def __init__(self, controller):
self.almacenes = []
self.selected = None
self.controller = controller
self.app = App(title="Interfaces", layout="grid", width=600, height=200)
# 0, 0
self.lista = ListBox(self.app, items=[], grid=[0,0], command=self.handleListChange)
self.lista.width = 30
# 1, 0
self.detalle = Box(self.app, grid=[1,0], layout="grid")
self.nombreLabel = Text(self.detalle, size=DETALLE_LABEL_FSIZE, text="Nombre", grid=[0,0])
self.direcionLabel = Text(self.detalle, size=DETALLE_LABEL_FSIZE, text="Dirección", grid=[0,1])
self.provinciaLabel = Text(self.detalle, size=DETALLE_LABEL_FSIZE, text="Provincia", grid=[0,2])
self.cpLabel = Text(self.detalle, size=DETALLE_LABEL_FSIZE, text="CP", grid=[0,3])
self.telefonoLabel = Text(self.detalle, size=DETALLE_LABEL_FSIZE, text="Teléfono", grid=[0,4])
self.nombre = TextBox(self.detalle, "", grid=[1,0], width=30, enabled=False)
self.direccion = TextBox(self.detalle, "", grid=[1,1], width=30, enabled=False)
self.provincia = TextBox(self.detalle, "", grid=[1,2], width=30, enabled=False)
self.cp = TextBox(self.detalle, "", grid=[1,3], width=30, enabled=False)
self.telefono = TextBox(self.detalle, "", grid=[1,4], width=30, enabled=False)
# 0, 1
self.toolbar = Box(self.app, grid=[0,1], layout="grid")
self.buttonEdit = PushButton(self.toolbar, command=self.handleEdit, text="Editar", grid=[0,0])
self.buttonAdd = PushButton(self.toolbar, command=self.handleAdd, text="Añadir", grid=[1,0])
# 1, 1
self.detalleToolbar = Box(self.app, grid=[1,1], layout="grid")
self.buttonSave = PushButton(self.detalleToolbar, command=self.handleSave, text="Guardar", grid=[0,0], enabled=False)
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 test():
app = App(title='Robo', height=300, width=400, layout='grid')
box = Box(app, layout='grid', grid=[0, 0])
PushButton(box, r.leftMotorForward, text='Left Motor Forward', grid=[0, 0])
PushButton(box,
r.rightMotorForward,
text='Right Motor Forward',
grid=[1, 0])
box = Box(app, layout='grid', grid=[0, 1])
PushButton(box, r.forwardLeft, text='Forward Left', grid=[0, 0])
PushButton(box, r.forward, text='Forward', grid=[1, 0])
PushButton(box, r.forwardRight, text='Forward Right', grid=[2, 0])
PushButton(box, r.pivotLeft, text='Pivot Left', grid=[0, 1])
PushButton(box, r.stop, text='Stop', grid=[1, 1])
PushButton(box, r.pivotRight, text='Pivot Right', grid=[2, 1])
PushButton(box, r.backwardLeft, text='Backward Left', grid=[0, 2])
PushButton(box, r.backward, text='Backward', grid=[1, 2])
PushButton(box, r.backwardRight, text='Backward Right', grid=[2, 2])
box = Box(app, layout='grid', grid=[0, 2])
PushButton(box,
r.leftMotorBackward,
text='Left Motor Backward',
grid=[0, 0])
PushButton(box,
r.rightMotorBackward,
text='Right Motor Backward',
grid=[1, 0])
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 __init__(self, cam_control):
# Configuring GUI application
self.app = App('Pi-Snap', width=1920, height=1200)
self.cam = Camera()
self.cam_control = cam_control
# Main page(frame)
self.main = Box(self.app)
self.main_img = Picture(self.main, image='./static/main.png')
self.new_pic_btn = PushButton(self.main, cam_control, text='New pic')
# Result page(frame)
self.result = Box(self.app)
self.title_txt = Text(self.result, text='Ta-da!', size=40, color='#1956b7')
self.result_img = Picture(self.result)
self.guide_txt = Text(
self.result,
text='If you want to receive this picture, Please enter your email :)',
size=25
)
self.email_txt = TextBox(self.result, width=25)
self.send_btn = PushButton(self.result, self.send_email, text='Send')
self.cancel_btn = PushButton(self.result, self.go_to_main, text='Cancel')
self.result.visible = False
