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ICCT.py
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ICCT.py
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import tkinter as tk
import tkinter.ttk as ttk
from tkinter import filedialog, messagebox
import webbrowser
import cv2
import numpy as np
from matplotlib.figure import Figure
from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg, NavigationToolbar2Tk
from mpl_toolkits import mplot3d
from matplotlib import cm
appLinkURL = 'https://www.github.com/SagarDevAchar/'
applicationOperations = {' Adjust': [(-100, 100, "Brightness"), (-100, 100, "Contrast"), None],
' Specific': [(0, 255, "Red"), (0, 255, "Green"), (0, 255, "Blue")],
' Intensity': [(-255, 255, "Red"), (-255, 255, "Green"), (-255, 255, "Blue")],
' Greyscale': [None, None, None],
' Inverse': [(0, 255, "Amount"), None, None],
' Ceiling': [(0, 255, "Red"), (0, 255, "Green"), (0, 255, "Blue")],
' Floor': [(0, 255, "Red"), (0, 255, "Green"), (0, 255, "Blue")]}
def colourFmtConv(BGRA, toFmt):
convFmt = np.array([None])
if toFmt.upper() == 'HEX':
convFmt[0] = "#%02x%02x%02x%02x" % (BGRA[2], BGRA[1], BGRA[0], BGRA[3])
elif toFmt.upper() == 'HSL':
RGB_norm = BGRA[:3][::-1] / 255
C_max = np.max(RGB_norm)
C_min = np.min(RGB_norm)
D = C_max - C_min
L = (C_max + C_min) / 2
if D == 0:
S = 0
H = 0
else:
S = D / (1 - abs(2 * L - 1))
H = 60
if C_max == RGB_norm[0]:
H *= ((RGB_norm[1] - RGB_norm[2]) / D % 6)
elif C_max == RGB_norm[1]:
H *= ((RGB_norm[2] - RGB_norm[0]) / D + 2)
else:
H *= ((RGB_norm[0] - RGB_norm[1]) / D + 4)
convFmt = np.array([H, S * 100, L * 100])
elif toFmt.upper() == 'CMYK':
RGB_norm = BGRA[:3][::-1] / 255
K = 1 - np.max(RGB_norm)
C = (1 - RGB_norm[0] - K) / (1 - K)
M = (1 - RGB_norm[1] - K) / (1 - K)
Y = (1 - RGB_norm[2] - K) / (1 - K)
convFmt = np.array([C * 100, M * 100, Y * 100, K * 100])
convFmt[np.isnan(convFmt)] = 0
return convFmt
def openUrl(*kwargs):
webbrowser.open(appLinkURL)
class ApplicationVisualizer:
def __init__(self, imgData):
self.MainApplication = tk.Toplevel()
self.VisualFrame = tk.Frame(self.MainApplication)
imageRes = np.shape(imgData)
X = np.arange(imageRes[1])
Y = np.arange(imageRes[0])[::-1]
X, Y = np.meshgrid(X, Y)
imgFig = Figure(figsize=(13.5, 8), dpi=80)
R_data = np.array(imgData[:, :, 0], dtype=np.float)
G_data = np.array(imgData[:, :, 1], dtype=np.float)
B_data = np.array(imgData[:, :, 2], dtype=np.float)
R_plot = imgFig.add_subplot(2, 3, 1, projection='3d')
G_plot = imgFig.add_subplot(2, 3, 2, projection='3d')
B_plot = imgFig.add_subplot(2, 3, 3, projection='3d')
R_map = imgFig.add_subplot(2, 3, 4)
G_map = imgFig.add_subplot(2, 3, 5)
B_map = imgFig.add_subplot(2, 3, 6)
R_plot.plot_surface(X, Y, R_data, cmap=cm.coolwarm)
R_plot.set_zlim(0, 256)
R_plot.set_zlabel("R")
G_plot.plot_surface(X, Y, G_data, cmap=cm.coolwarm)
G_plot.set_zlim(0, 256)
G_plot.set_zlabel("G")
B_plot.plot_surface(X, Y, G_data, cmap=cm.coolwarm)
B_plot.set_zlim(0, 256)
