def starttimelapse2():
no = 1
global tbp
global running
global picture
global button
global r
global g
global b
global brightness
print('Time Lapse Has Started!')
## cam.start_preview()
sleep(2)
cam.capture("warmup.jpg")
endbutton.enable()
button.disable()
previewbutton.disable()
if os.path.exists("/home/pi/photos/" + filename_choice.value):
print("folder exits")
#appwarning = Window(app, title="Warning")
filenameexists = yesno("Filename already exists!",
"Would you like to overwrite?")
if filenameexists == True:
pass
else:
finishtimelapse()
#app.display()
else:
os.makedirs("/home/pi/photos/" + filename_choice.value)
print("made folder")
while running:
picture.hide()
set_motes()
sleep(0.5)
filename = "/home/pi/photos/" + str(filename_choice.value) + "/" + str(
filename_choice.value) + str(no).zfill(4) + (".jpg")
filename_choice.disable()
cam.iso = 100
sleep(2)
cam.shutter_speed = cam.exposure_speed
cam.exposure_mode = 'off'
g = cam.awb_gains
cam.awb_mode = 'off'
cam.awb_gains = g
cam.capture(filename)
print(tbp)
print('Captured %s' % filename)
im = Image.open(filename)
im.thumbnail((240, 180), Image.ANTIALIAS)
im.save('arse.png')
picture = Picture(app, image="arse.png", grid=[0, 4])
picture.height = 180
picture.width = 240
picture.show()
messagercounter = Text(app, text=str(no), grid=[0, 3])
no = no + 1
sleep(0.1)
mote.clear()
mote.show()
sleep(tbp)
def previewstart():
global picture
picture.hide()
cam.capture("preview.jpg")
im = Image.open("preview.jpg")
im.thumbnail((240, 180), Image.ANTIALIAS)
im.save('arse.png')
picture = Picture(app, image="arse.png", grid=[0, 4])
picture.height = 180
picture.width = 240
picture.show()
def TwoPlayer():
global suit1
global suit2
global suit3
global suit4
global isGameAddition
global addedScoresPlayerOne
global addedScoresPlayerTwo
suit1 = random.randint(0, 3); suit2 = random.randint(0, 3);
# print("First suit1 is " + str(suit1)); print("Second suit2 is " + str(suit2))
suit3 = random.randint(0, 3); suit4 = random.randint(0, 3)
# print("Third suit3 is " + str(suit3)); print("Fourth suit4 is " + str(suit4))
cardNumber1, suit1 = RandomCard(suit1); cardNumber2, suit2 = RandomCard(suit2)
# print("first card is " + str(cardNumber1)); print("second card is " + str(cardNumber2))
# print("CardnNumber1 suit number is " + str(suit1)); print("CardNumber2 suit number is " + str(suit2))
cardNumber3, suit3 = RandomCard(suit3); cardNumber4, suit4 = RandomCard(suit4)
# print("third card is " + str(cardNumber3)); print("fourth card is " + str(cardNumber4))
# print("CardnNumber3 suit number is " + str(suit3)); print("CardNumber4 suit number is " + str(suit4))
if (isGameAddition == True):
addedScoresPlayerOne = cardNumber1 + cardNumber2
addedScoresPlayerTwo = cardNumber3 + cardNumber4
elif (isGameAddition != True):
addedScoresPlayerOne = cardNumber1 - cardNumber2
addedScoresPlayerTwo = cardNumber3 - cardNumber4
#print(addedScoresPlayerOne); print(addedScoresPlayerTwo)
cardImage1 = Picture(cardImagesTwoPlayer1, image="PlayingCards/" + str(cardList[suit1][0]) + "/" + str(cardNumber1) + ".png", grid=[0, 0])
cardImage1.width = 144; cardImage1.height = 192
cardImage2 = Picture(cardImagesTwoPlayer1, image="PlayingCards/" + str(cardList[suit2][0]) + "/" + str(cardNumber2) + ".png", grid=[1, 0])
