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Tk Teacherless School Python Program Examples: Created by Joseph C. Richardson
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| ''' | |
| # These are just Tkinter experiments, I've been learning and still am learning. | |
| # I don't explain how to understand Tkinter, which is why it's called Tk Teacherless School. | |
| # Created by Joseph C. Richardson, GitHub.com | |
| # Tkinter Borders | |
| 'flat' | |
| 'solid' | |
| 'raised' | |
| 'sunken' | |
| 'ridge' | |
| 'groove' | |
| ''' | |
| from tkinter import* | |
| window=Tk() | |
| window.geometry('500x600') | |
| label1=Label(window,text='Hello World',fg='blue',font='arial 32',width=10) | |
| label1.pack() | |
| import tkinter as tk | |
| import time as tm | |
| window=tk.Tk() | |
| window.config(bg='black') | |
| def display_time(): | |
| current_time=tm.strftime('%H:%M:%S:%p') | |
| clock_label['text']=current_time | |
| window.after(1000,display_time) | |
| window.title('TIMERNATOR') | |
| timern=tk.Label(window,font='arial 45 bold',text='TIMERNATOR',bg='black',fg='red') | |
| clock_label=tk.Label(window,font='arial 50',bg='black',fg='#00ffff') | |
| clock_label.grid(row=1,column=0) | |
| timern.grid(row=0,column=0) | |
| display_time() | |
| window.mainloop() | |
| import tkinter as tk | |
| import time as tm | |
| window=tk.Tk() | |
| window.title('TIMERNATOR') | |
| current_time=tm.strftime(' %H:%M:%S:%p ') | |
| clock_label=tk.Label(window,font='arial 80',bg='black',fg='red',text=current_time) | |
| clock_label.grid(row=0,column=0) | |
| window.mainloop() | |
| import time as tm | |
| current_time1=tm.strftime('%I:%M:%S') | |
| current_time2=tm.strftime('%I:%M:%S:%p') | |
| print(current_time2) | |
| import tkinter as tk | |
| window=tk.Tk() | |
| window.title('Colour Choice') | |
| window.geometry('400x400+400+200') | |
| def red_colour(): | |
| window['bg']='#ff0000' | |
| def green_colour(): | |
| window['bg']='#00ff00' | |
| def blue_colour(): | |
| window['bg']='#0000ff' | |
| def Cyan_colour(): | |
| window['bg']='#00ffff' | |
| def Pink_colour(): | |
| window['bg']='#ff00ff' | |
| def Yellow_colour(): | |
| window['bg']='#fff000' | |
| text_variables_tuple=('Red','Green','Blue','Cyan','Pink','Yellow','Colour') | |
| window.config(bg=text_variables_tuple[0]) | |
| menubar=tk.Menu(window) | |
| dropdown_menu=tk.Menu(menubar,tearoff=False) | |
| dropdown_menu.add_command(label=text_variables_tuple[0],command=red_colour) | |
| dropdown_menu.add_separator() | |
| dropdown_menu.add_command(label=text_variables_tuple[1],command=green_colour) | |
| dropdown_menu.add_separator() | |
| dropdown_menu.add_command(label=text_variables_tuple[2],command=blue_colour) | |
| dropdown_menu.add_separator() | |
| dropdown_menu.add_command(label=text_variables_tuple[3],command=Cyan_colour) | |
| dropdown_menu.add_separator() | |
| dropdown_menu.add_command(label=text_variables_tuple[4],command=Pink_colour) | |
| dropdown_menu.add_separator() | |
| dropdown_menu.add_command(label=text_variables_tuple[5],command=Yellow_colour) | |
| menubar.add_cascade(label=text_variables_tuple[6],menu=dropdown_menu) | |
| window.config(menu=menubar) | |
| window.mainloop() | |
| import tkinter as tk | |
| window=tk.Tk() | |
| def red_colour(): | |
| window['bg']='red' | |
| def green_colour(): | |
| window['bg']='green' | |
| def blue_colour(): | |
| window['bg']='blue' | |
| menublock=tk.Menu(window) | |
| menublock.add_command(label='Red',command=red_colour) | |
| menublock.add_command(label='Green',command=green_colour) | |
| menublock.add_command(label='blue',command=blue_colour) | |
| window.config(menu=menublock) | |
| window.mainloop() | |
| import tkinter as tk | |
| window=tk.Tk() | |
| def quit_app(): | |
| window.destroy() | |
| def change_colour(): | |
| window['bg']='red' | |