B_plot.set_zlabel("B")
R_map.imshow(R_data, cmap='Reds', interpolation=None)
G_map.imshow(G_data, cmap='Greens', interpolation=None)
B_map.imshow(B_data, cmap='Blues', interpolation=None)
self.ImageCanvas = FigureCanvasTkAgg(imgFig, self.VisualFrame)
self.ImageCanvas.get_tk_widget().pack()
self.ImageToolbar = NavigationToolbar2Tk(self.ImageCanvas, self.VisualFrame)
self.ImageToolbar.config(padx=5)
self.ImageToolbar.update()
self.ImageCanvas.get_tk_widget().pack()
self.VisualFrame.pack(padx=5, pady=5)
self.MainApplication.title('ICCT Visualizer')
class ApplicationICCT:
def setDefaults(self):
self.VAR_fileName.set("No file selected")
self.ImageBGRA = None
self.ImageOriginal = None
self.VAR_filterR.set(0)
self.VAR_filterG.set(0)
self.VAR_filterB.set(0)
self.VAR_operationMode.set('')
self.RedChannelEntry.config(state='disabled')
self.RedChannelScale.config(state='disabled')
self.RedChannelLabel.config(state='disabled')
self.GreenChannelEntry.config(state='disabled')
self.GreenChannelScale.config(state='disabled')
self.GreenChannelLabel.config(state='disabled')
self.BlueChannelEntry.config(state='disabled')
self.BlueChannelScale.config(state='disabled')
self.BlueChannelLabel.config(state='disabled')
self.ProcessButton.config(state='disabled')
self.ResetButton.config(state='disabled')
self.SaveButton.config(state='disabled')
self.VisualizerButton.config(state='disabled')
self.VAR_pickerR.set("---")
self.VAR_pickerG.set("---")
self.VAR_pickerB.set("---")
self.VAR_pickerH.set("---")
self.VAR_pickerS.set("---")
self.VAR_pickerL.set("---")
self.VAR_pickerC.set("---")
self.VAR_pickerM.set("---")
self.VAR_pickerY.set("---")
self.VAR_pickerK.set("---")
self.VAR_pickerHEX.set("#--------")
self.PickerSampleCanvas.config(background="#f0f0f0")
self.PickerSampleCanvas.itemconfig(self.PickerAlphaText, text="Alpha : ---", fill="#000000")
self.ImageFigure.clear()
self.ImageCanvas.draw()
self.ImageCanvas.mpl_disconnect(self.pickerClickPID)
self.BrowseFileButton.config(state='enabled')
self.ClearFileButton.config(state='disabled')
def modeChangeEvent(self, *kwargs):
self.VAR_filterR.set(0)
self.VAR_filterG.set(0)
self.VAR_filterB.set(0)
operationMode = self.VAR_operationMode.get()
if operationMode != '':
modeParams = applicationOperations[operationMode]
if modeParams[0]:
self.RedChannelLabel.config(state='enabled', text=modeParams[0][2])
self.RedChannelEntry.config(state='enabled')
self.RedChannelScale.config(state='enabled', from_=modeParams[0][0], to=modeParams[0][1])
else:
self.RedChannelLabel.config(state='disabled', text="Red")
self.RedChannelEntry.config(state='disabled')
self.RedChannelScale.config(state='disabled', from_=0, to=1)
if modeParams[1]:
self.GreenChannelLabel.config(state='enabled', text=modeParams[1][2])
self.GreenChannelEntry.config(state='enabled')
self.GreenChannelScale.config(state='enabled', from_=modeParams[1][0], to=modeParams[1][1])
else:
self.GreenChannelLabel.config(state='disabled', text="Green")