cardImage2.width = 144; cardImage2.height = 192
cardImage3 = Picture(cardImagesTwoPlayer2, image="PlayingCards/" + str(cardList[suit3][0]) + "/" + str(cardNumber3) + ".png", grid=[3, 0])
cardImage3.width = 144; cardImage3.height = 192
cardImage4 = Picture(cardImagesTwoPlayer2, image="PlayingCards/" + str(cardList[suit4][0]) + "/" + str(cardNumber4) + ".png", grid=[4, 0])
cardImage4.width = 144; cardImage4.height = 192
def OnePlayer():
global suit1
global suit2
global isGameAddition
global addedScoresPlayerOne
suit1 = random.randint(0, 3); suit2 = random.randint(0, 3)
# print("First suit is " + str(suit1)); print("Second suit is " + str(suit2))
cardNumber1, suit1 = RandomCard(suit1); cardNumber2, suit2 = RandomCard(suit2)
# print("first card is " + str(cardNumber1)); print("second card is " + str(cardNumber2))
# print("CardnNumber1 suit number is " + str(suit1)); print("CardNumber2 suit number is " + str(suit2))
if (isGameAddition == True):
addedScoresPlayerOne = cardNumber1 + cardNumber2
elif (isGameAddition != True):
addedScoresPlayerOne = cardNumber1 - cardNumber2
# print(addedScoresPlayerOne)
cardImage1 = Picture(cardImagesOnePlayer, image="PlayingCards/" + str(cardList[suit1][0]) + "/" + str(cardNumber1) + ".png", grid=[0, 0])
cardImage1.width = 144; cardImage1.height = 192
cardImage2 = Picture(cardImagesOnePlayer, image="PlayingCards/" + str(cardList[suit2][0]) + "/" + str(cardNumber2) + ".png", grid=[1, 0])
cardImage2.width = 144; cardImage2.height = 192
def test_getters_setters():
a = App()
p = Picture(a)
assert p.image == None
p.image = "../examples/guizero.gif"
assert p.image == "../examples/guizero.gif"
assert p._image.tk_image is not None
p.width = 100
assert p.width == 100
p.height = 100
assert p.height == 100
a.destroy()
def showBoard():
global board, tileButtonDict, tileList, gameBoard, difficulty
createGame(difficulty)
rowLabelCount = 0
columnLabelCount = 0
if len(tileList) > 256:
rowLength = int(len(tileList)/16)
else:
rowLength = math.sqrt(len(tileList))
rowCount = 0
columnCount = 0
for tile in tileList:
if not tile.isMined:
surroundingMines = Text(board, text=str(tile.surroundingMineCount), grid=[columnCount,rowCount])
surroundingMines.height = 2
surroundingMines.width = 3
textDict[tile.label] = surroundingMines
else:
picture = Picture(board, image='bomb2.jpg', grid=[columnCount,rowCount])
picture.height = 25
picture.width = 15
mineDict[tile.label] = picture
tileButton = PushButton(board, command=playGame, image = 'blank.jpg' , args=[tile], grid=[columnCount,rowCount], text='')#str(tile)#.isMined))#str(tile))
tileButton.bg = 'gray60'
#print ('button grid', tileButton.grid)
tileButton.when_right_button_pressed = markTile
tileButton.width = 32
tileButton.height = 37
tileButtonDict[tile.label] = tileButton
columnCount += 1
if columnCount == rowLength:
rowCount += 1
columnCount = 0
# Widgets
menubar = MenuBar(app,
toplevel=["File", "Edit"],
options=[
[ ["Today's Report", todays_report], [today.strftime("%Y Report"), yearly_report],\
["Recent Reports", white_card_folder]],
[ ["Today's List", open_window]]
])
title = Text(app, "Yard Crew", color="White", size=30, font="Quicksand Medium")