| menublock=tk.Menu(window) | |
| menublock.add_command(label='Quit',command=quit_app) | |
| menublock.add_command(label='Colour',command=change_colour) | |
| window.config(menu=menublock) | |
| window.mainloop() | |
| import tkinter as tk | |
| window=tk.Tk() | |
| menublock=tk.Menu(window) | |
| menublock.add_command(label='Quit') | |
| menublock.add_command(label='Colour') | |
| window.config(menu=menublock) | |
| window.mainloop() | |
| def demo_fn(): | |
| global x | |
| global y | |
| x='Hello' | |
| y='Word' | |
| print(x,y) | |
| print(dir()) | |
| demo_fn() | |
| print(dir()) | |
| print(x,y) | |
| from tkinter import* | |
| window=Tk() | |
| class DrawLineApp(): | |
| def __init__(self,contain,width,height,colour,row,column): | |
| self.canvas=Canvas(contain,width=width,height=height,bg=colour) | |
| self.canvas.grid(row=row,column=column) | |
| self.canvas.bind('<Button-1>',self.draw_line) | |
| self.click_number=0 | |
| self.x1=0 | |
| self.y1=0 | |
| self.x2=0 | |
| self.y2=0 | |
| def draw_line(self,event): | |
| if self.click_number==0: | |
| self.x1=event.x | |
| self.y1=event.y | |
| self.click_number=1 | |
| else: | |
| self.x2=event.x | |
| self.y2=event.y | |
| self.canvas.create_line(self.x1,self.y1,self.x2,self.y2,fill='black',width=10) | |
| my_draw_line1=DrawLineApp(window,width=400,height=300,colour='white',row=0,column=0) | |
| my_draw_line2=DrawLineApp(window,width=400,height=300,colour='yellow',row=0,column=1) | |
| my_draw_line3=DrawLineApp(window,width=400,height=300,colour='red',row=0,column=2) | |
| window.mainloop() | |
| from tkinter import* | |
| import time | |
| from random import* | |
| my_window=Tk() | |
| my_window.title('LASER WARS') | |
| def random_colour_code(): | |
| hex_chars=['0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f'] | |
| colour_code='#' | |
| for i in range(0,6): | |
| colour_code=colour_code+choice(hex_chars) | |
| return colour_code | |
| my_canvas=Canvas(my_window,width=1920,height=1080,background='#000000') | |
| my_canvas.grid(row=0,column=0) | |
| while True: | |
| x1=randint(-500,1920) | |
| y1=randint(-500,1920) | |
| x2=randint(-500,1920) | |
| y2=randint(-500,1920) | |
| x3=randint(-500,1920) | |
| y3=randint(-500,1920) | |
| x4=randint(-500,1920) | |
| y4=randint(-500,1920) | |
| x5=randint(-500,1920) | |
| y5=randint(-500,1920) | |
| x6=randint(-500,1920) | |
| y6=randint(-500,1920) | |
| random_width=randint(0,8) | |
| my_canvas.create_line(x1,y1,x2,y2,fill=random_colour_code(),width=random_width) | |
| my_canvas.create_line(x3,y3,x4,y4,fill=random_colour_code(),width=random_width) | |
| my_canvas.create_line(x5,y5,x6,y6,fill=random_colour_code(),width=random_width) | |
| my_canvas.update() | |
| time.sleep(.05) | |
| my_canvas.delete('all') | |
| my_window.mainloop() | |
| from tkinter import* | |
| window=Tk() | |
| def draw_line(event): | |
| global click_number | |
| global x1,y1 | |
| if click_number==0: | |
| x1=event.x | |
| y1=event.y | |
| click_number=1 | |
| else: | |
| x2=event.x | |
| y2=event.y | |
| canvas.create_line(x1,y1,x2,y2,fill='black',width=10) | |
| click_number=0 | |
| canvas=Canvas(window,width=400,height=400,bg='white') | |
| canvas.grid(row=0,column=0) | |
| canvas.bind('<Button-1>',draw_line) | |
| click_number=0 | |
| window.mainloop() | |
| from random import* | |
| from tkinter import* | |
| window=Tk() | |
| def random_line(event): | |
| x1=randint(0,400) | |
| y1=randint(0,400) | |
| x2=randint(0,400) | |
| y2=randint(0,400) | |
| canvas.create_line(x1,y1,x2,y2,fill=f'#{randint(0,0xffffff):06x}',width=20) | |
| def delete_lines(event): | |
| canvas.delete('all') | |
| canvas=Canvas(window,width=400,height=400,bg='white') | |
| canvas.bind('<Button-1>',random_line) | |
| canvas.bind('<Button-3>',delete_lines) | |
| canvas.grid(row=0,column=0) | |
| window.mainloop() | |
| from random import* | |