self.GreenChannelEntry.config(state='disabled')
self.GreenChannelScale.config(state='disabled', from_=0, to=1)
if modeParams[2]:
self.BlueChannelLabel.config(state='enabled', text=modeParams[2][2])
self.BlueChannelEntry.config(state='enabled')
self.BlueChannelScale.config(state='enabled', from_=modeParams[2][0], to=modeParams[2][1])
else:
self.BlueChannelLabel.config(state='disabled', text="Blue")
self.BlueChannelEntry.config(state='disabled')
self.BlueChannelScale.config(state='disabled', from_=0, to=1)
def openFile(self):
ImageFilePath = filedialog.askopenfilename(filetypes=[("Image files", ".jpg .jpeg .png .bmp")])
try:
if ImageFilePath != '':
self.ImageBGRA = cv2.imread(ImageFilePath, cv2.IMREAD_UNCHANGED)
if self.ImageBGRA.shape[2] == 3:
(W, H, X) = self.ImageBGRA.shape
self.ImageBGRA = np.dstack((self.ImageBGRA, np.ones((W, H), dtype=np.uint8) * 255))
self.ImageOriginal = np.array(self.ImageBGRA)
self.showImage()
self.VAR_fileName.set(ImageFilePath.split('/')[-1])
self.BrowseFileButton.config(state='disabled')
self.ClearFileButton.config(state='enabled')
self.ProcessButton.config(state='enabled')
self.ResetButton.config(state='enabled')
self.SaveButton.config(state='enabled')
self.VisualizerButton.config(state='enabled')
self.pickerClickPID = self.ImageCanvas.mpl_connect('button_press_event', self.colourPickerClick)
except:
messagebox.showerror("Error", "Invalid Image")
self.setDefaults()
def showImage(self):
self.ImageFigure.clear()
self.ImagePlot = self.ImageFigure.add_subplot()
self.ImagePlot.imshow(cv2.cvtColor(self.ImageBGRA, cv2.COLOR_BGRA2RGBA))
self.ImageCanvas.draw()
def applyImageFilter(self):
operationMode = self.ModeOptionMenu.get().upper().strip()
if self.VAR_cumulative.get() == 0:
self.ImageBGRA = np.array(self.ImageOriginal)
try:
R = self.VAR_filterR.get()
G = self.VAR_filterG.get()
B = self.VAR_filterB.get()
except tk.TclError:
messagebox.showerror("Error", "Invalid Input Parameters")
return
if operationMode == 'ADJUST':
B, C = R * 2.55, 1 + G / 100
ImageBGR = np.array(self.ImageBGRA[:, :, :3], dtype=np.float)
self.ImageBGRA = np.dstack((np.array((C * (ImageBGR - 128) + 128 + B).clip(min=0, max=255), dtype=np.uint8),
self.ImageBGRA[:, :, 3]))
if operationMode == 'SPECIFIC':
negative = np.where(np.logical_or(self.ImageBGRA[:, :, 0] != B,
self.ImageBGRA[:, :, 1] != G,
self.ImageBGRA[:, :, 2] != R))
if colourFmtConv(np.array([B, G, R, 255]), 'hsl')[2] > 17.5:
self.ImageBGRA[negative] = [0, 0, 0, 255]
else:
self.ImageBGRA[negative] = [255, 255, 255, 255]
elif operationMode == 'INTENSITY':
BGRA = np.array([B, G, R, 0])
self.ImageBGRA = np.array((np.array(self.ImageBGRA) + BGRA).clip(min=0, max=255), dtype=np.uint8)
elif operationMode == 'GREYSCALE':
Gray = np.array(0.299 * self.ImageBGRA[:, :, 2] +
0.587 * self.ImageBGRA[:, :, 1] +
0.114 * self.ImageBGRA[:, :, 0], dtype=np.uint8)
Alpha = self.ImageBGRA[:, :, 3]
self.ImageBGRA = np.dstack((Gray, Gray, Gray, Alpha))
