def drill_1_selection():
second_message.value = "Target Drill Selected"
window1 = Window(app, bg="darkgreen")
welcome_message1 = Text(window1,
"Target Drill Parameters",
size=25,
font="Times New Roman",
color="black")
start_1 = PushButton(window1, command=drill_1_selection, text="Start")
pause_1 = PushButton(window1, command=drill_2_selection, text="Pause")
start_1.width = 30
start_1.bg = "gray"
pause_1.width = 30
pause_1.bg = "gray"
second_message1 = Text(window1,
"How many targets would you like to use?",
size=15,
font="Times New Roman",
color="black")
targets = Slider(window1, command=print("Okay"), start=1, end=4)
third_message1 = Text(window1,
"Please select a passing speed:",
size=15,
font="Times New Roman",
color="black")
ball_speed = Slider(window1, command=print("Okay"), start=1, end=10)
ball_speed.width = 300
def secondfunc():
app.bg = "#00cc99"
app.width = 550
app.height = 200
wanted_text = Text(app, "")
wanted_text.text_size = 12
wanted_text.font = "Times New Roman"
wanted_text.text_color = "#000000"
slider1 = Slider(app, start=0, end=180, command=slider_top_changed)
slider2 = Slider(app, start=0, end=180, command=slider_bottom_changed)
button_capture_top = PushButton(app,
text="Top slider value",
align="left",
command=top_value_capture)
button_capture_bottom = PushButton(app,
text="Bottom slider value",
align="left",
command=bottom_value_capture)
button_set_top = PushButton(app,
text="Set top slider",
align="right",
command=set_top_slider)
button_set_bottom = PushButton(app,
text="Set bottom slider",
align="right",
command=set_bottom_slider)
return app
def __init__(self):
# Variables definition
self.volume = 0.1
self.silence_frame = 50
self.noise_value = 0
self.db_value = 0
self.state = False # 0 = Pause; 1 = play
# ========== GUI =============
# Create the GUI app
self.app = App(title="Lombard effect on speech in Parkinson's disease App")
# Energy detection option
self.message = Text(self.app, text="Select threshold for voice detection")
self.slider = Slider(self.app,start=0,end=6, command=self.slider_noise)
# Noise characteristic option
self.message2 = Text(self.app,text="Select noise in dB")
self.slider2 = Slider(self.app,start=0,end=10,command=self.slider_db)
# Play/pause button
self.button = PushButton(self.app,text="Start/Stop", command=self.play_pause)
self.state_text = Text(self.app, text="Off")
logo1 = Picture(self.app, "./img/UZA.png")
logo2 = Picture(self.app, "./img/inesc.png")
# ========== Audio ===============
# Initialization PyAudio Object
pA = pyaudio.PyAudio()
# Open microphine and heaset stream
self.mic = pA.open(format=FORMAT, channels=CHANNELS,
rate=SAMPLE_RATE, input=True,
frames_per_buffer=PERIOD_SIZE_IN_FRAME)
self.speak = pA.open(format=FORMAT, channels=CHANNELS,
rate=SAMPLE_RATE, output=True)
# Event loop
self.app.repeat(10,self.loop_func) #here we made the loop function every 10ms
# Display the app
self.app.display()
def user_input(self, appname):
from guizero import Box
appname = appname
# second_message.value = "User Input Selected"
self.window4 = Window(app, bg="#424242", height=280, width=480,layout="grid")
Text(self.window4, "User Input Mode", size=18, font="Calibri Bold", color="white",grid=[1,0])
Text(self.window4, "Please select a distance:", size=14, font="Calibri Bold", color="white",grid=[1,1])
distance = Slider(self.window4, command=self.distance_slider, start=5, end=25,grid=[1,2])
distance.text_size=14
Box(self.window4,width=100,height=10,grid=[1,3])
distance.bg="white"