| from tkinter import* | |
| window=Tk() | |
| def random_line(): | |
| x1=randint(0,400) | |
| y1=randint(0,400) | |
| x2=randint(0,400) | |
| y2=randint(0,400) | |
| canvas.create_line(x1,y1,x2,y2,fill=f'#{randint(0,0xffffff):06x}',width=20) | |
| def delete_lines(): | |
| canvas.delete('all') | |
| canvas=Canvas(window,width=400,height=400,bg='white') | |
| button1=Button(window,text='Click for a randome coloured line',command=random_line) | |
| button2=Button(window,text='Click to clear coloured lines',command=delete_lines) | |
| canvas.grid(row=0,column=0) | |
| button1.grid(row=1,column=0) | |
| button2.grid(row=2,column=0) | |
| window.mainloop() | |
| from tkinter import* | |
| import time | |
| from random import* | |
| my_window=Tk() | |
| my_window.title('LASER WARS') | |
| def random_colour_code(): | |
| hex_chars=['0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f'] | |
| colour_code='#' | |
| for i in range(0,6): | |
| colour_code=colour_code+choice(hex_chars) | |
| return colour_code | |
| my_canvas=Canvas(my_window,width=1920,height=1080,background='#000000') | |
| my_canvas.grid(row=0,column=0) | |
| while True: | |
| x1=randint(-500,1920) | |
| y1=randint(-500,1920) | |
| x2=randint(-500,1920) | |
| y2=randint(-500,1920) | |
| x3=randint(-500,1920) | |
| y3=randint(-500,1920) | |
| x4=randint(-500,1920) | |
| y4=randint(-500,1920) | |
| x5=randint(-500,1920) | |
| y5=randint(-500,1920) | |
| x6=randint(-500,1920) | |
| y6=randint(-500,1920) | |
| random_width=randint(0,5) | |
| my_canvas.create_line(x1,y1,x2,y2,fill=random_colour_code(),width=random_width) | |
| my_canvas.create_line(x3,y3,x4,y4,fill=random_colour_code(),width=random_width) | |
| my_canvas.create_line(x5,y5,x6,y6,fill=random_colour_code(),width=random_width) | |
| my_canvas.update() | |
| time.sleep(.05) | |
| my_canvas.delete('all') | |
| my_window.mainloop() | |
| from random import* | |
| from tkinter import* | |
| my_window=Tk() | |
| def random_colour_code(): | |
| hex_chars=['0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f'] | |
| colour_code='#' | |
| for i in range(0,6): | |
| colour_code=colour_code+choice(hex_chars) | |
| return colour_code | |
| my_canvas=Canvas(my_window,width=400,height=400,background='#000000') | |
| my_canvas.grid(row=0,column=0) | |
| while True: | |
| x1=randint(0,400) | |
| y1=randint(0,400) | |
| x2=randint(0,400) | |
| y2=randint(0,400) | |
| random_width=randint(1,25) | |
| my_canvas.create_line(x1,y1,x2,y2,fill=random_colour_code(),width=random_width) | |
| my_canvas.update() | |
| my_window.mainloop() | |
| from random import* | |
| from tkinter import* | |
| my_window=Tk() | |
| def random_colour_code(): | |
| hex_chars=['0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f'] | |
| colour_code='#' | |
| for i in range(0,6): | |
| colour_code=colour_code+choice(hex_chars) | |
| return colour_code | |
| my_canvas=Canvas(my_window,width=400,height=400,background='white') | |
| my_canvas.grid(row=0,column=0) | |
| my_canvas.create_line(0,0,400,400,fill=random_colour_code(),width=10) | |
| my_window.mainloop() | |
| from random import* | |
| def random_colour_code(): | |
| hex_chars=['0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f'] | |
| colour_code='#' | |
| for i in range(0,6): | |
| colour_code=colour_code+choice(hex_chars) | |
| return colour_code | |
| print('The hexadecimal colour code generated is:',random_colour_code()) | |
| from random import choice | |
| hex_chars=['0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f'] | |
| colour_code='#' | |
| for i in range(0,6): | |
| colour_code=colour_code+choice(hex_chars) | |
| print('The hexadecimal colour code gerated is:',colour_code) | |
| from random import choice | |
| hex_chars=['0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f'] | |
| colour_code='#' | |