self.th = threading.Thread(target=self.read_button)
self.th.daemon = True
def build_runtime(app):
global tfile
global rt_getfile, rt_settings, rt_drawimage, rt_quit
# box = for full window
wbox = Box(app, layout="auto", width="fill", height="fill")
heading_box = Box(wbox, layout="auto", width="fill")
t = Text(heading_box,
height=2,
text="Runtime",
font="Helvetica",
size=16,
align="left")
#--------------file row
file_box = Box(wbox, layout="auto", width="fill", height=60)
file_val = display_file_name("File: " + str(DataDict["default_file"]))
tfile = Text(file_box, text=file_val, height=60, align="left")
#--------------Start spacer_box
controls_box = Box(wbox, layout="auto", width="fill", height=5)
pad = Text(controls_box, width="fill")
#--------------Start buttons_box
bbox = Box(wbox, layout="grid", width="fill", height=50)
line = 0
col = -1
col += 1
pad = Text(bbox, grid=[col, line], width=2)
col += 1
rt_getfile = PushButton(bbox,
text="Get file",
grid=[col, line],
command=load_image_fileT)
col += 1
pad = Text(bbox, grid=[col, line], width=2)
col += 1
rt_drawimage = PushButton(bbox,
text="Draw Image",
grid=[col, line],
command=draw_image)
col += 1
pad = Text(bbox, grid=[col, line], width=2)
col += 1
rt_settings = PushButton(bbox,
text="Settings",
grid=[col, line],
command=activate_settings)
col += 1
pad = Text(bbox, grid=[col, line], width=2)
col += 1
rt_quit = PushButton(bbox,
text="Quit",
grid=[col, line],
command=lasergui_quit)
rt_drawimage.disable() # enable when we load a good file.
return wbox
def main():
global ledButton
# App
app = App(title="Project house", height=400, width=400)
# Boxes
displayBox = Box(app, border=True, height=35, width=400)
buttonBox = Box(app, layout="grid", align="top")
# Title
title = Text(displayBox, text="Push a button")
title.text_size = 20
# Buttons
ledButton = PushButton(buttonBox, toggle_led, text="LED ON", grid=[0, 0])
ledButton.text_size = 25
blinkButton = PushButton(buttonBox,
led_blink,
text="Push to party",
grid=[10, 0])
blinkButton.text_size = 25
exitButton = PushButton(app,
exit_app,
text="EXIT",
align="bottom",
width=16,
height=2)
exitButton.text_size = 32
app.display()
def staticDrill(self,appname):
from guizero import Box
appname = appname
# second_message.value = "Static Passing Selected"
self.drillType = "Static"
self.window1 = Window(app, bg="#424242",height=280, width=480, layout="grid")
# logo = Picture(self.window1, image="include/logo.gif", align="left", grid=[0, 0])
# logo.resize(40, 40)
Heading = Text(self.window1, "Basic Tracking", size=18, font="Calibri Bold", color="white",grid=[1,0,3,1])
Slide1 = Text(self.window1, "Ball Speed:", size=14, font="Calibri Bold", color="white",
grid=[1, 1]) # , 2, 1])
speed = Slider(self.window1, command=self.ball_speed_slider, start=1, end=5, grid=[1, 2])
speed.width = 150
speed.text_color = "black"
speed.bg = "white"
speed.text_size=14
Slide2 = Text(self.window1, "Pass Difficulty:", size=14, font="Calibri Bold", color="white",
grid=[3, 1])
difficulty = Slider(self.window1, command=self.difficulty_slider, start=1, end=5, grid=[3, 2])
difficulty.width = 150
difficulty.text_color = "black"
difficulty.bg = "white"
difficulty.text_size=14
start = PushButton(self.window1, command=self.start_command,
args=[self.ballSpeed, self.difficulty, self.drillType, appname],
image="include/images/startbut.png", grid=[1, 5])
start.bg = "#37f100"
start.text_color = "white"
stop = PushButton(self.window1, command=self.pause_command, args=[self.window1],
image="include/images/pausebut.png", grid=[3, 5])
stop.bg = "#ffb000"
stop.text_color = "white"
exit_win = PushButton(self.window1, command=self.exit_command, args=[appname, self.window1],