self.textbox = TextBox(self.window4,grid=[0,4,3,1])
self.textbox.width = 40
self.textbox.bg = "white"
self.textbox.text_size=14
Box(self.window4,width=100,height=10,grid=[1,5])
send = PushButton(self.window4, command=self.send_data, args=[], image="include/images/startbut.png",grid=[1,6])
# send.width = 30
send.bg="#37f100"
left = PushButton(self.window4,command=self.left_curve,args=[],text="Left",grid=[0,6])
right = PushButton(self.window4,command=self.right_curve,args=[],text="Right",grid=[2,6])
exit = PushButton(self.window4, command=self.close_test, args=[self.window4], image="include/images/stopbut.png",grid=[1,7])
exit.bg = "#e9002a"
def drill_4_selection():
second_message.value = "Predictive Passing Selected"
window4 = Window(app, bg="darkgreen")
welcome_message4 = Text(window4,
"Predictive Passing Parameters",
size=25,
font="Times New Roman",
color="black")
start_4 = PushButton(window4, command=powerON, text="Start")
pause_4 = PushButton(window4, command=powerON, text="Pause")
start_4.width = 30
start_4.bg = "gray"
pause_4.width = 30
pause_4.bg = "gray"
#second_message4 = Text(window4, "How many targets would you like to use?", size=15, font="Times New Roman", color="black")
#targets = Slider(window4, command=print("Okay"), start=1, end=4)
third_message4 = Text(window4,
"Please select a passing speed:",
size=15,
font="Times New Roman",
color="black")
ball_speed4 = Slider(window4, command=print("Okay"), start=1, end=10)
ball_speed4.width = 300
def gui_main():
"""
The main function for GUI mode. This function sets up the GUI elements
and launches the GUI event loop.
"""
app = App(title="Nikola", bg="black")
text = Text(app, color="light sky blue")
text.text_size = 36
keybox = Box(app, layout="grid", border=3)
keybox.text_color = "white"
keybox.bg = "gray"
for row in range(4):
keys.append([])
for col in range(4):
key = Text(keybox,
grid=[col, row],
text=keypad.names[row][col],
size=24)
keys[row].append(key)
slider = Slider(app, height=36, width="fill", end=100)
slider.bg = "blue"
slider.text_color = "white"
app.repeat(100, gui_loop, args=[text, slider])
keypad.init()
rotary_encoder.init()
app.set_full_screen()
app.display()
def __init__(self, app):
Window.__init__(self, app, title="Test")
self.tk.attributes("-fullscreen", True)
self.hide()
# Components
Text(self, text="Test")
Text(self, text="Horizontal")
self.s1 = Slider(self, start=0, end=1736)
self.s1.width = 500
Text(self, text="Vertical")
self.cb1 = CheckBox(self, text="Servo On")
self.s2 = Slider(self, start=1200, end=1950)
self.s2.width = 500
self.s2.value = 1950
self.cb2 = CheckBox(self, text="Vacuum On")
def close_window():
self.hide()
self.cancel(update)
self.s1.value = 0
self.s2.value = 1950
self.cb1.value = 0
self.cb2.value = 0
arm.set_vacuum(0)
arm.reset()
arm.set_servo(0)
PushButton(self, command=close_window, text="Exit")
global w
w = self
def test_getters_setters():
a = App()
s = Slider(a)
assert s.value == 0
s.value = 10
assert s.value == 10
a.destroy()
def test_grid_layout():
a = App(layout="grid")
w = Slider(a, grid=[1, 2])
grid_layout_test(w, 1, 2, 1, 1, None)
ws = Slider(a, grid=[1, 2, 3, 4])
grid_layout_test(ws, 1, 2, 3, 4, None)
wa = Slider(a, grid=[1, 2], align="top")
grid_layout_test(wa, 1, 2, 1, 1, "top")
a.destroy()
def __init__(self, master, visible=True):
super().__init__(master=master, visible=visible)
self.roundTimerLabel = Text(self, text="Set the seconds of each round")
self.roundTimerSlider = Slider(self)
self.twoPlayerLabel = Text(self, text="Two Player Game?")