| colour_code=colour_code+choice(hex_chars) | |
| colour_code=colour_code+choice(hex_chars) | |
| colour_code=colour_code+choice(hex_chars) | |
| colour_code=colour_code+choice(hex_chars) | |
| colour_code=colour_code+choice(hex_chars) | |
| colour_code=colour_code+choice(hex_chars) | |
| print('The hexadecimal colour code gerated is:',colour_code) | |
| from tkinter import* | |
| root=Tk() | |
| draw=Canvas(root,height=500,width=500,bg='black') | |
| for i in range(0,400,3): | |
| draw.create_line(50+i,50+i,450,50,450,50,450,450,50,450,50+i,50+i,fill='cyan') | |
| draw.pack() | |
| root.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| my_canvas1=Canvas(my_window,width=100,height=100,bg='red') | |
| my_canvas2=Canvas(my_window,width=100,height=100,bg='orange') | |
| my_canvas3=Canvas(my_window,width=100,height=100,bg='yellow') | |
| my_canvas4=Canvas(my_window,width=100,height=100,bg='green') | |
| my_canvas1.grid(row=0,column=0) | |
| my_canvas2.grid(row=0,column=1) | |
| my_canvas3.grid(row=1,column=0) | |
| my_canvas4.grid(row=1,column=1) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| width_value=my_window.winfo_screenwidth() | |
| height_value=my_window.winfo_screenheight() | |
| my_window.geometry(f'{width_value}x{height_value}+0+0') | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| width_value=my_window.winfo_screenwidth() | |
| height_value=my_window.winfo_screenheight() | |
| my_window.geometry('{}x{}+0+0'.format(width_value,height_value)) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| my_window.geometry('%dx%d+0+0'%(my_window.winfo_screenwidth(),my_window.winfo_screenheight())) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| width=my_window.winfo_screenwidth() | |
| height=my_window.winfo_screenheight() | |
| my_window.geometry('%dx%d+0+0'%(width,height)) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| my_window.geometry('300x300') | |
| my_window.configure(bg='blue',padx='10',pady='10') | |
| class HelloNameFrame(Frame): | |
| def __init__(self,thing): | |
| Frame.__init__(self,thing) | |
| self.users_name=StringVar() | |
| self.display_string=StringVar() | |
| self.friendly_label=Label(self,text='Enter yur name') | |
| self.name_entry=Entry(self,textvariable=self.users_name) | |
| self.button=Button(self,text='Click Me!',command=self.display_output) | |
| self.display_label=Label(self,textvariable=self.display_string,relief='solid') | |
| self.friendly_label.grid(row=0,column=0) | |
| self.name_entry.grid(row=0,column=1) | |
| self.button.grid(row=1,column=0) | |
| self.display_label.grid(row=1,column=1) | |
| def display_output(self): | |
| self.display_string.set('Hello '+self.users_name.get()) | |
| frameA=HelloNameFrame(my_window) | |
| frameA.grid(row=0,column=0) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| class RedFrame(Frame): | |
| def __init__(self,window): | |
| Frame.__init__(self,master=window) | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']='raised' | |
| self['bd']=10 | |
| self['bg']='red' | |
| frame_a=RedFrame(my_window) | |
| frame_b=RedFrame(my_window) | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| my_window.mainloop() | |
| from tkinter import* | |
| print(help(Frame)) | |
| from tkinter import* | |
| class RedFrame(Frame): | |
| def __init__(self,blank): | |
| super().__init__() | |
| print('The id of self is',id(self)) | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']=RAISED | |
| self['bd']=8 | |
| self['bg']='red' | |
| frame_a=RedFrame(my_window) | |
| print('The id of frame_a is',id(frame_a)) | |
| frame_b=RedFrame(my_window) | |
| print('The id of frame_b is',id(frame_b)) | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| class RedFrame(Frame): | |
| def __init__(self,window): | |
| super().__init__() | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']=RAISED | |
| self['bd']=8 | |
