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ezEdit.py
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ezEdit.py
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import tkinter
from tkinter import *
from tkinter import messagebox
import pyttsx3
import queue
import PIL
from PIL import Image,ImageTk, ImageEnhance, ImageDraw, ImageFont, ImageFilter
import speech_recognition as sr
import pygame
from pygame import mixer
import os
from flask import Flask, jsonify
import argparse
from nltk.tokenize import word_tokenize
import tkinter.filedialog as fd
from IPython.utils import frame
import speech_recognition
import time
import threading
from tkinter import filedialog
import urllib
import keyboard
import math
from pocketsphinx import LiveSpeech
from pynput.keyboard import Key, Listener
from pynput import keyboard
import random
from tkinter import colorchooser
from tkinter.commondialog import Dialog
import math
from tkinter.commondialog import Dialog
import sys
from sys import platform
from tkfontchooser import askfont
mainwin=None
hello_label=None
operation_label=None
listening=None
q=queue.Queue()
chat_value= None
canvas=None
current_img= None
qualityenter=None
file_path_string=None
filenameget=None
extentionget=None
qualityget=None
text_colour=None
internet_access=None
first_time = True
import_win=None
get_colour_Box=None
w_board=None
h_board=None
board_colour=None
paper_set_canvas=None
text_newcl_button=None
original_img=None
current_img=None
canvasfilter=None
canvastoolbar=None
said=None
token = None
engine=pyttsx3.init('sapi5')
voices=engine.getProperty('voices')
engine.setProperty('voice',voices[1].id)
class HoverButton(tkinter.Button):
def __init__(self, master, **kw):
tkinter.Button.__init__(self,master=master,**kw)
self.defaultBackground = self["background"]
self.bind("<Enter>", self.on_enter)
self.bind("<Leave>", self.on_leave)
def on_enter(self, e):
self['background'] = self['activebackground']
def on_leave(self, e):
self['background'] = self.defaultBackground
class MyOptionMenu(OptionMenu):
def __init__(self, master, status, *options):
self.var = StringVar(master)
self.var.set(status)
OptionMenu.__init__(self, master, self.var, *options)
self.config(font=('calibri',(10)),bg='#1a1a1a',width=16, activebackground="#2a2a2a", bd ="0", fg = "white")
self['menu'].config(font=('calibri',(10)),bg='#1a1a1a', bd = "0", fg = "white")
class Chooser(Dialog):
"Ask for a color"
command = "tk_chooseColor"
def _fixoptions(self):
try:
color = self.options["initialcolor"]
if isinstance(color, tuple):
# assume an RGB triplet
self.options["initialcolor"] = "#%02x%02x%02x" % color
except KeyError:
pass
def _fixresult(self, widget, result):
if not result or not str(result):
return None, None # canceled
r, g, b = widget.winfo_rgb(result)
return str(result)
first_time = True
def connection2():
global first_time
global internet_access
global canvas
canvasstatus = Canvas(canvas, bg ="#0d0d0d", bd="0", borderwidth = "0", highlightthickness = "0" )
canvasstatus.place(x="900", y="734", relwidth="0.3", relheight="0.45")
#check status
host='http://google.com'
try:
urllib.request.urlopen(host)
print("connected")
if first_time == True:
connectionLabel=Label(canvasstatus,bg="#0d0d0d",fg="white",text="Connection Established")
connectionLabel.pack()
closingLabel=Label(canvasstatus,bg="#0d0d0d",fg="white",text="voice enabled")
closingLabel.pack()
canvasstatus.after(10000, canvasstatus.destroy)
first_time = False
internet_access = True
except:
print("not_connected")
if first_time == True:
connectionLabel=Label(canvasstatus,bg="#0d0d0d",fg="white",text="NoConnection Err: 404")
connectionLabel.pack()
closingLabel=Label(canvasstatus,bg="#0d0d0d",fg="white",text="quit to close/ continue without voice")
closingLabel.pack()
quitButton=Button(canvasstatus,bg="#0d0d0d",fg="white",text="Quit",command=lambda: mainwin.destroy())
quitButton.pack()
canvasstatus.after(10000, canvasstatus.destroy)
first_time = False
internet_access = False
def chat(chat_value):
engine.say(chat_value)
engine.runAndWait()
engine.stop()
def listenitbackground():
global chat_value
global hello_label
global listening
listening=1
while listening:
time.sleep(2)
try:
chat_value="recognizer is active......I am Listening...."