self.twoPlayerCheckBox = CheckBox(self)
self.boardSizeLabel = Text(self, text="Set the board Size")
self.boardSizeSlider = Slider(self, end=30)
self.backToMainMenuButton = PushButton(self, text="Back")
def test_command():
a = App()
callback_event = Event()
def callback():
callback_event.set()
s = Slider(a, command = callback)
assert not callback_event.is_set()
# you cant invoke a tk scale - this is better than no tests!
s._command_callback(s.value)
assert callback_event.is_set()
a.destroy()
def test_command_with_parameter():
a = App()
callback_event = Event()
def callback(value):
assert value == 0
callback_event.set()
s = Slider(a, command = callback)
assert not callback_event.is_set()
s._command_callback(s.value)
assert callback_event.is_set()
a.destroy()
def threaded_function2():
global app
app = App(title="MSHD - Metereologic Sense Hat Device",
height=900,
width=1440)
global welcome_message
welcome_message = Text(app,
text="Know the weather",
size=25,
font="Times New Roman",
color="blue")
text_size = Slider(app, command=change_text_size, start=30, end=100)
weather = Picture(app, image="screen.gif")
global weather_options
weather_options = Combo(app,
options=[
"Air pressure", "Ambient Temperature",
"Ground Temperature", "Humidity", "Rainfall",
"Room Temperature", "Wind Speed"
],
grid=[0, 1],
align="left")
Run_app = PushButton(app,
show_weather,
text="select",
grid=[3, 1],
align="left")
app.display()
def __init__(self):
"""
- create all necessary elements
- configure them with self.configure() method
"""
self.app = App(title="JIRA log work",
width=Application.WIDTH,
height=Application.HEIGHT,
bg="white",
layout="grid")
self.jira = JiraConnector()
self.username = get_login_from_filename()
self.issues = get_issues_from_file()
self.input_login = TextBox(self.app,
self.username,
width=20,
grid=[1, 1])
self.input_password = tkinter.Entry(show="*", width=20)
self.calendar = tkcalendar.Calendar(background="#034DA4",
selectbackground="#034DA4")
self.issues = Combo(self.app, options=self.issues, grid=[1, 9])
self.slider = Slider(self.app, start=1, end=8, grid=[1, 4])
self.comment = TextBox(self.app,
"<comment>",
width=30,
height=4,
grid=[0, 10],
multiline=True)
self.ok = self._create_send_button()
self.how_to = PushButton(self.app,
text="How to?",
command=self._generate_info,
grid=[1, 10],
align="left")
self.configure()
def GUI():
app = App(title="Distance", width=230, height=70, layout="grid")
Text(app, text="Rate (ms) :", grid=[0, 0], align="left")
slider = Slider(app,
command=RepeatMeasure,
start=50,
end=2000,
grid=[1, 0],
align="left")
slider.value = "100"
Text(app, text="Distance (cm) : ", grid=[0, 1], align="left")
global txt
txt = Text(app, text="Dist", grid=[1, 1], align="left")
RepeatMeasure(100)
app.display()
def manualDrill():
second_message.value = "Entering Manual Mode"
STARS_aPP.drillType = "manual"
window3 = Window(app, bg="darkgreen")
welcome_message3 = Text(window3, "Manual Mode Controls", size=25, font="Times New Roman", color="black")
third_message3 = Text(window3, "Please select a ball speed:", size=15, font="Times New Roman", color="black")
speed = Slider(window3, command=STARS_aPP.ball_speed_slider, start=1, end=5)
speed.width = 300
start_3 = PushButton(window3, command=STARS_aPP.start_command, args = [STARS_aPP.ballSpeed , STARS_aPP.difficulty, STARS_aPP.drillType], text="Begin")
stop_3 = PushButton(window3, command=STARS_aPP.stop_command, text="stop")
start_3.width = 30
start_3.bg = "gray"
stop_3.width = 30
stop_3.bg = "gray"
def music_window():
window = Window(app, title="Music setting")
window.bg = (156, 153, 153)
Play = PushButton(window, text = "Play",command=self.start_music, width = "fill")
Pause = PushButton(window, text = "Pause", command=self.pause_music, width = "fill")
Continue = PushButton(window, text = "Continue", command=self.continue_music, width = "fill")