tech = Combo(app, options=techCombo + ["Tech"], selected="Tech" , command=writeTech)
tech.text_size = 30
tech.bg = "white"
spacer = Box(app, width="fill", height=20)
pic = Picture(app, image=str(main_image))
pic.width = 460
pic.height = 345
spacer2 = Box(app, width="fill", height=30)
close = PushButton(app, text="Exit", command=close_app)
# Second Window: Edit Today's List
window = Window(app, title = "Edit Today's List", height=500, width=950, layout="grid")
window.hide()
lspacer = Box(window, grid=[0,0], width=20, height=500)
left_box = Box(window, grid=[1,0])
mspacer = Box(window, grid=[2,0], width=40, height=500)
right_box = Box(window, grid=[3,0])
rspacer = Box(window, grid=[4,0], width=20, height=500)
# LeftBox
grid=[0, 2])
brightnessslider = Slider(app, grid=[1, 1], end="255", command=bright)
brightnessslider.width = 150
button = PushButton(app, command=thread_starting, text="Start", grid=[1, 3])
button.bg = 'green'
endbutton = PushButton(app, command=finishtimelapse, text="End", grid=[3, 3])
endbutton.bg = 'red'
filename_choice = TextBox(app, text="Filename", grid=[1, 4])
picture = Picture(app, image="arse.png", grid=[0, 4])
picture.height = 180
picture.width = 240
colour = Combo(app,
options=["white", "green", "red", "blue", "yellow", "pink"],
selected="white",
grid=[2, 1],
command=set_motes)
previewbutton = PushButton(app,
text="Preview",
command=previewstart,
grid=[2, 3])
endbutton.disable()
app.display()
def __init__(self, app):
Window.__init__(self, app, title="Scanner", layout="grid")
self.tk.attributes("-fullscreen", True)
self.hide()
# Components
Text(self, text="Scanner", grid=[0, 0, 3, 1])
Text(self, text="Empty", grid=[0, 1])
p1 = Picture(self, image="data/empty.jpg", grid=[0, 2])
p1.height = 194
p1.width = 259
def update_empty():
database.save_empty()
p1.value = "data/empty.jpg"
PushButton(self,
command=update_empty,
text="Retake Empty",
grid=[0, 7])
Text(self, text="Scan", grid=[1, 1, 2, 1])
p2 = Picture(self, image="data/testpic.jpg", grid=[1, 2])
p2.height = 194
p2.width = 259
p3 = Picture(self, image="data/testscan.jpg", grid=[2, 2])
p3.height = 135
p3.width = 184
m1 = Text(self, text="Card:", grid=[1, 6])
def update_scan():
global last_scan
out = scanner.scan_card(img=last_scan)
last_scan = out[0]
if out[1] is not None:
if len(out[1]) > 0:
cv2.drawContours(last_scan, out[1], -1, (0, 255, 0), 2)
if out[2] is not None:
cv2.drawContours(last_scan, [out[2]], -1, (255, 0, 0), 2)
cv2.imwrite("data/testpic.jpg", last_scan)
p2.value = "data/testpic.jpg"
if out[3] is not None:
cv2.imwrite("data/testscan.jpg", out[3])
p3.value = "data/testscan.jpg"
card = database.get_card(out[3])
if card is None:
m1.value = "Card: Not Found"
else:
m1.value = "Card: " + card.name
def update_lower():
scanner.lower = s1.value
update_scan()
s1 = Slider(self, command=update_lower, start=0, end=255, grid=[1, 3])
s1.value = scanner.lower
s1.width = 259
def update_upper():
scanner.upper = s2.value
update_scan()
s2 = Slider(self, command=update_upper, start=0, end=255, grid=[2, 3])
s2.value = scanner.upper
s2.width = 259
def update_width_min():
scanner.width_min = s3.value
update_scan()
s3 = Slider(self,
command=update_width_min,
start=0,