chat(chat_value)
r=sr.Recognizer()
print("recognizer is active...Listening")
hello_label.config(text="Recognizer is active..I am Listening...")
with sr.Microphone() as source:
print("Microphone is active")
r.adjust_for_ambient_noise(source)
audio= r.listen(source)
print("audio received input")
hello_label.config(text="audio received input ")
value = r.recognize_google(audio)
print(f"value received input is {value}")
q.put(value)
print("input to queue")
hello_label.config(text="input to queue")
time.sleep(2)
print("slept for 2 sec....")
do_func_thread=threading.Thread(target=do_func(),args=(q,))
do_func_thread.start()
time.sleep(1)
except sr.UnknownValueError:
print("Not audible")
hello_label.config(text="Not audible")
time.sleep(1)
chat_value="Not audible....I didn't understand..."
chat(chat_value)
listening=1
except sr.RequestError:
print("No connection!!!")
hello_label.config(text="No connection!!!")
chat_value="You are not connected to the internet..."
chat(chat_value)
def do_func():
global listening
global chat_value
global mainwin
global hello_label
global tokens
keywords=["hi","compare","blur","reset", "Blur","hai","hello","help","close","exit","rotate","import","open","sharpness","intensity","brightness", "crop", "smooth", "smooth more","effect","effects","rotate","backward","emboss", "undo","redo","back","next","forward","filter", "black","white", "contour", "save", "quit","exit", "add text", "contrast","flip", "details", "saturation", "undo", "redo", "warmth"]
if q.qsize():
tokens=word_tokenize(q.get()) ###q.get() is used to pop out what is in queue
for i in tokens:
if i in keywords:
if i=="hello" or i=="hi":
#ibl=Label("Speech Recognizer is Listening......")
print("Speech Recognizer is Listening......")
# hello_label.config(text=f"Hi I am root.......Welcome to Elements ....")
chat_value=f"Hi I am Groot.....Welcome to Elements........."
chat(chat_value)
elif i=="close" or i=="exit":
print("Exiting...")
hello_label.config(text=f"You said {i}...so exiting...")
chat_value=f"You said {i}........I am closing and won't do anymore listening............................."
chat(chat_value)
listening=0
endApp()
#exit_func()
elif i=="rotate":
print("Rotated")
rot_clicked()
hello_label.config(text=f"You said {i}...rotating...")
elif i=="brightness" or i=="intensity":
brightness_clicked()
hello_label.config(text=f"You said {i}...changing brightness...")
elif i=="black":
black_and_White_clicked()
elif i=="crop":
crop_clicked()
hello_label.config(text=f"You said {i}...croping image...")
elif i=="smoooth more":
smooth_more_clicked()
hello_label.config(text=f"You said {i}...smoothifying image...")
chat_value=f"You said {i}...I am listening........................."
chat(chat_value)
elif i=="smooth":
smooth_clicked()
hello_label.config(text=f"You said {i}...smoothing image...")
chat_value=f"You said {i}....."
chat(chat_value)
elif i=="details":
detail_clicked()
hello_label.config(text=f"You said {i}...Detailing Image...")
chat_value=f"You said {i}....."
chat(chat_value)
elif i=="sharpness":
sharpness_clicked()
hello_label.config(text=f"You said {i}...changing sharpness...")
chat_value=f"You said {i}..."
chat(chat_value)
elif i=="saturation":
saturation_clicked()
hello_label.config(text=f"You said {i}...changing saturation...")
chat_value=f"You said {i}..."
chat(chat_value)
elif i=="contrast":
contrast_clicked()
hello_label.config(text=f"You said {i}...varying contrast...")
elif i=="flip":
flip_clicked()
hello_label.config(text=f"You said {i}...choose filp option...")
elif i=="filter" or i== "effects" or i=="effect":
filter_clicked()
hello_label.config(text=f"You said {i}...choose filters...")
elif i=="blur":
blur_clicked()
hello_label.config(text=f"You said {i}...Bluring Image...")
chat_value=f"You said {i}...I am listening for next task........................."
chat(chat_value)
elif i=="emboss":
emboss_clicked()
hello_label.config(text=f"You said {i}...embossing Image...")
chat_value=f"You said {i}...I am listening for next task........................."
chat(chat_value)
elif i=="contour":
contour_clicked()
hello_label.config(text=f"You said {i}...applying contour to Image...")