| self['bg']='red' | |
| class YellowFrame(Frame): | |
| def __init__(self,window): | |
| super().__init__() | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']=RAISED | |
| self['bd']=8 | |
| self['bg']='Yellow' | |
| frame_a=RedFrame(my_window) | |
| frame_b=RedFrame(my_window) | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| print('The id of frame_a is',id(frame_a)) | |
| print('The type of frame_a is',type(frame_a)) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| entry_a=Entry(my_window,bg='red') | |
| entry_b=Entry(my_window,bg='yellow') | |
| entry_c=Entry(my_window,bg='white') | |
| label_a=Label(my_window,text='First Name') | |
| label_b=Label(my_window,text='Middle Name') | |
| label_c=Label(my_window,text='Last Name') | |
| entry_a.grid(row=0,column=1) | |
| entry_b.grid(row=1,column=1) | |
| entry_c.grid(row=2,column=1) | |
| label_a.grid(row=0,column=0) | |
| label_b.grid(row=1,column=0) | |
| label_c.grid(row=2,column=0) | |
| entry_a.focus() | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| celsius=StringVar() | |
| fahrenheit=StringVar() | |
| def convert(): | |
| F=float(fahrenheit_entry.get()) | |
| C=(F-32)*5/9 | |
| celsius.set(str(C)) | |
| friendly_label_1=Label(my_window,text='Enter Fahrenheit') | |
| friendly_label_2=Label(my_window,text='Celsius Temperature') | |
| display_celsius_label=Label(my_window,textvariable=celsius) | |
| fahrenheit_entry=Entry(my_window,textvariable=fahrenheit) | |
| convert_button=Button(my_window,text='Convert',command=convert) | |
| friendly_label_1.grid(row=0,column=0) | |
| fahrenheit_entry.grid(row=0,column=1) | |
| friendly_label_2.grid(row=1,column=0) | |
| display_celsius_label.grid(row=1,column=1) | |
| convert_button.grid(row=2,column=0) | |
| fahrenheit_entry.focus() | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| def convert(): | |
| F=float(fahrenheit_entry.get()) | |
| C=(F-32)*5/9 | |
| display_celsius_label['text']=str(C) | |
| friendly_label_1=Label(my_window,text='Enter Fahrenheit') | |
| friendly_label_2=Label(my_window,text='Celsius Temperature') | |
| display_celsius_label=Label (my_window) | |
| fahrenheit_entry=Entry(my_window) | |
| convert_button=Button(my_window,text='Convert',command=convert) | |
| friendly_label_1.grid(row=0,column=0) | |
| fahrenheit_entry.grid(row=0,column=1) | |
| friendly_label_2.grid(row=1,column=0) | |
| display_celsius_label.grid(row=1,column=1) | |
| convert_button.grid(row=2,column=0) | |
| fahrenheit_entry.focus() | |
| my_window.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| class RedFrame(Frame): | |
| def __init__(self,things): | |
| super(). __init__() | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']=RAISED | |
| self['bd']=8 | |
| self['bg']='red' | |
| frame_a=RedFrame(learn) | |
| frame_b=RedFrame(learn) | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| frame_a=Frame(learn, | |
| height=150, | |
| width=150, | |
| relief=RAISED, | |
| bd=8,bg='red') | |
| frame_b=Frame(learn, | |
| height=150, | |
| width=150, | |
| relief=GROOVE, | |
| bd=8,bg='green') | |
| frame_c=Frame(learn, | |
| height=150, | |
| width=150, | |
| relief=RIDGE, | |
| bd=8,bg='yellow') | |
| frame_d=Frame(learn, | |
| height=150, | |
| width=150, | |
| relief=SUNKEN, | |
| bd=8,bg='blue') | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| frame_c.grid(row=0,column=2) | |
| frame_d.grid(row=0,column=3) | |
| from tkinter import* | |
| learn=Tk() | |
| frame1=Frame(learn) | |
| frame2=Frame(learn) | |
| label1=Label(frame1,text='First Name') | |
| label2=Label(frame1,text='Middle Name') | |
| label3=Label(frame1,text='Last Name') | |
| label4=Label(frame2,text='First Line') | |
| label5=Label(frame2,text='Town') | |
| label6=Label(frame2,text='Country') | |
| entry1=Entry(frame1) | |
| entry2=Entry(frame1) | |
| entry3=Entry(frame1) | |