end=1500,
grid=[1, 4])
s3.value = scanner.width_min
s3.width = 259
def update_width_max():
scanner.width_max = s4.value
update_scan()
s4 = Slider(self,
command=update_width_max,
start=0,
end=1500,
grid=[2, 4])
s4.value = scanner.width_max
s4.width = 259
def update_height_min():
scanner.height_min = s5.value
update_scan()
s5 = Slider(self,
command=update_height_min,
start=0,
end=1500,
grid=[1, 5])
s5.value = scanner.height_min
s5.width = 259
def test_scanner():
out = scanner.scan_card()
global last_scan
last_scan = out[0]
if out[1] is not None:
if len(out[1]) > 0:
cv2.drawContours(last_scan, out[1], -1, (0, 255, 0), 2)
if out[2] is not None:
cv2.drawContours(last_scan, [out[2]], -1, (255, 0, 0), 2)
cv2.imwrite("data/testpic.jpg", last_scan)
p2.value = "data/testpic.jpg"
if out[3] is not None:
cv2.imwrite("data/testscan.jpg", out[3])
p3.value = "data/testscan.jpg"
card = database.get_card(out[3])
if card is None:
m1.value = "Card: Not Found"
else:
m1.value = "Card: " + card.name
PushButton(self, command=test_scanner, text="Scan", grid=[1, 7])
def close_scanner():
self.hide()
PushButton(self, command=close_scanner, text="Exit", grid=[0, 8, 2, 1])
text=">",
grid=[1, 0])
raw_button = PushButton(button_box,
command=go_to_page,
args=[-1],
text="Ingredients",
grid=[2, 0])
## Drink Buttons
mojito_box = Box(page_one, grid=[0, 1], align="top", layout="grid")
mojito_image = Picture(mojito_box,
grid=[0, 0],
align="top",
image="mojito.jpeg")
mojito_image.height = image_size
mojito_image.width = image_size
mojito_button = PushButton(mojito_box,
grid=[0, 1],
text="Mojito",
command=make_mojito)
marg_box = Box(page_one, grid=[1, 1], align="top", layout="grid")
marg_image = Picture(marg_box,
grid=[0, 0],
align="top",
image="strawberryMarg.jpg")
marg_image.height = image_size
marg_image.width = image_size
strawberry_marg_button = PushButton(marg_box,
grid=[0, 1],
command=make_strawberry_marg,
app.after(TimepoError,bg_grey)
return False
else:
Text_Response.value=e.reason
app.bg="#FFFF00"
space1.bg="#FFFF00"
space1.text_color="#FFFF00"
app.after(TimepoError,bg_grey)
return False
app = App(title="Sebas",height=420,width=480,layout="grid",bg="gray")
#app = App(title="Sebas",height=420,width=480)
space1 = Text(app, text="aaaaaaa", size=20, grid=[0,0],color="gray",bg="gray")
logo = Picture(app, image=image_path, grid=[1,0])
logo.height=250
logo.width=250
space2 = Text(app, text="", size=10, grid=[1,1])
Text_Response = Text(app, text="", size=28, grid=[1,2], font="Times New Roman", color="black")
space3 = Text(app, text="", size=10, grid=[1,3])
BARCODE = TextBox(app, height=64, width=36, grid=[1,4])
BARCODE.focus()
BARCODE.tk.bind('<Key-Return>', ScanBarcode)
app.display()
##### <<<<<<<<< SETUP GPIO PINS FOR BUBBLES >>>>>>>>> #####
GPIO.setmode(GPIO.BCM)
GPIO.setwarnings(False)
GPIO.setup(gpio_pin, GPIO.OUT)
GPIO.output(gpio_pin, GPIO.HIGH)
##### <<<<<<<<< CONFIGURE GUI >>>>>>>>> #####
# Header Section
playback_app = App(title="Playback App", bg=(255, 255, 255), layout='grid')
user_window = Window(playback_app, title="User", layout='grid')
isvrlogo = Picture(user_window, image="isvrlogo.jpg", grid=[0, 0, 2, 1])
isvrlogo.height = 50
isvrlogo.width = 150