image="include/images/stopbut.png", grid=[1, 6])
exit_win.bg = "#e9002a"
exit_win.text_color = "white"
camera = PushButton(self.window1, command=self.show_cam, args=[], image="include/images/camerabut.png",
grid=[3, 6])
camera.bg = "#002ff5"
camera.text_color = "white"
Center = Box(self.window1, width=50, height=165, grid=[2, 1, 1, 7])
Left = Box(self.window1, width=60, height=200, grid=[0, 0, 1, 7])
Right = Box(self.window1, width=20, height=200, grid=[4, 0, 1, 7])
VC = PushButton(Center, command=self.enable_voice, args=[],
image="include/images/micbut.png", align="bottom")
def append_wb(self, number):
last_waffle = len(self.waffle_list)
for i in range(0, 2* number, 2):
w = Waffle(self.bottom_box, height=self.no_bits, width=1, grid=[last_waffle + i, 0])
w.hide()
w.when_clicked = self.process_waffle
self.waffle_list.append(w)
b = Box(self.bottom_box, grid=[i + 1, 0])
b.hide()
self.box_list.append(b)
def __init__(self, input_excel_db):
self.min_size = 32
self.no_bits = 8
self.value = 0
self.bit_map = {}
self.bit_descr = {}
self.endianess = "big"
self.app = App(layout="grid", height=350, width=550)
self.top_box = Box(self.app, layout = "grid", grid = [0, 0])
self.bottom_box = Box(self.app, layout = "grid", grid = [0, 1])
self.right_box = Box(self.app, grid = [1, 0, 1, 2])
self.window = Window(self.app, width=250, height=150, visible=False)
self.description = Text(self.window)
# Create the text field to enter data
self.input = TextBox(self.top_box, width=25, grid=[0,0,3,1], command=self.process_input)
self.input.bg = "white"
self.input.text_size = 16
# Display the hex value
self.out_hex = Text(self.top_box, grid=[2,1], text="0x<waiting for valid input>")
# Display the min number of bits selector
self.in_minsize = Combo(self.top_box, grid=[0, 1], options=["32"], command=self.process_minsize, selected="32")
# Endianess selector
self.in_endianess = Combo(self.top_box, grid=[1, 1], options=["little", "big"], command=self.process_endianess,
selected=self.endianess)
# Display the binary value
self.out_bin = Text(self.top_box, grid=[0, 2, 2, 1], size=17, text="0b<waiting for valid input>")
# Display little number after the binary value
self.out_num = Text(self.top_box, grid=[0, 3, 2, 1], size=7, text="")
# Prepare the waffle list
self.waffle_list = []
self.box_list = []
self.text_list = []
self.append_wb(4)
self.append_tx(self.no_bits)
# Read the worksheets in the input dictionary and create the list
self.in_excel = openpyxl.load_workbook(filename = input_excel_db, read_only=True)
self.in_regs = self.in_excel.sheetnames
self.in_regs.insert(0, "OFF")
# Display the list of registers
self.in_reglist = ListBox(self.right_box, items = self.in_regs, command=self.process_reglist)
self.input.focus()
self.app.display()
def manualDrill(self,appname):
# if self.player != "None":
from guizero import Box
appname = appname
# second_message.value = "Entering Manual Mode"
self.drillType = "Manual"
self.window3 = Window(app, bg="#424242",height=280, width=480, layout="grid")
# logo = Picture(self.window3, image="include/logo.gif", align="left", grid=[0, 0])
# logo.resize(75, 75)
Heading = Text(self.window3, "Voice Activated Launch", size=18, font="Calibri Bold", color="white",grid=[1,0,3,1])
Slide1 = Text(self.window3, "Ball Speed:", size=14, font="Calibri Bold", color="white",
grid=[1, 1]) # , 2, 1])
speed = Slider(self.window3, command=self.ball_speed_slider, start=1, end=5, grid=[1, 2])
speed.width = 150
speed.text_color = "black"
speed.bg = "white"
speed.text_size=14
Slide2 = Text(self.window3, "Pass Difficulty:", size=14, font="Calibri Bold", color="white",
grid=[3, 1])
difficulty = Slider(self.window3, command=self.difficulty_slider, start=1, end=5, grid=[3, 2]) # , 2, 1])