chat_value=f"You said {i}...I am listening for next task........................."
chat(chat_value)
elif i=="save" or i== "export":
save()
Save = i
hello_label.config(text=f"You said {i}...saving Image...")
chat_value=f"You said {i}...I am listening for next task........................."
chat(chat_value)
elif i=="open" or i== "import":
import_clicked()
#Save = i
hello_label.config(text=f"You said {i}...importing new image to workspace...")
chat_value=f"You said {i}...I am listening for next task........................."
chat(chat_value)
elif i=="undo" or i=="back"or i=="backward":
undo_clicked()
#Save = i
hello_label.config(text=f"You said {i}...undoing...")
chat_value=f"You said {i}...I am listening for next task........................."
chat(chat_value)
elif i=="redo" or i=="next" or i=="forward":
redo_clicked()
#Save = i
hello_label.config(text=f"You said {i}...redoing...")
chat_value=f"You said {i}...I am listening for next task........................."
chat(chat_value)
elif i=="help":
chat_value= "hey there, i am easy edit, I can help you."
chat(chat_value)
chat_value= "Just Say what you want to do. Say 'change brightness' to change brightness when recognizer is active."
chat(chat_value)
elif i=="compare":
chat_value= "showing original image for 2 seconds"
chat(chat_value)
show_on_enter(True)
time.sleep(2)
show_on_leave(True)
elif i=="reset":
chat_value= "reseting image"
chat(chat_value)
reset_image()
else:
#ibl=Label("Try again")
print("Try Again...")
#operation_label.config(text=f"You said something...I didn't understand...")
chat_value=f"You said something that I didn't understand...Try again.............................."
chat(chat_value)
def endApp():
print("listening is set to 0")
global listening
listening=0
def exit_func():
global listening
if listening==1:
pass
else:
sys.exit(1)
mainwin.destroy()
def maingui():
global mainwin
global operation_label
global canvas
global chat
global hello_label
global rot_clicked
global brightness_clicked
global crop_clicked
global sharpness_clicked
global blur_clicked
global enhance_clicked
global smooth_clicked
global smooth_more_clicked
global detail_clicked
global emboss_clicked
global contour_clicked
global black_and_White_clicked
global filter_clicked
global addtext_clicked
global contrast_clicked
global flip_right_clicked
global flip_top_clicked
global flip_clicked
global saturation_clicked
global undo_clicked
global redo_clicked
global save
global import_clicked
global show_on_enter
global show_on_leave
global reset_image
mainwin = tkinter.Tk()
mixer.init()
mainwin.geometry("1200x800+380+100")
#mainwin.maxsize(1200,800)
mainwin.resizable(FALSE,FALSE) ## Disable resizing
mainwin.title("ezEdit")
mainwin.iconbitmap(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/logofull2_1TB_icon.ico")
mainwin.configure(bg="#0d0d0d")
#canvas for workspace
canvas = tkinter.Canvas(mainwin, width = 1200, height =800 ,bg="#0d0d0d", bd="0",borderwidth = "0", highlightthickness = "0", cursor="arrow" )
canvas.pack()
hello_label=Label(mainwin,bg="#0d0d0d",bd="1",highlightthickness="1",fg="white",text="Welcome to Elements")
hello_label.pack(side=BOTTOM)
connection2()
#logo Button FunctionS
def logobtn_clicked():
logo_win = Toplevel(mainwin)
img1_logo = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/assets\splashscreen.png")
img1_logo = img1_logo.resize((900,400), Image.ANTIALIAS)
photo_logo = ImageTk.PhotoImage(img1_logo)
l1= Label(logo_win, bg="grey", image=photo_logo)
l1.pack()
l1.photo=photo_logo
logo_win.title("Credits")
logo_win.iconbitmap(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/logofull2_1TB_icon.ico")
logo_win.geometry("900x400+400+200")
logo_win.maxsize(900,400)
logo_win.attributes('-topmost', 'true') ## bring window top and visible
logo_win.after(2000, logo_win.destroy)
#logo button
img_logo = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/elementslogo.png")
img_logo = img_logo.resize((35,35), Image.ANTIALIAS)
img_logo1 = ImageTk.PhotoImage(img_logo)
button_img_logo = HoverButton(canvas, bg = "#0d0d0d", bd="0", image=img_logo1, command= logobtn_clicked())
button_img_logo.place(x="10", y="650", relwidth=".05", relheight=".05")