elif operationMode == 'INVERSE':
self.ImageBGRA = np.array(np.absolute(np.array(self.ImageBGRA, dtype=np.int) - [R, R, R, 0]),
dtype=np.uint8)
elif operationMode == 'CEILING':
ImageBGR = self.ImageBGRA[:, :, :3]
ImageBGR[ImageBGR[:, :, 0] > B] = 0
ImageBGR[ImageBGR[:, :, 1] > G] = 0
ImageBGR[ImageBGR[:, :, 2] > R] = 0
self.ImageBGRA = np.dstack((ImageBGR, self.ImageBGRA[:, :, 3]))
elif operationMode == 'FLOOR':
ImageBGR = self.ImageBGRA[:, :, :3]
ImageBGR[ImageBGR[:, :, 0] < B] = 0
ImageBGR[ImageBGR[:, :, 1] < G] = 0
ImageBGR[ImageBGR[:, :, 2] < R] = 0
self.ImageBGRA = np.dstack((ImageBGR, self.ImageBGRA[:, :, 3]))
self.showImage()
def resetImageFilter(self):
self.ImageBGRA = np.array(self.ImageOriginal)
self.showImage()
def saveImagePreview(self):
saveFilename = filedialog.asksaveasfilename(defaultextension='.png', filetypes=[("PNG File", '*.png'),
("JPG File", '*.jpg'),
("JPEG File", '*.jpeg')])
try:
print(saveFilename)
if saveFilename != '':
cv2.imwrite(saveFilename, self.ImageBGRA)
messagebox.showinfo("Info", "Image saved successfully!")
except Exception as e:
print(e)
messagebox.showerror("Error", "Error while writing file")
def visualizeImage(self):
ApplicationVisualizer(self.ImageBGRA)
def colourPickerClick(self, clickEvent):
x, y = int(round(clickEvent.xdata)), int(round(clickEvent.ydata))
pickedPixelBGRA = self.ImageBGRA[y, x, :]
HSL = colourFmtConv(pickedPixelBGRA, 'hsl')
CMYK = colourFmtConv(pickedPixelBGRA, 'cmyk')
HEX = colourFmtConv(pickedPixelBGRA, 'hex')
self.VAR_pickerR.set("%03d" % pickedPixelBGRA[2])
self.VAR_pickerG.set("%03d" % pickedPixelBGRA[1])
self.VAR_pickerB.set("%03d" % pickedPixelBGRA[0])
self.VAR_pickerH.set("%03d" % HSL[0])
self.VAR_pickerS.set("%03d" % HSL[1])
self.VAR_pickerL.set("%03d" % HSL[2])
self.VAR_pickerC.set("%03d" % CMYK[0])
self.VAR_pickerM.set("%03d" % CMYK[1])
self.VAR_pickerY.set("%03d" % CMYK[2])
self.VAR_pickerK.set("%03d" % CMYK[3])
self.VAR_pickerHEX.set(HEX[0].upper())
self.PickerSampleCanvas.config(background=HEX[0][:7])
FG = "#000000" if HSL[2] > 20 else "#ffffff"
self.PickerSampleCanvas.itemconfig(self.PickerAlphaText, text="Alpha : %d" % pickedPixelBGRA[3], fill=FG)
def __init__(self):
self.ImageBGRA = None
self.ImageOriginal = None
self.MainApplication = tk.Tk()
self.MainApplicationFrame = ttk.Frame(self.MainApplication)
# <| METADATA DISPLAY FOR THE APPLICATION |>
self.AppNameLabel = ttk.Label(self.MainApplicationFrame)
self.AppNameLabel.config(anchor='w', font='{Arial} 20 {bold}', text='Image Colour Channel Tool')
self.AppNameLabel.place(anchor='n', x='215', y='25')
self.AppCreditLabel = ttk.Label(self.MainApplicationFrame)
self.AppCreditLabel.config(text='By Sagar Dev Achar')
self.AppCreditLabel.place(anchor='n', x='215', y='63')
self.AppLinkLabel = ttk.Label(self.MainApplicationFrame)
self.AppLinkLabel.config(cursor='hand2', foreground='#0000ff', text=appLinkURL)
self.AppLinkLabel.place(anchor='n', x='215', y='85')
self.AppLinkLabel.bind("<Button>", openUrl)