spacer = Text(user_window, text=" ", size=30, grid=[0, 1, 1, 1])
# annotation = Text(user_window,text="Bubble Demo",size=30,grid=[2,0,2,1])
spacer = Text(user_window, text=" ", size=30, grid=[2, 0, 2, 1])
spacer = Text(user_window, text=" ", size=30, grid=[4, 1, 1, 1])
uoslogo = Picture(user_window, image="uoslogo.jpg", grid=[4, 0], align='right')
# uoslogo = PushButton(user_window, command=open_admin,image="uoslogo.jpg",grid=[4,0],align='right')
uoslogo.height = 50
uoslogo.width = 167
uoslogo.when_clicked = open_admin
# Main Section
play_button = PushButton(user_window,
command=push_play,
text="Tone On",
grid=[1, 1, 2, 1],
picture.cancel(
nextFrame
) # necessary so that a click will advance the frame, but cancel the previously scheduled advance
currentFrame = currentFrame + 1
picture.value = home_path + str(
currentFrame) + config['SplashScreen']['imageFile']
picture.after(
int(config['SplashScreen']['animateSecondsPerFrame']) * 1000,
nextFrame)
currentFrame = 1
picture = Picture(splashApp,
image=home_path + str(currentFrame) +
config['SplashScreen']['imageFile'])
# scale the picture so its the same as the app
picture.width = splashApp.width
picture.height = splashApp.height
timer = picture.after(
int(config['SplashScreen']['animateSecondsPerFrame']) * 1000,
nextFrame) # kick off the animation
splashApp.when_key_pressed = onKeyPress
splashApp.when_clicked = onClick
splashApp.display()
#### IDE Launch ####
# Take the starter file and move it into place, overwriting the file that's there:
shutil.copyfile(
home_path + config['Activity']['starterFile'],
config['Activity']['newFileLocation'] + config['Activity']['newFileName'])
def LiveCollection(cycles):
printedData = []
liveTime = []
liveTemp = []
liveHumid = []
livePress = []
liveWindow = Window(app, title="Data Collection Window", layout="grid")
liveWindow.width = 620
liveWindow.height = 920
try:
localCycles = int(cycles)
except:
print("invalid variable")
liveWindow.error("Error", "Invalid Variable")
else:
x = 0
localCycles = int(cycles)
liveDataList = ListBox(liveWindow)
imageContainer = Box(liveWindow,
layout="grid",
grid=[1, 0],
align="top",
border=True)
imageContainer.border = 10
liveTempImage = Picture(imageContainer)
liveHumidImage = Picture(imageContainer)
livePressImage = Picture(imageContainer)
while x < (localCycles):
currentTemperature = (round(sense.get_temperature(), 2))
currentHumidity = round(sense.get_humidity(), 2)
currentPressure = round(sense.get_pressure(), 2)
currentTime = time.strftime("%H%M%S", time.localtime())
currentDate = time.strftime("%Y%m%d", gmtime())
ID = str(currentTime) + str(currentDate)
liveTime.append(currentTime)
liveTemp.append(currentTemperature)
liveHumid.append(currentHumidity)
livePress.append(currentPressure)
printedData.append(("ID:", ID))
printedData.append(("Temp:", currentTemperature))
printedData.append(("Humidity:", currentHumidity))
printedData.append(("Pressure:", currentPressure))
printedData.append(("Time:", currentTime))
printedData.append(("Date:", currentDate))
printedData.append(
("Entry: {0} Out of: {1}".format(x + 1, localCycles)))
printedData.append("")
connection.execute(
"INSERT INTO WeatherData (ID, Temp, Humid, Press, Time, Date) Values ({0}, {1}, {2}, {3}, {4}, {5});"