# define dobally current image
global current_img
current_img = None
# canvas where image shows
canvas1 = Canvas(canvas, bg="black", bd="0", borderwidth = "0", highlightthickness = "0", cursor="plus")
canvas1.place(x="30", y="30", relwidth="0.85", relheight="0.75")
labelshow = Label(canvas1, bg="black", bd="0", borderwidth = "0", highlightthickness = "0",image= None)
labelshow.pack(fill= BOTH)
# color picker for board and text
def askcolor(color = None, **options):
"Ask for a color"
global text_newcl_button
global text_colour
if color:
options = options.copy()
options["initialcolor"] = color
text_colour = Chooser(**options).show()
text_newcl_button.config(bg = text_colour)
# asks for import option function
def import_options():
global import_win
import_win = Toplevel(mainwin)
import_win.title("Import image")
import_win.iconbitmap(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/logofull2_1TB_icon.ico")
import_win.geometry("900x500+480+200")
# import_win.maxsize(900,500)
import_win.resizable(FALSE,FALSE) ## Disable resizing
import_win.config(bg="#1c1c1c")
import_win.grab_set() ## prevent duplication of same window and block main window
## Import Image / fresh start in new banner
imp_label=Label(import_win,fg="white",bg="#1c1c1c",text="IMPORT/CREATE BOARD",font=("Courier", 35))
imp_label.place(x="30",y="30")
############################################## Left canvas
# import canvas left
imp_canvas = Canvas(import_win, bg="#1f1f1f", bd="0", borderwidth = "0", highlightthickness = "0")
imp_canvas.place(x="30", y="90", relwidth="0.23", relheight="0.72")
# info label import
imp_det_label=Label(imp_canvas,fg="white",bg="#1f1f1f",text="Import image and \ncontinue editing \nor\nUse Canvas for fresh Start \n \nMake collages and Create", justify=LEFT)
imp_det_label.place(x="30",y="30")
# import button import win
import_win_button = HoverButton(imp_canvas, bg = "#FF6B26", bd="0", text = "Import", compound= "left",fg ="white",width ="13", height ="2",command=lambda: import_clicked())
import_win_button.place(x="30", y="240")
#fresh start button import win
import_win_canvas_button = HoverButton(imp_canvas, bg = "#FF6B26", bd="0", text = "Create Board", compound= "left",fg ="white",width ="13", height ="2",command=lambda: new_board())
import_win_canvas_button.place(x="30", y="290")
board_canvas = Canvas(import_win, bg="#1f1f1f", bd="0", borderwidth = "0", highlightthickness = "0")
board_canvas.place(x="260", y="90", relwidth="0.685", relheight="0.72")
# info label board
imp_det_board_label=Label(board_canvas,fg="gray",bg="#1f1f1f",text="Board Settings/customise Board")
imp_det_board_label.place(x="20",y="10")
# info label board info paper
imp_det_board_paper_label=Label(board_canvas,fg="gray",bg="#1f1f1f",text="Paper Size Ratio Comparison\nSelect Paper", justify=LEFT)
imp_det_board_paper_label.place(x="20",y="30")
A10 = 74.00, 105.00
A9 = 105.00, 147.00
A8 = 147.00, 210.00
A7 = 210.00, 298.00
A6 = 298*0.7, 420*0.7
A5 = 420*0.5, 595*0.5
A4 = 595*0.38, 842*0.38
A3 = 842*0.28, 1191*0.28
A2 = 1191*0.183, 1684*0.183
A1 = 1684*0.14, 2384*0.14
Square = 1000.00, 1000.00
Small_Square = 500.00, 500.00
A0 = 2384.000, 3370.000
A02 = 3370.000, 4768.000
A04 = 4768.000, 6741.000
Custom = None, None
def refresh_size():
global get_colour_Box
global w_board
global h_board
global board_colour
board_colour = get_colour_Box.get("1.0","end-1c")
paper_set_canvas.create_rectangle(0, 0, 1000,1000,fill="black")
paper = var.get()
ws,hs=paper.split()
lenw = len(ws)
lenh = len(hs)
print (ws)
print (hs)
if ws == "('None'," or hs == "'None')":
print ("custom active")
custom_w = get_board_size_w.get("1.0","end-1c")
custom_h = get_board_size_h.get("1.0","end-1c")
w_board = custom_w
h_board = custom_h
else:
w_board = float(ws[1:lenw-1])
h_board = float(hs[0:lenh-1])
orientation = orient.get()
## check orientation
if orientation == "landscape":
temp=w_board
w_board=h_board
h_board=temp
print (w_board, "x", h_board)
imp_det_board_paper_label.config(fg="white",bg="#1f1f1f",text="Paper Size Ratio Comparison\nSelect Paper : " +str(w_board) +" x" +str(h_board) , justify=LEFT)
paper_set_canvas.create_rectangle(0, 0, w_board,h_board, fill= board_colour)