difficulty.width = 150
difficulty.text_color = "black"
difficulty.bg = "white"
difficulty.text_size=14
start = PushButton(self.window3, command=self.start_command,
args=[self.ballSpeed, self.difficulty, self.drillType, appname],
image="include/images/startbut.png", grid=[1, 5])
start.bg = "#37f100"
start.text_color = "white"
stop = PushButton(self.window3, command=self.pause_command, args=[self.window3],
image="include/images/pausebut.png", grid=[3, 5])
stop.bg = "#ffb000"
stop.text_color = "white"
exit_win = PushButton(self.window3, command=self.exit_command, args=[appname, self.window3],
image="include/images/stopbut.png", grid=[1, 6])
exit_win.bg = "#e9002a"
exit_win.text_color = "white"
camera = PushButton(self.window3, command=self.show_cam, args=[], image="include/images/camerabut.png",
grid=[3, 6])
camera.bg = "#002ff5"
camera.text_color = "white"
Center = Box(self.window3, width=50, height=200, grid=[2, 1, 1, 7])
Left = Box(self.window3, width=60, height=200, grid=[0, 0, 1, 7])
Right = Box(self.window3, width=20, height=200, grid=[4, 0, 1, 7])
def test_grid_layout():
a = App(layout="grid")
w = Box(a, grid=[1,2])
grid_layout_test(w, 1, 2, 1, 1, None)
ws = Box(a, grid=[1,2,3,4])
grid_layout_test(ws, 1, 2, 3, 4, None)
wa = Box(a, grid=[1,2], align="top")
grid_layout_test(wa, 1, 2, 1, 1, "top")
a.destroy()
def spin_up_top_bottom_spacers(parent):
global top_space_box
top_space_box = Box(parent, width='fill', align='top')
global top_space_text
top_space_text = Text(top_space_box, height='fill', width='fill', text='')
global bottom_space_box
bottom_space_box = Box(parent, width='fill', align='bottom')
global bottom_space_text
bottom_space_text = Text(bottom_space_box,
height='fill',
width='fill',
text='')
def StartOnePlayer():
global onePlayerWindow
global drawButtonOnePlayer
global cardImagesOnePlayer
global guessContainerOnePlayer
global guessCheckButtonOnePlayer
global guessTextBoxOnePlayer
global correctOnePlayer
global errorTextOnePlayer
onePlayerWindow = Window(app, title="One Player Game", layout="grid")
onePlayerWindow.width = 320; onePlayerWindow.height = 560; onePlayerWindow.bg = "Lime"
drawButtonOnePlayer = PushButton(onePlayerWindow, text="Draw!", grid=[0, 0], align="top", command=ButtonSwapOnePlayer)
drawButtonOnePlayer.width = 20; drawButtonOnePlayer.height = 5; drawButtonOnePlayer.bg = "White"
cardImagesOnePlayer = Box(onePlayerWindow, layout="grid", grid=[0, 1], align="top", border=True)
cardImagesOnePlayer.set_border(10, "Lime")
guessContainerOnePlayer = Box(onePlayerWindow, layout="grid", grid=[0, 2], align="top", border=True)
guessContainerOnePlayer.set_border(10, "Lime")
guessTextBoxOnePlayer = TextBox(guessContainerOnePlayer, grid=[0, 0], align="top")
guessTextBoxOnePlayer.text_size = 20; guessTextBoxOnePlayer.bg = "White"; guessTextBoxOnePlayer.disable();
guessCheckButtonOnePlayer = PushButton(guessContainerOnePlayer, text="Check!", grid=[0, 1], align="top", command=CheckValuesOnePlayer)
guessCheckButtonOnePlayer.width = 20; guessCheckButtonOnePlayer.height = 5; guessCheckButtonOnePlayer.bg = "White"; guessCheckButtonOnePlayer.disable();
pointsTextOnePlayer = Text(guessContainerOnePlayer, text="Score: ", grid=[0, 2], align="top")
correctOnePlayer = Text(onePlayerWindow, text="", grid=[0, 3])
errorTextOnePlayer = Text(onePlayerWindow, text="Please enter a number!", grid=[0, 4])
errorTextOnePlayer.hide()
def generateNewBoard(self):
if self.emojiShowBox != None:
self.emojiShowBox.destroy()
if self.emojiGuessBox != None:
self.emojiGuessBox.destroy()
self.emojiShowBox = Box(self, layout="grid")
self.emojiGuessBox = Box(self, layout="grid")