.format(ID, currentTemperature, currentHumidity,
currentPressure, currentTime, currentDate))
connection.commit()
plt.clf()
plt.plot(liveTime, liveTemp)
plt.ylabel("Temperature")
plt.xlabel("Time")
plt.savefig("liveTemp.png")
plt.clf()
plt.plot(liveTime, liveHumid)
plt.ylabel("Pressure")
plt.xlabel("Time")
plt.savefig("liveHumid.png")
plt.clf()
plt.plot(liveTime, livePress)
plt.ylabel("Humidity")
plt.xlabel("Time")
plt.savefig("livePress.png")
plt.clf()
liveDataList.destroy()
liveDataList = ListBox(liveWindow,
items=printedData,
grid=[0, 0],
scrollbar=True)
liveDataList.width = 200
liveDataList.height = 920
liveTempImage.destroy()
liveTempImage = Picture(imageContainer,
image="liveTemp.png",
grid=[0, 0])
liveTempImage.width = 400
liveTempImage.height = 300
liveHumidImage.destroy()
liveHumidImage = Picture(imageContainer,
image="liveHumid.png",
grid=[0, 1])
liveHumidImage.width = 400
liveHumidImage.height = 300
livePressImage.destroy()
livePressImage = Picture(imageContainer,
image="livePress.png",
grid=[0, 2])
livePressImage.width = 400
livePressImage.height = 300
liveWindow.update()
time.sleep(10)
x += 1
liveWindow.focus()
text.width = 30 text.height = 2 text_box = TextBox(app, "some text") text_box.width = 50 slider = Slider(app) slider.width = 300 slider.height = 30 button = PushButton(app) button.width = 20 button.height = 2 pic = Picture(app, image="guizero.gif") pic.width = 400 pic.height = 50 combo = Combo(app, ["martin", "laura", "rik"]) combo.width = 50 combo.height = 2 check = CheckBox(app, "tick me") check.width = 17 check.height = 2 button_group = ButtonGroup(app, ["cheese", "onion", "crisps"], 1) button_group.width = 35 button_group.height = 9 button_group.bg = "darkgrey"
from guizero import App, Picture, PushButton, info
app = App()
anim = Picture(app, "guizero_flash.gif")
anim.width = 200
anim.height = 100
button = PushButton(app,
command=info,
args=["button", "you pushed the image"],
image="guizero_flash.gif")
button.width = 200
button.height = 100
app.display()
temp_led.bg = 'red' ph_led.bg = 'red' dox_led.bg = 'red' temp_led.disable() ph_led.disable() dox_led.disable() divider2 = Text(box, text="", grid=[1, 5]) divider2.width = 10 divider2.font = 'Source code pro' values_tag = Text(box, text="Sensor Values", grid=[1, 6]) values_tag.size = 10 values_tag.font = 'Source code pro' temp_server = Text(box, text='', grid=[1, 7]) ph_server = Text(box, text='', grid=[2, 7]) dox_server = Text(box, text='', grid=[3, 7]) divider3 = Text(box, text="", grid=[1, 8]) divider3.width = 10 divider3.font = 'Source code pro' picture = Picture(app, image="logo.jpeg", grid=[2, 9]) picture.width = 75 picture.height = 75 app.repeat(1000, read_sensors) # Schedule call to counter() every 1000ms app.display()
from guizero import App, PushButton, Text, Box, Window, Picture app = App(height=1000, width=1000) board1 = Box(app, height=50, width=50) board1.tk.grid = [0,0] board1.bg = 'red' board2 = Box(app, height=50, width=50) board2.bg = 'blue' board2.tk.grid = [1,2] board3 = Box(app, height=50, width=50) board3.tk.grid = [1,1] board3.bg = 'green' board3 = Box(app, height=50, width=50) board3.bg = 'yellow' board4 = Box(app, height=50, width=50) board4.tk.grid = [1,3] picture = Picture(board4, image='lose2.jpg') picture.height = 50 picture.width = 50 #board3.bg = 'green' #picture = Picture(app, image='lose2.jpg', grid=[0,0]) #picture = Picture(app, image='lose2.jpg', grid=[0,2, 10, 3]) app.display()