# <| FRAME FOR IMAGE PREVIEW |>
self.PreviewFrame = ttk.Labelframe(self.MainApplicationFrame)
self.ImageFigure = Figure(figsize=(10.0625, 8.3125), dpi=80)
self.ImagePlot = None
self.pickerClickPID = None
self.ImageCanvas = FigureCanvasTkAgg(self.ImageFigure, self.PreviewFrame)
self.ImageCanvas.get_tk_widget().pack(padx=5)
self.ImageToolbar = NavigationToolbar2Tk(self.ImageCanvas, self.PreviewFrame)
self.ImageToolbar.config(padx=5)
self.ImageToolbar.update()
self.ImageCanvas.get_tk_widget().pack()
self.VisualizerButton = ttk.Button(self.ImageToolbar, command=self.visualizeImage)
self.VisualizerButton.config(text='Visualize', width='12', state='disabled')
self.VisualizerButton.place(anchor='w', relx='0.5', rely='0.5')
self.PreviewFrame.config(height='715', text='Image Preview', width='850')
self.PreviewFrame.pack(padx='5', pady='5', side='right')
self.Separator = ttk.Separator(self.MainApplicationFrame)
self.Separator.config(orient='vertical', takefocus=False)
self.Separator.place(anchor='n', height='715', x='440', y='5')
# <| FRAME FOR THE CHANNEL CONTROLS OF THE APPLICATION |>
self.ControlFrame = ttk.Labelframe(self.MainApplicationFrame)
self.BrowseFileButton = ttk.Button(self.ControlFrame, command=self.openFile)
self.BrowseFileButton.config(text='Browse', width='8')
self.BrowseFileButton.place(anchor='w', x='30', y='35')
self.VAR_fileName = tk.StringVar('')
self.VAR_fileName.set('No file selected')
self.FilePathEntry = ttk.Entry(self.ControlFrame, textvariable=self.VAR_fileName)
self.FilePathEntry.config(state='readonly', justify='center')
self.FilePathEntry.place(anchor='w', width='255', x='100', y='35')
self.ClearFileButton = ttk.Button(self.ControlFrame, command=self.setDefaults)
self.ClearFileButton.config(state='disabled', text='X', width='3')
self.ClearFileButton.place(anchor='e', x='395', y='35')
self.ModeTextLabel = ttk.Label(self.ControlFrame, text='Effect Mode')
self.ModeTextLabel.place(anchor='w', x='100', y='95')
self.VAR_operationMode = tk.StringVar('')
self.VAR_operationMode.trace('w', self.modeChangeEvent)
self.ModeOptionMenu = ttk.Combobox(self.ControlFrame, state='readonly', width='20')
self.ModeOptionMenu.config(values=list(applicationOperations.keys()), textvariable=self.VAR_operationMode)
self.ModeOptionMenu.place(anchor='e', x='330', y='95')
self.VAR_cumulative = tk.IntVar()
self.VAR_cumulative.set(0)
self.CumulativeCheckBox = ttk.Checkbutton(self.ControlFrame, text='Cumulative Filters')
self.CumulativeCheckBox.config(variable=self.VAR_cumulative)
self.CumulativeCheckBox.place(anchor='center', relx='0.5', y='130')
self.VAR_filterR = tk.IntVar()
self.VAR_filterG = tk.IntVar()
self.VAR_filterB = tk.IntVar()
self.RedChannelScale = ttk.Scale(self.ControlFrame)
self.RedChannelScale.config(length=256, orient='horizontal', variable=self.VAR_filterR)
self.RedChannelScale.place(anchor='w', x='80', y='175')
self.RedChannelLabel = ttk.Label(self.ControlFrame, text='Red')