next_ = PushButton(window, text = "next", command=self.next_music, width = "fill")
previous = PushButton(window, text = "previous", command=self.previous_music, width = "fill")
text_slider = Text(window, text="volume", width = "fill")
music_volume = Slider(window, command = volume, width = "fill")
def main():
global txt_answer
window = App(title="Square Root Calculator", height=100)
Slider(window, horizontal=True, end=256, command=slider_moved)
txt_answer = Text(window, size=16, text_color="blue")
window.display()
def test_default_values():
a = App()
s = Slider(a)
assert s.tk.cget("from") == 0
assert s.tk.cget("to") == 100
assert s.tk.cget("orient") == "horizontal"
assert s.master == a
assert s.grid == None
assert s.align == None
a.destroy()
def test_alt_values():
a = App(layout="grid")
s = Slider(a, start=10, end=20, horizontal=False, grid=[0, 1], align="top")
assert s.tk.cget("from") == 10
assert s.tk.cget("to") == 20
assert s.tk.cget("orient") == "vertical"
assert s.grid[0] == 0
assert s.grid[1] == 1
assert s.align == "top"
a.destroy()
def create_ui():
# RED
text = Text(app,
text="Red Value:",
align="right",
color="red",
grid=[0, 0])
slider = Slider(app,
grid=[1, 0],
width="250",
align="bottom",
command=on_red_slider_changed)
# GREEN
text = Text(app,
text="Green Value:",
align="right",
color="green",
grid=[0, 1])
slider = Slider(app,
grid=[1, 1],
width="250",
align="bottom",
command=on_green_slider_changed)
# BLUE
text = Text(app,
text="Blue Value:",
align="right",
color="blue",
grid=[0, 2])
slider = Slider(app,
grid=[1, 2],
width="250",
align="bottom",
command=on_blue_slider_changed)
app.display()
def __init__(self, password=''):
self.app = MyApp()
self.settings = Settings()
self.title = Text(self.app, text='Password Generator')
self.password_field = TextBox(self.app, text=password, height=4, width='fill', multiline=True)
self.input_container = Box(self.app, border=1, align='bottom')
self.password_length_slider = Slider(self.input_container, width='fill')
self.button = MyButton(self.input_container, command=self.get_password)
self.has_lowers_checkbox = MyCheckBox(self.input_container, text='lowercase', value=1)
self.has_uppers_checkbox = MyCheckBox(self.input_container, text='uppercase')
self.has_numbers_checkbox = MyCheckBox(self.input_container, text='numbers')
self.has_specials_checkbox = MyCheckBox(self.input_container, text='special')
self.password_length_slider.bg = self.settings.secondary
self.password_length_slider.text_color = self.settings.button_text
self.input_container.width = 'fill'
def openToggle():
app.hide()
toggleWindow = Window(app,
title="Toggle",
width=125,
height=225,
layout="auto")
def brightness(value):
for light in lights:
light.set_brightness(value)
print("BRIGHTNESS UPDATED: " + str(info()["BRIGHTNESS"]))
def toggle():
state = lights[0].get_power()
if state > 0:
for light in lights:
light.set_power("off")
print("STATE UPDATED: OFF")
toggleButton.text = "ON"
else:
for light in lights:
light.set_power("on")
light.set_brightness(float(slider.value))
print("STATE UPDATED: ON")
toggleButton.text = "OFF"
def openMenu():
toggleWindow.hide()
app.show()
slider = Slider(toggleWindow,
start=65535,
end=0,
command=brightness,
horizontal=False,
width="20",
height="fill",
align="left")
toggleButton = PushButton(toggleWindow,
text="POWER",
width="50",
height="fill",
align="right",
command=toggle)
def test():
app = App(title='Robo', height=300, width=400, layout='grid')
box = Box(app, layout='grid', grid=[0,0])
PushButton(box, command=drive, args=[r.forwardLeft], text='Forward Left', grid=[0,0])
PushButton(box, command=drive, args=[r.forward], text='Forward', grid=[1,0])
PushButton(box, command=drive, args=[r.forwardRight], text='Forward Right', grid=[2,0])
PushButton(box, command=drive, args=[r.pivotLeft], text='Pivot Left', grid=[0,1])
PushButton(box, command=r.stop, text='Stop', grid=[1,1])