def __init__(self, app, cd):
Window.__init__(self, app, title="Scanner", layout="grid")
CD = cd
self.tk.attributes("-fullscreen", True)
self.hide()
# Scanner page title
Text(self, text="Scanner", grid=[0, 0, 3, 1])
# Empty column 0
Text(self, text="Empty", grid=[0, 1])
p1 = Picture(self, image="data/empty.jpg", grid=[0, 2])
p1.height = 194
p1.width = 259
def update_empty():
cd.save_empty()
p1.value = "data/empty.jpg"
PushButton(self,
command=update_empty,
text="Retake Empty",
grid=[0, 7])
# Scan columns 1 & 2
Text(self, text="Scan", grid=[1, 1, 2, 1])
p2 = Picture(self, image="data/testpic.jpg", grid=[1, 2])
p2.height = 194
p2.width = 259
p3 = Picture(self, image="data/testscan.jpg", grid=[2, 2])
p3.height = 135
p3.width = 184
m1 = Text(self, text="Card: Tragic Arrogance", grid=[1, 3, 2, 1])
# Scan parameter sliders
def update_width_min():
scanner.width_min = s1.value
s1 = Slider(self,
command=update_width_min,
start=0,
end=1500,
grid=[1, 4, 2, 1])
s1.value = scanner.width_min
def update_width_max():
scanner.width_max = s2.value
s2 = Slider(self,
command=update_width_max,
start=0,
end=1500,
grid=[1, 5, 2, 1])
s2.value = scanner.width_max
def update_height_min():
scanner.height_min = s3.value
s3 = Slider(self,
command=update_height_min,
start=0,
end=1500,
grid=[1, 6, 2, 1])
s3.value = scanner.height_min
# Scan button
def test_scanner():
# use scanner to scan card and set last_scan as image taken
out = scanner.scan_card()
global last_scan
last_scan = out[0]
# draw contours of left boundary and min-max width x min height box
# in red within image dimensions 2592 x 1944
lb = scanner.left_boundary
hb = (1944 - scanner.height_min) / 2
ht = 1944 - hb
wnb = (2592 - scanner.width_min) / 2
wnt = 2592 - wnb
wxb = (2592 - scanner.width_max) / 2
wxt = 2592 - wxb
red = [
np.array([[[lb, 0]], [[lb, 0]], [[lb, 1943]], [[lb, 1943]]],
dtype=np.int32),
np.array([[[wnb, hb]], [[wnt, hb]], [[wnt, ht]], [[wnb, ht]]],
dtype=np.int32),
np.array([[[wxb, hb]], [[wxt, hb]], [[wxt, ht]], [[wxb, ht]]],
dtype=np.int32)
]
cv2.drawContours(last_scan, red, -1, (0, 0, 255), 2)
# if any contours were detected, draw them in green
if out[1] is not None:
if len(out[1]) > 0:
cv2.drawContours(last_scan, out[1], -1, (0, 255, 0), 3)
# if artwork contour was detected, draw it in blue
if out[2] is not None:
cv2.drawContours(last_scan, [out[2]], -1, (255, 0, 0), 4)
# save last_scan
cv2.imwrite("data/testpic.jpg", last_scan)
p2.value = "data/testpic.jpg"
# if artwork image was detected, save it and display the
# corresponding card name if one is found
if out[3] is not None:
cv2.imwrite("data/testscan.jpg", out[3])
p3.value = "data/testscan.jpg"
card = CD.get_card(out[3])
if card is None:
m1.value = "Card: Not Found"
else:
m1.value = "Card: " + card.name
PushButton(self, command=test_scanner, text="Scan", grid=[1, 7, 2, 1])
# Exit button
def close_scanner():
self.hide()
PushButton(self, command=close_scanner, text="Exit", grid=[0, 8, 3, 1])