self.RedChannelLabel.place(anchor='e', x='65', y='175')
self.RedChannelEntry = ttk.Entry(self.ControlFrame, width='5', textvariable=self.VAR_filterR)
self.RedChannelEntry.place(anchor='w', x='355', y='175')
self.GreenChannelScale = ttk.Scale(self.ControlFrame)
self.GreenChannelScale.config(length=256, orient='horizontal', variable=self.VAR_filterG)
self.GreenChannelScale.place(anchor='w', x='80', y='210')
self.GreenChannelLabel = ttk.Label(self.ControlFrame, text='Green')
self.GreenChannelLabel.place(anchor='e', x='65', y='210')
self.GreenChannelEntry = ttk.Entry(self.ControlFrame, width='5', textvariable=self.VAR_filterG)
self.GreenChannelEntry.place(anchor='w', x='355', y='210')
self.BlueChannelScale = ttk.Scale(self.ControlFrame)
self.BlueChannelScale.config(length=256, orient='horizontal', variable=self.VAR_filterB)
self.BlueChannelScale.place(anchor='w', x='80', y='245')
self.BlueChannelLabel = ttk.Label(self.ControlFrame, text='Blue')
self.BlueChannelLabel.place(anchor='e', x='65', y='245')
self.BlueChannelEntry = ttk.Entry(self.ControlFrame, width='5', textvariable=self.VAR_filterB)
self.BlueChannelEntry.place(anchor='w', x='355', y='245')
self.ProcessButton = ttk.Button(self.ControlFrame, text='Apply Parameters', command=self.applyImageFilter)
self.ProcessButton.place(anchor='w', width='150', x='60', y='310')
self.ResetButton = ttk.Button(self.ControlFrame, text='Reset Preview', command=self.resetImageFilter)
self.ResetButton.place(anchor='e', width='150', x='370', y='310')
self.SaveButton = ttk.Button(self.ControlFrame, text='Save Current Preview', command=self.saveImagePreview)
self.SaveButton.place(anchor='w', width='310', x='60', y='345')
# <| FRAME TO DISPLAY COLOR PICKER OUTPUT |>
self.PickerFrame = ttk.Labelframe(self.ControlFrame)
self.VAR_pickerA = tk.StringVar("")
self.VAR_pickerR = tk.StringVar("")
self.VAR_pickerG = tk.StringVar("")
self.VAR_pickerB = tk.StringVar("")
self.VAR_pickerH = tk.StringVar("")
self.VAR_pickerS = tk.StringVar("")
self.VAR_pickerL = tk.StringVar("")
self.VAR_pickerC = tk.StringVar("")
self.VAR_pickerM = tk.StringVar("")
self.VAR_pickerY = tk.StringVar("")
self.VAR_pickerK = tk.StringVar("")
self.VAR_pickerHEX = tk.StringVar("")
self.PickerSampleCanvas = tk.Canvas(self.PickerFrame)
self.PickerSampleCanvas.config(borderwidth='1', width='125', height='125', highlightbackground='#000000')
self.PickerAlphaText = self.PickerSampleCanvas.create_text(9, 7, text="ALPHA : ---", anchor='nw')
self.PickerSampleCanvas.place(anchor='e', x='400', y='85')
self.PickerRGBLabel = ttk.Label(self.PickerFrame, text='RGB :')
self.PickerRGBLabel.place(anchor='e', x='65', y='30')
self.PickerRValueLabel = ttk.Label(self.PickerFrame, background='#ff0000', foreground='#ffffff', padding='3')
self.PickerRValueLabel.config(textvariable=self.VAR_pickerR)
self.PickerRValueLabel.place(anchor='w', x='75', y='30')
self.PickerGValueLabel = ttk.Label(self.PickerFrame, background='#00ff00', padding='3')