PushButton(box, command=drive, args=[r.pivotRight], text='Pivot Right', grid=[2,1])
PushButton(box, command=drive, args=[r.backwardLeft], text='Backward Left', grid=[0,2])
PushButton(box, command=drive, args=[r.backward], text='Backward', grid=[1,2])
PushButton(box, command=drive, args=[r.backwardRight], text='Backward Right', grid=[2,2])
slider = Slider(app, command=timeChanged, grid=[0,1], start=0, end=10)
app.display()
def test_update_command_with_parameter():
a = App()
callback_event = Event()
def callback(value):
assert s.value == 0
callback_event.set()
s = Slider(a)
s.update_command(callback)
s._command_callback(s.value)
assert callback_event.is_set()
a.destroy()
def predictiveDrill():
second_message.value = "Entering Predictive Passing Mode"
STARS_aPP.drillType = "dynamic"
window2 = Window(app, bg="darkgreen")
welcome_message2 = Text(window2, "Predictive Passing Controls", size=25, font="Times New Roman", color="black")
third_message2 = Text(window2, "Please select a ball speed:", size=15, font="Times New Roman", color="black")
speed = Slider(window2, command=STARS_aPP.ball_speed_slider, start=1, end=5)
speed.width = 300
final_message1 = Text(window2, "Please select a difficulty:", size=15, font="Times New Roman", color="black")
difficulty = Slider(window2, command=STARS_aPP.difficulty_slider, start=1, end=5)
difficulty.width = 300
args = 1
start_2 = PushButton(window2, command=STARS_aPP.start_command, args = [STARS_aPP.ballSpeed , STARS_aPP.difficulty, STARS_aPP.drillType], text="Begin")
stop_2 = PushButton(window2, command=STARS_aPP.stop_command, text="stop")
start_2.width = 30
start_2.bg = "gray"
stop_2.width = 30
stop_2.bg = "gray"
def staticDrill():
second_message.value = "Static Passing Selected"
STARS_aPP.drillType = "static"
window1 = Window(app, bg="darkgreen")
welcome_message2 = Text(window1, "Static Passing Parameters", size=25, font="Times New Roman", color="black")
third_message1 = Text(window1, "Please select a passing speed:", size=15, font="Times New Roman", color="black")
speed = Slider(window1, command=STARS_aPP.ball_speed_slider, start=1, end=5)
speed.width = 300
final_message1 = Text(window1, "Please select a difficulty:", size=15, font="Times New Roman", color="black")
difficulty = Slider(window1, command=STARS_aPP.difficulty_slider, start=1, end=5)
difficulty.width = 300
start_1 = PushButton(window1, command=STARS_aPP.start_command, args = [STARS_aPP.ballSpeed , STARS_aPP.difficulty, STARS_aPP.drillType], text="Begin")
stop_1 = PushButton(window1, command=STARS_aPP.stop_command, text="stop")
start_1.width = 30
start_1.bg = "gray"
stop_1.width = 30
stop_1.bg = "gray"
from gpiozero import MCP3008
from guizero import App, Slider
from threading import Thread
app = App("ADC GUI")
adc = [MCP3008(i) for i in range(8)]
sliders = [Slider(app, 0, 100) for pot in adc]
def update():
while True:
for slider, pot in zip(sliders, adc):
slider.set(pot.value * 100)
thread = Thread(target=update)
thread.start()
app.display()
addressText2 = TextBox(app, width=25, grid=[1, 4])
addressText3 = TextBox(app, width=25, grid=[1, 5])
addressText4 = TextBox(app, width=25, grid=[1, 6])
addressText5 = TextBox(app, width=25, grid=[1, 7])
addressText6 = TextBox(app, width=25, grid=[1, 8])
jobTitleLabel = Text(app, text="TBA", grid=[1, 9], size=10)
salaryLabel = Text(app,
text="Salary : ",
grid=[2, 0, 2, 1],
align="left",
size=10)
salaryScale = Slider(app,
start=10000,
end=100000,
grid=[2, 1, 2, 1],
command=do_salaryScale,
align="left")
fullTimeCheckBox = CheckBox(app,
text="Full-time?",
grid=[2, 2, 2, 1],
command=do_fullTimeCheckBox,
align="left")
jobButtonGroup = ButtonGroup(
app,
options=["Programmer", "Developer", "Web Developer", "Designer"],
selected=0,
grid=[2, 3, 2, 4],
command=do_jobButtonGroup,
align="left")
def setup_gui():
""" Create the GUI for controlling the STS-Pi Rover.
