
# Start the program
app.display()
def do_booking():
info("Booking", "Loading")
print( measure_choice.get() )
print( map_option.get_value() )
print( graphic_option.get_value() )
if measure_choice.get()=="Humidity" and map_option.get_value()==True:
Humidity_map()
if measure_choice.get()=="Humidity" and graphic_option.get_value()==True:
Humidity_graphic()
if measure_choice.get()=="Temperature" and graphic_option.get_value()==True:
Temperature_graphic()
if measure_choice.get()=="Temperature" and map_option.get_value()==True:
Temperature_map()
if measure_choice.get()=="Pressure" and graphic_option.get_value()==True:
Pressure_graphic()
if measure_choice.get()=="Pressure" and map_option.get_value()==True:
Pressure_map()
app = App(title="MMI", width=300, height=200, layout="grid")
measure_choice = Combo(app, options=["Pressure", "Humidity", "Temperature"], grid=[0,1], align="left")
film_description = Text(app, text="Which measure?", grid=[0,0], align="left")
map_option = CheckBox(app, text="Map", grid=[1,1], align="left")
graphic_option = CheckBox(app, text="Graphic", grid=[1,2], align="left")
confirmation_button = PushButton(app, command=do_booking, text="confirm", grid=[3,1], align="left")
app.display()
def test_cascaded_properties():
a = App()
c = Combo(a, ["foo", "bar"])
cascaded_properties_test(a, c, True)
a.destroy()
def test_repeat_schedule():
a = App()
c = Combo(a, ["foo", "bar"])
schedule_repeat_test(a, c)
a.destroy()
def test_inherited_properties():
a = App()
inherited_properties_test(a, lambda: Combo(a, ["foo", "bar"]), True)
a.destroy()
def test_enable():
a = App()
c = Combo(a, ["foo", "bar"])
enable_test(c)
a.destroy()
dirs = [item for item in list(os.walk("."))[0][1] if not item.startswith(".")]
videoname = TextBox(app, grid=[1, 3], align="left")
videoname.value = "videoname"
labelVN = Text(app, grid=[0, 3], text="video name", align="left")
wdText = Text(app, grid=[1, 0], text="folder", align="left")
timeRecording = TextBox(app, grid=[1, 5], align="left")
timeRecording.value = "3"
labelTime = Text(app, grid=[0, 5], text="record time", align="left")
browserDir = Combo(app,
options=dirs,
command=select,
grid=[0, 0],
align="left")
parametersText = Text(app, grid=[1, 6], text="Parameters", align="left")
umbralText = TextBox(app, grid=[1, 7], align="left")
umbralText.value = "100"
umbralLabel = Text(app, grid=[0, 7], text="Treshold", align="left")
radioText = TextBox(app, grid=[3, 7], align="left")
radioText.value = "30"
radiolLabel = Text(app, grid=[2, 7], text="Radius", align="left")
fpsText = TextBox(app, grid=[1, 8], align="left")
fpsText.value = "25"
def test_display():
a = App()
c = Combo(a, ["foo", "bar"])
display_test(c)
a.destroy()
color="Red")
Kettle_covered_check = CheckBox(debug,
grid=[2, 21],
text="Kettle element covered",
command=kettle_covered_update)
########################################################################################################################
#declaring floats, string and bools
setpoint_mode_label = Text(app,
grid=[0, 14],
text="Setpoint mode",
size=15,
align="left")
setpoint_mode = Combo(app,
grid=[1, 14],
options=["Strike", "Sparge", "Manual Input"],
align="left")
HTL_temp_input_label = Text(debug,
grid=[0, 15],
text="Debug HTL temp",
size=15,
align="left")
HTL_temp_input = TextBox(debug, grid=[1, 15])
HTL_update_temp = PushButton(debug,
command=update_temp_htl,
grid=[2, 15],
text="Update temp",
align="left")
Mashtun_temp_input_label = Text(debug,
def test_text():
a = App()
c = Combo(a, ["foo", "bar"])
text_test(c)
a.destroy()
class MyGUI:
def __init__(self, master):
self.master = master
#Creates the application window
self.space2 = Text(master, text=" ", grid=[0, 0], width="fill")
self.Shapemessage1 = Text(master,
size=18,
text="Waveform Shape:",
grid=[0, 2],
align="left",
font="Times")
self.Waveform1 = PushButton(master,
text="Normal",
grid=[1, 1],
width="10",
command=self.show_choices1)
self.Waveform2 = PushButton(master,
text="Abnormal",
grid=[1, 2],
width="10",
command=self.show_choices2)
self.Waveform3 = PushButton(master,
text="Leveled",
grid=[1, 3],
width="10",
command=self.show_choices3)
#self.Waveform1.toggle()
#self.Waveform2.toggle()
#self.Waveform3.toggle()
self.combo1 = Combo(
master,
options=["10", "11", "12", "13", "14", "15", "16", "17"],
grid=[2, 1],
command=self.modelone)
self.combo2 = Combo(master,
options=[
"17", "18", "19", "20", "21", "22", "23", "24",
"25", "26"
],
grid=[2, 2],
command=self.modeltwo)
self.combo3 = Combo(master,
options=["0"],
grid=[2, 3],
command=self.modelthree)
self.combo1.disable()
self.combo2.disable()
self.combo3.disable()
#Creates the three waveform buttons as well as the selection for ICP value
#When the waveform selected the user is then able to select an ICP value
self.space2 = Text(master, text=" ", grid=[0, 6])
#Creates space between Waveform Shape and Heart Rate
self.HRmessage = Text(master,
size=18,
text="Heart Rate:",
grid=[0, 10],
align="left",
font="Times")
#Creates the HR subtitle
self.rate = TextBox(master, grid=[1, 10])
self.HRunit = Text(master,
size=15,
text="BPM",
grid=[2, 10],
font="Times")
#Creates the HR textbox to allow for typed input
self.space3 = Text(master, text=" ", grid=[0, 11], font="Times")
#Creates space between Heart Rate and the Update Button
self.button = PushButton(master,
command=self.update_value,
width="12",
height="10",
text="Update",
grid=[0, 13, 2, 2],
align="bottom")
#Creates an Update Button that updates the inputed information and exports the user-inputs to the next part of the program