self.PickerGValueLabel.config(textvariable=self.VAR_pickerG)
self.PickerGValueLabel.place(anchor='w', x='115', y='30')
self.PickerBValueLabel = ttk.Label(self.PickerFrame, background='#0000ff', foreground='#ffffff', padding='3')
self.PickerBValueLabel.config(textvariable=self.VAR_pickerB)
self.PickerBValueLabel.place(anchor='w', x='155', y='30')
self.PickerHSLLabel = ttk.Label(self.PickerFrame, text='HSL :')
self.PickerHSLLabel.place(anchor='e', x='65', y='67')
self.PickerHValueLabel = ttk.Label(self.PickerFrame, background='#c0c0c0', padding='3')
self.PickerHValueLabel.config(textvariable=self.VAR_pickerH)
self.PickerHValueLabel.place(anchor='w', x='75', y='67')
self.PickerSValueLabel = ttk.Label(self.PickerFrame, background='#c0c0c0', padding='3')
self.PickerSValueLabel.config(textvariable=self.VAR_pickerS)
self.PickerSValueLabel.place(anchor='w', x='115', y='67')
self.PickerLValueLabel = ttk.Label(self.PickerFrame, background='#c0c0c0', padding='3')
self.PickerLValueLabel.config(textvariable=self.VAR_pickerL)
self.PickerLValueLabel.place(anchor='w', x='155', y='67')
self.PickerCMYKLabel = ttk.Label(self.PickerFrame, text='CMYK :')
self.PickerCMYKLabel.place(anchor='e', x='65', y='103')
self.PickerCValueLabel = ttk.Label(self.PickerFrame, background='#00ffff', padding='3')
self.PickerCValueLabel.config(textvariable=self.VAR_pickerC)
self.PickerCValueLabel.place(anchor='w', x='75', y='103')
self.PickerMValueLabel = ttk.Label(self.PickerFrame, background='#ff00ff', padding='3')
self.PickerMValueLabel.config(textvariable=self.VAR_pickerM)
self.PickerMValueLabel.place(anchor='w', x='115', y='103')
self.PickerYValueLabel = ttk.Label(self.PickerFrame, background='#ffff00', padding='3')
self.PickerYValueLabel.config(textvariable=self.VAR_pickerY)
self.PickerYValueLabel.place(anchor='w', x='155', y='103')
self.PickerKValueLabel = ttk.Label(self.PickerFrame, background='#000000', foreground='#ffffff', padding='3')
self.PickerKValueLabel.config(textvariable=self.VAR_pickerK)
self.PickerKValueLabel.place(anchor='w', x='195', y='103')
self.PickerHexLabel = ttk.Label(self.PickerFrame, text='HEX :')
self.PickerHexLabel.place(anchor='e', x='65', y='140')
self.PickerHexValueLabel = ttk.Label(self.PickerFrame)
self.PickerHexValueLabel.config(background='#c0c0c0', padding='3')
self.PickerHexValueLabel.config(textvariable=self.VAR_pickerHEX)
self.PickerHexValueLabel.place(anchor='w', x='75', y='140')
self.PickerFrame.config(height='200', text='Picker', width='420')
self.PickerFrame.place(anchor='n', relx='0.5', x=0, y='372')
self.ControlFrame.config(height='595', text='Controls', width='430')
self.ControlFrame.pack(padx='5', pady='5', side='bottom')
self.setDefaults()
self.MainApplicationFrame.config(height='720', width='1280')
self.MainApplicationFrame.pack(side='top')
self.MainApplication.title("ICCT")
def run(self):
self.MainApplication.mainloop()
if __name__ == '__main__':
app = ApplicationICCT()
app.run()