emojis_path = os.listdir("images")
show_images = []
guess_images = []
# Get random images for both boxes
for i in range(0, self.config["board_size"] - 1):
show_images.append(
"images/" +
emojis_path.pop(random.randint(0,
len(emojis_path) - 1)))
guess_images.append(
"images/" +
emojis_path.pop(random.randint(0,
len(emojis_path) - 1)))
# Get image that is equal between both boxes
rand_index = random.randint(0, len(emojis_path) - 1)
self.same_image = "images/" + emojis_path[rand_index]
show_images.append(self.same_image)
guess_images.append(self.same_image)
random.shuffle(show_images)
random.shuffle(guess_images)
board_size_rows = math.floor(math.sqrt(self.config["board_size"]))
for i in range(0, self.config["board_size"]):
x = i // board_size_rows
y = i % board_size_rows
picture = Picture(self.emojiShowBox,
grid=[x, y],
image=show_images[i])
pushButton = PushButton(self.emojiGuessBox,
grid=[x, y],
image=guess_images[i])
pushButton.update_command(command=self.is_correct_guess,
args=[pushButton])
def run_Self():
def updateCountDownText():
print("func rGUI")
# imgBox1.destroy()
# imgBox1 = Picture(box1, image="qrcode.bmp")
# imgBox1.value("qrcode.bmp")
countDownText.after(1000, updateCountDownText)
app = App(title="Seeed interactive camera demo on raspberry pi",
width=1280,
height=768,
bg="black",
layout="auto")
app.tk.attributes("-fullscreen", True)
box1 = Box(app, layout="auto", grid=[0, 0])
rabbit1 = Text(box1, text="#", size=100, color="black")
#
# imgBox1 = Picture(app, image="qrcode.bmp")
countDownText = Text(box1, text="请领取二维码小票", size=100, color="white")
rabbit2 = Text(box1, text="#", size=70, color="black")
warningText = Text(box1, text="或站到拍照点开始新一轮拍照", size=50, color="white")
countDownText.after(1000, updateCountDownText)
app.display()
def hide_self():
app.visible = False
def show_self():
app.visible = True
def haveRegBefore():
global app
global subjects
row = 0
count = 0
app.destroy()
app = App("tjek ind V1")
Text(app, "click your name")
box = Box(app, layout="grid")
for i in range(1, len(subjects)):
if ((i - 1) % 5 == 0):
row = row + 1
count = 0
count = count + 1
PushButton(box,
takeImg,
args=[i],
text=subjects[i],
grid=[count - 1, row],
align="left")
app.display()
def dashboard(self):
dashboard_box = Box(self.app, layout='grid')
Picture(dashboard_box, image="sutro.png", grid=[2, 0])
PushButton(dashboard_box,
text='pH Level',
command=calculate,
args=[99],
grid=[1, 2],
width=10,
height=1).text_size = 15
PushButton(dashboard_box,
text='ORP',
command=calculate,
args=[98],
grid=[2, 2],
width=10,
height=1).text_size = 15
PushButton(dashboard_box,
text='Temperature',
command=calculate,
args=[100],
grid=[3, 2],
width=10,
height=1).text_size = 15
pHVal = Text(dashboard_box, text='_ _ _ _', grid=[1, 4], size=25)
orpVal = Text(dashboard_box, text='_ _ _ _', grid=[2, 4], size=25)
tempVal = Text(dashboard_box, text='_ _ _ _', grid=[3, 4], size=25)
def __init__(self):
self.components = {
"AND": And,
"OR": Or,
"XOR": Xor,
"NOT": Not,
"Half Adder": HalfAdder,
"Full Adder": FullAdder,
"8 bit Ripple Carry Adder": EightBitRippleCarryAdder,
"8 bit Ripple Carry Adder Subtractor":
EightBitRippleCarryAdderSubtractor,
"ALU": ALU,
"2 to 1 Multiplexer": TwoToOneMultiplexer,
"4 to 1 Multiplexer": FourToOneMultiplexer,
"2 to 4 Decoder": TwoToFourDecoder,
"And Or Latch": AndOrLatch,
"Gated Latch": GatedLatch,
"RAM Cell": RAMCell,
"Eight Bit Register": EightBitRegister,
}
self.app = App(title="Philbin SS Control Panel", layout="grid")
self.box_component = Box(self.app, grid=[0, 1])
self.combo = Combo(self.box_component,
options=list(self.components.keys()),
command=self.reload_component)
self.setup_component()
self.app.display()