# radio buttons for selecting paper
var = StringVar()
A1_R=Radiobutton(board_canvas, text = "A1", variable = var, value = A1,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED,command= lambda : refresh_size())
A1_R.pack(side=TOP)
A2_R=Radiobutton(board_canvas, text = "A2", variable = var, value = A2,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A2_R.pack(side=TOP)
A3_R=Radiobutton(board_canvas, text = "A3", variable = var, value = A3,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A3_R.pack(side=TOP)
A4_R=Radiobutton(board_canvas, text = "A4", variable = var, value = A4,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A4_R.pack(side=TOP)
A5_R=Radiobutton(board_canvas, text = "A5", variable = var, value = A5,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A5_R.pack(side=TOP)
A6_R=Radiobutton(board_canvas, text = "A6", variable = var, value = A6,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A6_R.pack(side=TOP)
A7_R=Radiobutton(board_canvas, text = "A7", variable = var, value = A7,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A7_R.pack(side=TOP)
A8_R=Radiobutton(board_canvas, text = "A8", variable = var, value = A8,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A8_R.pack(side=TOP)
A9_R=Radiobutton(board_canvas, text = "A9", variable = var, value = A9,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A9_R.pack(side=TOP)
A10_R=Radiobutton(board_canvas, text = "A10", variable = var, value = A10,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
A10_R.pack(side=TOP)
square_R=Radiobutton(board_canvas, text = "Square", variable = var, value = Square,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
square_R.pack(side=TOP)
small_sq_R=Radiobutton(board_canvas, text = "Sm. Sq.", variable = var, value = Small_Square,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
small_sq_R.pack(side=TOP)
custom_R=Radiobutton(board_canvas, text = "Custom", variable = var, value = Custom,bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED, command= lambda : refresh_size())
custom_R.pack(side=TOP)
# radio button For selecting orientation // label
imp_det_board_orient=Label(board_canvas,fg="gray",bg="#1f1f1f",text="Change Orientation", justify=LEFT, font=("",14))
imp_det_board_orient.place(x="20",y="90")
orient = StringVar()
landscape_R=Radiobutton(board_canvas, text = "Landscape", variable = orient, value = "landscape",bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED,command= lambda : refresh_size())
landscape_R.place(x="20",y="120")
portrate_R=Radiobutton(board_canvas, text = "portrate", variable = orient, value = "portrate",bg="#1f1f1f",fg="white",cursor="hand1",activebackground="#1f1f1f", activeforeground="white",selectcolor="#1f1f1a",state= DISABLED,command= lambda : refresh_size())
portrate_R.place(x="100",y="120")
# change background colour
global get_colour_Box
imp_det_board_page_colour=Label(board_canvas,fg="gray",bg="#1f1f1f",text="Change background", justify=LEFT, font=("",14))
imp_det_board_page_colour.place(x="20",y="150")
get_colour_Box=Text(board_canvas,height=2, width=10, bg="#1a1a1a" , bd="0", fg="gray")
get_colour_Box.place(x="20", y="180", relwidth=".3", relheight="0.065")
# custom board Size
imp_board_size_label=Label(board_canvas,fg="gray",bg="#1f1f1f",text="Custom Board Size", justify=LEFT, font=("",14))
imp_board_size_label.place(x="20",y="210")
get_board_size_w=Text(board_canvas,height=2, width=10, bg="#1a1a1a" , bd="0", fg="gray")
get_board_size_w.place(x="20", y="240", relwidth=".1365", relheight="0.065")
get_board_size_h=Text(board_canvas,height=2, width=10, bg="#1a1a1a" , bd="0", fg="gray")
get_board_size_h.place(x="120", y="240", relwidth=".1365", relheight="0.065")
# fresh start button import win
apply_win_canvas_button = HoverButton(board_canvas, bg = "white", bd="0", text = "Start Board", activeforeground="white",compound= "left",fg ="gray",width ="13", height ="2",state=DISABLED,command=lambda: apply_board())
apply_win_canvas_button.place(x="20", y="290")
# new board function, simply a plane space where back ground can be defined, later images can be imported into
def new_board():
global paper_set_canvas