"""
global app, statusWaffle, roverChoice, connectButton, exitButton
global forwardButton, stopButton, backwardButton, spdSlider, durationSlider
global spinRightButton, spinLeftButton, photoButton, videoButton
global buttonWaffle
# Declare the GUI application
app = App("STS Controller", layout="grid")
# Bluetooth connection status waffle. Single cell, blue=connected, red=not.
statusWaffle = Waffle(app, 1, 4, 10, 10, grid=[0, 0])
if connected:
statusWaffle.set_pixel(0, 0, "blue")
statusWaffle.set_pixel(1, 0, "white")
statusWaffle.set_pixel(2, 0, "white")
statusWaffle.set_pixel(3, 0, "white")
# Choice of STS-PI Rover
roverChoice = ButtonGroup(app,
options=["STS-Pi 2", "STS-Pi 3"],
selected="STS-Pi 2",
grid=[1, 0])
# Reconnect button for when the Bluetooth connection has been lost or reset
connectButton = PushButton(app, connect, text="Connect", grid=[2, 0])
#Create forwards and backwards buttons
forwardButton = PushButton(app, forwards, text="Forwards", grid=[1, 1])
#Create spin left and right buttons
spinLeftButton = PushButton(app,
spinAntiClockwise,
text="Spin Left",
grid=[0, 2])
#Button to stop the STS-PI in an emergency
stopButton = PushButton(app, stop, text="STOP", grid=[1, 2])
spinRightButton = PushButton(app,
spinClockwise,
text="Spin Right",
grid=[2, 2])
backwardButton = PushButton(app, backwards, text="Backwards", grid=[1, 3])
#Create a slider to set the speed.
speedTitle = Text(app, "Speed %", grid=[0, 4])
spdSlider = Slider(app, command=changeSpeed, grid=[1, 4, 3, 1])
spdSlider.value = 15
#Create a slider to set the duration of the next movement
durationTitle = Text(
app,
"Duration (secs)",
grid=[0, 5],
)
durationSlider = Slider(app,
command=changeDuration,
start=1,
end=10,
grid=[1, 5, 3, 1])
durationSlider.value = 1
#Buttons to take videos and photos.
photoButton = PushButton(app, takePhoto, text="Photo", grid=[0, 6])
videoButton = PushButton(app, takeVideo, text="Video", grid=[2, 6])
#Waffle to display button presses
buttonWaffle = Waffle(app, 1, 8, grid=[0, 7, 3, 2])
# Ids for the buttons on the STS-PI rover
buttonIds = Text(app,
"1 2 3 4 5 6 7 8 ",
grid=[0, 9, 3, 1])
# This spacer text increases the gap below the controls and the exit button.
spacer = Text(app, "", grid=[0, 10])
# Button to quit the application
exitButton = PushButton(app, closeDown, text="Exit", grid=[1, 11])