def spin_up_main_buttons(parent, commands):
global buttons_box
buttons_box = Box(parent, width='fill', height='fill', layout='auto')
scan_in_button = PushButton(buttons_box,
text='SCAN IN',
height='fill',
width='fill')
scan_in_button.font = display_config.text_font
scan_in_button.text_color = '#00FF21'
scan_in_button.text_size = display_config.button_text_size
scan_in_button.update_command(commands[0])
scan_out_button = PushButton(buttons_box,
text='SCAN OUT',
height='fill',
width='fill')
scan_out_button.font = display_config.text_font
scan_out_button.text_color = '#B60000'
scan_out_button.text_size = display_config.button_text_size
scan_out_button.update_command(commands[1])
look_up_button = PushButton(buttons_box,
text='LOOKUP',
height='fill',
width='fill')
look_up_button.font = display_config.text_font
look_up_button.text_color = '#FFD800'
look_up_button.text_size = display_config.button_text_size
look_up_button.update_command(commands[2])
def run_self():
def updateCountDownText():
countDownText.value = input_val()
print("func tGUI")
countDownText.after(1000, updateCountDownText)
def input_val():
global input_countdownText
if input_countdownText == 0:
input_countdownText = 5
app.destroy()
return -1
input_countdownText = input_countdownText - 1
if input_countdownText == 0:
return "..."
else:
return input_countdownText
app = App(title="Seeed interactive camera demo on raspberry pi",
width=1280,
height=768,
bg="black",
layout="auto")
app.tk.attributes("-fullscreen", True)
box1 = Box(app, layout="auto", grid=[0, 0])
countDownText = Text(box1, text="5", size=400, color="white")
warningText = Text(box1, text="拍照倒计时", size=70, color="white")
countDownText.after(1000, updateCountDownText)
app.display()
def test_enable():
a = App()
b = Box(a)
t = Text(b)
cascading_enable_test(a)
cascading_enable_test(b)
a.destroy()
def read_working_hours_line(start_hour, stop_hour, pump_1_value, pump_2_value,
pump_3_value, row_number):
working_hour = Box(working_hours,
align="left",
layout="grid",
grid=[0, row_number])
Text(working_hour, text=str(row_number) + ".", grid=[0, 0])
start_hour_input = TextBox(working_hour,
text=start_hour,
width="4",
grid=[1, 0],
enabled=False)
Text(working_hour, text=" - ", grid=[2, 0])
stop_hour_input = TextBox(working_hour,
text=stop_hour,
width="4",
grid=[3, 0],
enabled=False)
pump_1 = CheckBox(working_hour, text="Dom", grid=[4, 0], enabled=False)
pump_2 = CheckBox(working_hour, text="Haft", grid=[5, 0], enabled=False)
pump_3 = CheckBox(working_hour, text="Firany", grid=[6, 0], enabled=False)
if (bool(pump_1_value)):
pump_1.value = pump_1_value
if (bool(pump_2_value)):
pump_2.value = pump_2_value
if (bool(pump_3_value)):
pump_3.value = pump_3_value
return True
def game():
global app, questions, answers, correct_answers, qnum, questionText, btn1, btn2, btn3, btn4, nextBtn
eh.light.on()
questionText = Text(app, questions[qnum])
questionText.text_size = 40
buttons_box = Box(app, width="fill", align="top")
btn1 = PushButton(buttons_box, text=answers[qnum][0], align="left")
btn1.bg = "blue"
btn1.text_color = "white"
btn1.text_size = 40
btn2 = PushButton(buttons_box, text=answers[qnum][1], align="left")
btn2.bg = (209, 182, 16)
btn2.text_color = "white"
btn2.text_size = 40
btn3 = PushButton(buttons_box, text=answers[qnum][2], align="left")
btn3.bg = "red"
btn3.text_color = "white"
btn3.text_size = 40
btn4 = PushButton(buttons_box, text=answers[qnum][3], align="left")
btn4.bg = "green"
btn4.text_color = "white"
btn4.text_size = 40
nextBtn = PushButton(app, command=nextQ, text="Next", align="left")
def willYouReg():
global app
app.destroy()
app = App("tjek ind V1")
Text(app, "will you registrate?")