imp_det_board_label.config(fg="white")
imp_det_board_paper_label.config(fg="white")
# paper on canvas board
paper_set_canvas = Canvas(board_canvas, bg="#1f1f1f", bd="0", borderwidth = "0", highlightthickness = "0", cursor= "plus")
paper_set_canvas.place(x="350", y="10", relwidth="0.42", relheight="0.94")
paper_set_canvas.config(bg="black")
A1_R.config(state=ACTIVE)
A2_R.config(state=ACTIVE)
A3_R.config(state=ACTIVE)
A4_R.config(state=ACTIVE)
A5_R.config(state=ACTIVE)
A6_R.config(state=ACTIVE)
A7_R.config(state=ACTIVE)
A8_R.config(state=ACTIVE)
A9_R.config(state=ACTIVE)
A10_R.config(state=ACTIVE)
square_R.config(state=ACTIVE)
small_sq_R.config(state=ACTIVE)
custom_R.config(state=ACTIVE)
landscape_R.config(state=ACTIVE)
portrate_R.config(state=ACTIVE)
imp_det_board_orient.config(fg="white")
imp_det_board_page_colour.config(fg="white")
get_colour_Box.config(fg="white")
imp_board_size_label.config(fg="white")
get_board_size_h.config(fg="white")
get_board_size_w.config(fg="white")
apply_win_canvas_button.config(activebackground = "#FF6B26",bg="white",fg= "#FF6B26",activeforeground="white", bd="0", text = "Apply Board",state= ACTIVE, command=lambda: apply_board())
## Apply
def apply_board():
global current_img
global original_img
# get board size
w= int (w_board)
h= int (h_board)
shape = [(0,0), (w,h)]
# creating new Image object
board = Image.new("RGB", (w, h))
# create rectangle image
board1 = ImageDraw.Draw(board)
board1.rectangle(shape, fill = board_colour)
width, height = board.size
image_resized = resize_image(width, height,label_width,label_height,board)
board_show = ImageTk.PhotoImage(image=image_resized)
labelshow.image= board_show
labelshow.config(image= board_show)
current_img = board
original_img = board
# destroy unrequired
import_label.destroy()
import_win.destroy()
# call for import option at begining
import_options()
#To resize image
label_width = labelshow.winfo_screenwidth()
label_height = labelshow.winfo_screenheight() - 264
#image resize funtion
def resize_image(width, height, label_width, label_height, image):
factor_one = 1.0* (label_width / width)
factor_two = 1.0*(label_height / height)
factor = min([factor_one, factor_two])
# if the image resolution is smaller as the label resolution the function returns the original image
# otherwise the function resize the image
if factor_one > 1 and factor_two > 1 and factor_one <2 and factor_two <2:
return image
elif factor_one>2 and factor_two>2:
width_resized = int( width*factor)
height_resized = int(height*factor)
return image.resize((width_resized, height_resized),Image.ANTIALIAS)
else:
width_resized = int( width*factor)
height_resized = int(height*factor)
return image.resize((width_resized, height_resized),Image.ANTIALIAS)
#import Image funtion original
def import_clicked():
#import image first label has to be destroyed
import_label.destroy() ## destroy import label
#name = fd.askopenfilename(filetypes=[('Image Files', ['.jpeg','.jpg','.png','.gif','.tiff','.tif','.bmp'])],title='Please select a picture to Elementize',initialfile="Select a file to elemetize.") ## shows only these extentions
file_path = sys.argv[1]
# image_formats = {"JPEG", "JPG", "PNG", "GIF", "BMP"}
# file_extension = file_path.split(".")[-1].upper()
# if file_extension in image_formats:
# Open and display the image using the PIL library
image = Image.open(os.path.normpath(file_path))
print(image)
# else:
# print(f"File is not an image. Opening with the default program.")
# Open the file using the default program
# image = Image.open("C:/Users/singh/Downloads/0000.jpg")
global current_img
global original_img
current_img=image ## editing variable
original_img=image ## keeping original copy of image for comparison
#img_frm = image.resize((1018,598), Image.ANTIALIAS)
#current_img=img_frm
width, height = image.size
image_resized = resize_image(width, height,label_width,label_height,image)
#current_img=image_resized
img_frame = ImageTk.PhotoImage(image_resized)
labelshow.image=img_frame
labelshow.configure(image=img_frame)
Undo.append(current_img)
import_win.destroy()
#return current_img
listen_thread=threading.Thread(target=listenitbackground)##listenit thread is started.