self.when_clicked = self.update_value
#self.when_mouse_enters = self.update_value
#Creates the update button, no new code will be executed until update button is pressed
self.button = PushButton(master,
command=self.calibration,
width="12",
height="4",
text="Zero",
grid=[2, 13],
align="bottom")
#Creates zero button which is used to calibrate
self.button = PushButton(master,
command=self.quit,
width="12",
height="4",
text="Quit",
grid=[2, 14],
align="bottom")
#Creates the quit button which will exit out of app and stop the process from running
self.pid = -1 #Initialize process id
#Launches the function for modelone , Normal ICP, in a seperate python process and obtains the process ID
def modelone(self):
self.done()
#Launches the function for modeltwo , Leveled ICP, in a seperate python process and obtains the process ID
def modeltwo(self):
self.done()
#Launches the function for modelthree, Abnormal ICP, in a seperate python process and obtains the process ID
def modelthree(self):
self.done()
#Launches the calibration
def calibration(self):
self.done()
self.process = subprocess.Popen('python calibration.py',
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
#Used to show the ICP value choices for the normal waveform
def show_choices1(self):
self.done()
if self.Waveform1.value == 0:
self.combo1.enable()
self.combo2.disable()
self.combo3.disable()
if self.Waveform1.value == 1:
self.combo1.disable()
self.combo1.value = 0
#Used to show the ICP value choices for the abnormal waveform
def show_choices2(self):
self.done()
if self.Waveform2.value == 0:
self.combo2.enable()
self.combo1.disable()
self.combo3.disable()
if self.Waveform2.value == 1:
self.combo2.disable()
self.combo2.value = 0
#Used to show the ICP value choices for the leveled waveform
def show_choices3(self):
self.done()
if self.Waveform3.value == 0:
self.combo3.enable()
self.combo1.disable()
self.combo2.disable()
if self.Waveform3.value == 1:
self.combo3.disable()
self.combo3.value = 0
#Command for updating the heart rate value
def update_value(self):
if self.rate.value == "":
self.rate.value = 65
if self.combo1.value == "10":
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == "11":
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == "12":
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == "13":
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == "14":
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == "15":
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == "16":
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == "17":
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo2.value == 21:
self.process = subprocess.Popen('python modeltwo.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == 22:
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == 23:
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == 24:
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == 25:
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo1.value == 26:
self.process = subprocess.Popen('python modelone.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
if self.combo3.value == 0:
self.process = subprocess.Popen('python modelthree.py {}'.format(
self.rate.value),
shell=True,
preexec_fn=os.setsid)
self.pid = self.process.pid
self.combo1.disable()
self.combo2.disable()
self.combo3.disable()
#Kills the process that is currently running
def done(self):
if self.pid > 0:
try:
os.killpg(os.getpgid(self.pid), signal.SIGTERM)
self.pid = -1
except ProcessLookupError:
pass
def quit(self):
self.done()
self.master.destroy()
def test_color():
a = App()
c = Combo(a, ["foo", "bar"])
color_test(c)
a.destroy()
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)
Turtle_button = PushButton(app, command=Turtle, text="Turtle")
Turtle_button.width = 20
def test_size():
a = App()
c = Combo(a, ["foo", "bar"])
size_text_test(c)
size_fill_test(c)
a.destroy()
"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],
align="left")
#adds a text widget
seat_location = Text(app, text="Seat location", grid=[0, 2], align="left")
#adds radio button widget
row_choice = ButtonGroup(app,
def test_events():
a = App()
c = Combo(a, ["foo", "bar"])
events_test(c)
a.destroy()
meme.text(
20, 320, bottom_text.value,
color=color.value,
size=size.value,
font=font.value,
)
# App -------------------
app = App("meme")
top_text = TextBox(app, "top text", command=draw_meme)
bottom_text = TextBox(app, "bottom text", command=draw_meme)
color = Combo(app,
options=["black", "white", "red", "green", "blue", "orange"],
command=draw_meme, selected="blue")
font = Combo(app,
options=["times new roman", "verdana", "courier", "impact"],
command=draw_meme)
size = Slider(app, start=20, end=50, command=draw_meme)
meme = Drawing(app, width="fill", height="fill")
draw_meme()
app.display()
cest_dfreq_label = Text(cest_settings_window,
align='left',
text='Delta Frequenz',
grid=[0, 6])
cest_dfreq = TextBox(cest_settings_window,
text=cestProperties.dfreq,
align='left',
grid=[1, 6])
cest_alternating_label = Text(cest_settings_window,
align='left',
text='Alternating',
grid=[0, 7])
cest_alternating = Combo(cest_settings_window,
selected=cestProperties.alternating,
align='left',
options=["True", "False"],
grid=[1, 7])
cest_ndynamic_label = Text(cest_settings_window,
align='left',
text='Dynamiken',
grid=[0, 8])
cest_ndynamic = TextBox(cest_settings_window,
text=cestProperties.nDynamics,
align='left',
grid=[1, 8])
cest_gauss_label = Text(cest_settings_window,
align='left',
text='Gauss',