box = Box(app, layout="grid")
PushButton(box, takeImg, text="yes", grid=[0, 1])
PushButton(box, app.destroy, text="no", grid=[0, 0])
def test_default_values():
a = App()
b = Box(a)
assert b.master == a
assert b.layout == "auto"
assert b.grid == None
assert b.align == None
a.destroy()
def render_node(self, current_component, parent_component=None, index=0):
if self.name_exists(current_component.element_name):
raise ValueError('An element with the name "' +
current_component.element_name +
'" already exists!')
parent = self.gzframe.app if parent_component is None else parent_component.element
current_component.parent = self.gzframe.app if parent_component is None else parent_component.element
current_component.parent_name = 'app' if parent_component is None else parent_component.element_name
current_component.parent_chain = 'app' if parent_component is None else parent_component.parent_chain + '>' + parent_component.element_name
current_component.index = index
if current_component.element_type == 'component':
current_component.element = Box(parent)
current_component.gzframe = self.gzframe
current_component.element.bg = current_component.bg
if current_component.width is not None:
current_component.element.width = current_component.width
current_component.gz_on_init()
for child_index, child in enumerate(current_component.children):
self.render_node(child, current_component, index=child_index)
if current_component.element_type == 'box':
current_component.element = Box(parent, **current_component.props)
current_component.element.bg = current_component.bg
if current_component.width is not None:
current_component.element.width = current_component.width
for child_index, child in enumerate(current_component.children):
self.render_node(child, current_component, index=child_index)
elif current_component.element_type == 'text':
current_component.element = Text(parent, **current_component.props)
elif current_component.element_type == 'button':
current_component.element = PushButton(parent,
**current_component.props)
if not (current_component.on_click is None):
current_component.element.when_clicked = current_component.on_click
elif current_component.element_type == 'picture':
current_component.element = Picture(parent,
**current_component.props)
current_component.element.height = current_component.height
current_component.element.width = current_component.width
if parent_component is not None:
if not includes(parent_component.children, current_component):
parent_component.children.append(current_component)
self.__elements.append(current_component)
def test_alt_values():
a = App(layout="grid")
b = Box(a, layout="grid", grid=[0, 1], align="top")
assert b.layout == "grid"
assert b.grid[0] == 0
assert b.grid[1] == 1
assert b.align == "top"
a.destroy()
def regBefore():
global app
app.destroy()
app = App("tjek ind V1")
Text(app, "have registratet before?")
box = Box(app, layout="grid")
PushButton(box, haveRegBefore, text="yes", grid=[0, 1])
PushButton(box, willYouReg, text="no", grid=[0, 0])
app.display()
def main():
global tempText, humidBox, picBox, todayTemps, todayPic, todayHum, dayPic, dayText, dayDOWText, descBox, todayDesc, descText
app = App(title="Weather-inator", layout="grid", width=500, height=600)
#boxes
tempBox = Box(app, grid=[0, 0, 5, 1], border=True, width=500, height=400)
tempText = Text(tempBox, size=32)
humidBox = Text(tempBox, size=32)
picBox = Picture(tempBox)
descBox = Text(tempBox, size=12)
todayForecastBox = Box(tempBox, layout="grid")
todayTemps = Text(todayForecastBox,grid=[0,0])
todayPic = Picture(todayForecastBox, width=100, height=100, grid=[1,0])
todayHum = Text(todayForecastBox,grid=[2,0])
todayDesc = Text(todayForecastBox,grid=[0,3,3,1])
dayDOWText = []
dayBox = []
dayPic = []
dayText = []
descText = []
for x in range(0,5):
dayBox.append(Box(app, grid=[x, 1], border=True, width=100, height=200))
dayDOWText.append(Text(dayBox[x]))
dayPic.append(Picture(dayBox[x], width=100, height=100))
dayText.append(Text(dayBox[x]))
descText.append(Text(dayBox[x], size=10))
updateWeather()
updateForecast()
app.repeat((10 * 60 * 1000),updateWeather) #update every 10 minutes
app.repeat((60*60*1000),updateForecast) #update every hour
app.display()