listen_thread.start()
# import button
img_import = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/assets\save.png")
img_import = img_import.resize((30,30), Image.ANTIALIAS)
img_import1 = ImageTk.PhotoImage(img_import)
button_import = HoverButton(canvas, bg = "#0d0d0d", bd="0", image=img_import1,activebackground="#FF6B26" , command = lambda : import_options())
button_import.place(x="10", y="695", relwidth=".05", relheight=".05")
#Textbox to get input from the user!!
textBox=Text(canvas,height=2, width=10, bg="#1a1a1a" , bd="0", fg="white")
textBox.place(x="125", y="705", relwidth=".3", relheight="0.065")
textBox.focus()
#Get user input
def retrieve_input():
########## original
inputValue = textBox.get("1.0","end-1c")
print(inputValue)
return inputValue
#################################################### buttons and panel right-side tool bar ##########################################################
global canvastoolbar
#side toolbar canvas
canvastoolbar = Canvas(canvas, bg ="#0d0d0d", bd="0", borderwidth = "0", highlightthickness = "0" )
canvastoolbar.place(x="1065", y="30", relwidth="0.123", relheight="0.755")
#settings Canvas/ button
def settings_clicked():
# setting canvas
canvassetting = Canvas(canvas, bg ="#0d0d0d", bd="0", borderwidth = "0", highlightthickness = "0" )
canvassetting.place(x="950", y="30", relwidth="0.123", relheight="0.15")
canvassetting.after(2000, canvassetting.destroy)
#import button
img_import = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/assets\save.png")
img_import = img_import.resize((30,30), Image.ANTIALIAS)
img_import1 = ImageTk.PhotoImage(img_import)
img_import1.image=img_import1
button_import = HoverButton(canvassetting, bg = "#0d0d0d",text="Import",fg="gray",compound="left", bd="0", image=img_import1, command =import_clicked)
button_import.place(x="30", y="0")
#save button
img_save = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/assets\save.png")
img_save = img_save.resize((30,30), Image.ANTIALIAS)
img_save1 = ImageTk.PhotoImage(img_save)
img_save1.image=img_save1
button_save = HoverButton(canvassetting, bg = "#0d0d0d",text="Save as",fg="gray",compound="left", bd="0", image=img_save1, command =lambda: save())
button_save.place(x="30", y="40")
#logo button second function in settings
def logobtn_clicked():
logo_win = Toplevel(mainwin)
img1_logo = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/assets\splashscreen.png")
img1_logo = img1_logo.resize((600,400), Image.ANTIALIAS)
photo_logo = ImageTk.PhotoImage(img1_logo)
l1= Label(logo_win, bg="grey", image=photo_logo)
l1.pack()
l1.photo=photo_logo
logo_win.title("Credits")
logo_win.iconbitmap(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/logofull2_1TB_icon.ico")
logo_win.geometry("600x400+400+200")
#logo button
img_logo = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/elementslogo.png")
img_logo = img_logo.resize((35,35), Image.ANTIALIAS)
img_logo1 = ImageTk.PhotoImage(img_logo)
img_logo1.image=img_logo1
button_logo = HoverButton(canvassetting, bg = "#0d0d0d", bd="0",text="Logo " ,fg="gray",compound="left",image=img_logo1, command= logobtn_clicked)
button_logo.place(x="30", y="80")
#settings button
img_settings = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/assets\settings.png")
img_settings = img_settings.resize((30,32), Image.ANTIALIAS)
img_settings1 = ImageTk.PhotoImage(img_settings)
button_settings = HoverButton(canvastoolbar, bg = "#0d0d0d", bd="0", image=img_settings1,activebackground='white', text = "Settings", compound= "left",fg ="gray",command=settings_clicked)
button_settings.place(x="15", y="0")
#brightness Function
def brightness_clicked():
global current_img
global tokens
global hello_label
global chat
if current_img:
try:
br=float(retrieve_input())
except:
# hello_label.config( text = "parameter not found")
# chat_value="parameter not found in retrive"
# chat(chat_value)
brightness_operations = ["increase", "reduce", "decrease"]
for parameter in tokens:
if parameter.isdigit():
br1 = float(parameter)
br = (br1/10)
say_parameter = str (parameter)
chat_value=f"changing Brightness to {say_parameter} times"
chat(chat_value)
elif parameter in brightness_operations:
if parameter == "increase":
br = 1.3
chat_value="Increasing brightness"
chat(chat_value)
elif parameter =="decrease" or parameter == "reduce":
br = 0.7
chat_value="Reducing brightness"
chat(chat_value)
elif parameter =="brightness":
pass
else:
br = 1
chat_value="didn't get the parameter, you have to pass a value along"
chat(chat_value)
chat_value="Or say Increase or Reduce brightness"
chat(chat_value)
try:
print (br)
except:
br = 1
img=ImageEnhance.Brightness(current_img)
image=img.enhance(br)
width, height = image.size
image_resized = resize_image(width, height,label_width,label_height,image)
current_img=image
bright_img = ImageTk.PhotoImage(image=image_resized)
labelshow.image= bright_img
labelshow.configure(image= bright_img)
current_img=image
Undo.append(current_img)
#return current_img
#brightness button
img_brightness = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/assets\brightness.png")
img_brightness = img_brightness.resize((30,32), Image.ANTIALIAS)
img_brightness1 = ImageTk.PhotoImage(img_brightness)
button_brightness = HoverButton(canvastoolbar, bg = "#0d0d0d", bd="0", image=img_brightness1, text = "Brightness", compound= "left",fg ="gray",command=brightness_clicked)
button_brightness.place(x="15", y="50")
#rotatae button Function
def rot_clicked():
global current_img
global tokens
global hello_label
global chat
if current_img:
try:
angle=float(retrieve_input())
except:
# hello_label.config( text = "parameter not found")
# chat_value="parameter not found in retrive"
# chat(chat_value)
rotate_operations = ["left","change","rotate", "right"]
for parameter in tokens:
if parameter.isdigit():
angle = float(parameter)
say_parameter = str (parameter)
chat_value=f"rotating to {say_parameter} degree"
chat(chat_value)
elif parameter in rotate_operations:
if parameter == "right":
angle = -90
chat_value="rotating right"
chat(chat_value)
elif parameter =="left":
angle = 90
chat_value="rotating left"
chat(chat_value)
elif parameter =="rotate":
pass
else:
angle = 0
chat_value="didn't get the parameter, you have to pass a value along"
chat(chat_value)
chat_value="Or say rotate left or right"
chat(chat_value)
try:
print (angle)
except:
angle = 0
image= current_img.rotate(float(angle),expand=1)
width, height = image.size
image_resized = resize_image(width, height,label_width,label_height,image)
rotate_img = ImageTk.PhotoImage(image=image_resized)
labelshow.image= rotate_img
labelshow.config(image= rotate_img)
current_img=image
Undo.append(current_img)
#return current_img
#rotate button
img_rotate = Image.open(r"C:/Users/singh/Downloads/Image-Editing-Using-Voice-Commands-1/elements2.0Images/assets\rotate.png")
img_rotate = img_rotate.resize((30,32), Image.ANTIALIAS)
img_rotate1 = ImageTk.PhotoImage(img_rotate)
button_rotate = HoverButton(canvastoolbar, bg = "#0d0d0d", bd="0", image=img_rotate1, text = "Rotate", compound= "left",fg ="gray", command=rot_clicked)
button_rotate.place(x="15", y="100")
#crop Function
def crop_clicked():
global current_img
chat_value= "Sorry for the inconvinience, crop function is still devoloping."
chat(chat_value)
width, height = current_img.size
#print ("Current size of image is", width, height)
print (" You need to Specify the Parameters of crop in pixels")
#listen left crop parameter
print("Speak left crop" )
#left = int(listen())
left = int(retrieve_input())
#left = int(input())
print (left)
#listen upper crop parameter
print("Speak upper crop" )
#upper = int (listen())
upper = int(retrieve_input())
#upper = int(input())
print (upper)
#listen right crop parameter
print("Speak right crop" )
#right = int (listen())
right = int(retrieve_input())
#right = int(input())
right = width - left
print (right)
#listen lower crop parameter
print("Speak lower crop" )
#lower = int (listen())
lower = int(retrieve_input())
#lower = int(input())
lower = height - upper
print (lower)