| entry4=Entry(frame2) | |
| entry5=Entry(frame2) | |
| entry6=Entry(frame2) | |
| butt1=Button(frame1,text='Submit',padx='5') | |
| butt2=Button(frame2,text='Submit',padx='5') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=1,column=0) | |
| label3.grid(row=2,column=0) | |
| label4.grid(row=0,column=0) | |
| label5.grid(row=1,column=0) | |
| label6.grid(row=2,column=0) | |
| entry1.grid(row=0,column=1) | |
| entry2.grid(row=1,column=1) | |
| entry3.grid(row=2,column=1) | |
| entry4.grid(row=0,column=1) | |
| entry5.grid(row=1,column=1) | |
| entry6.grid(row=2,column=1) | |
| butt1.grid(row=3,columnspan=2) | |
| butt2.grid(row=3,columnspan=2) | |
| frame1.grid(row=0,column=0) | |
| frame2.grid(row=0,column=1) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| frame=Frame(learn) | |
| labelf=Label(frame,text='First Name') | |
| labelm=Label(frame,text='Middle Name') | |
| labell=Label(frame,text='Last Name') | |
| entryf=Entry(frame) | |
| entrym=Entry(frame) | |
| entryl=Entry(frame) | |
| butt=Button(frame,text='Submit',padx='8') | |
| labelf.grid(row=0,column=0) | |
| labelm.grid(row=1,column=0) | |
| labell.grid(row=2,column=0) | |
| entryf.grid(row=0,column=1) | |
| entrym.grid(row=1,column=1) | |
| entryl.grid(row=2,column=1) | |
| butt.grid(row=3,columnspan=2) | |
| frame.grid(row=1,column=0) | |
| from tkinter import* | |
| learn=Tk() | |
| label_a=Label(learn,text='First Name') | |
| label_b=Label(learn,text='Middle Name') | |
| label_c=Label(learn,text='Last Name') | |
| entry_a=Entry(learn,bg='red',bd=2) | |
| entry_b=Entry(learn,bg='yellow',bd=2) | |
| entry_c=Entry(learn,bg='white',bd=2) | |
| label_a.grid(row=0,column=0,padx='3',pady='5') | |
| label_b.grid(row=1,column=0,padx='3',pady='5') | |
| label_c.grid(row=2,column=0,padx='3',pady='5') | |
| entry_a.grid(row=0,column=1,padx='3',pady='5') | |
| entry_b.grid(row=1,column=1,padx='3',pady='5') | |
| entry_c.grid(row=2,column=1,padx='3',pady='5') | |
| entry_a.focus() | |
| learn.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| def convert(): | |
| F=float(fahrenheit_entry.get()) | |
| C=(F-32)*5/9 | |
| display_celsius_label['text']=str(C) | |
| friendly_label_1=Label(my_window,text='Enter Fahrenheit') | |
| friendly_label_2=Label(my_window,text='Celsius Temperature') | |
| display_celsius_label=Label (my_window) | |
| fahrenheit_entry=Entry(my_window) | |
| convert_button=Button(my_window,text='Convert',command=convert) | |
| friendly_label_1.grid(row=0,column=0) | |
| fahrenheit_entry.grid(row=0,column=1) | |
| friendly_label_2.grid(row=1,column=0) | |
| display_celsius_label.grid(row=1,column=1) | |
| convert_button.grid(row=2,column=0) | |
| fahrenheit_entry.focus() | |
| my_window.mainloop() | |
| def say_hello(): | |
| name_of_us=entry_1.get() | |
| string_to_display='Hello'+name_of_user | |
| label_2=Label(learn) | |
| label_2['text']=string_to_display | |
| label_2.grid(row=1,column=1) | |
| def say_hello(): | |
| name_of_us=entry_1.get() | |
| string_to_display='Hello'+name_of_user | |
| label_2['text']=string_to_display | |
| def say_hello(): | |
| name_of_us=entry_1.get() | |
| string_to_display='Hello'+name_of_user | |
| var_1.set(string_to_display) | |
| def say_hello(): | |
| name_of_us=entry_1.get() | |
| var_1.set('Hello '+name_of_user) | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('The Hello Machine') | |
| learn.geometry('450x100+400+300') | |
| learn.configure(bg='green') | |
| learn.resizable(width=False,height=False) | |
| def call_def_function(): | |
| name_of_user=entry1.get() | |
| string_to_display='Hello '+name_of_user.title()+'!'.strip() | |
| var1.set(string_to_display) | |
| var1=StringVar() | |
| label1=Label(learn,bg='yellow', | |
| fg='blue', | |
| font='Arial 12 bold', | |
| text='Please enter your name:', | |
| padx='5', pady='5') | |
| entry1=Entry(learn, | |
| bd=5, | |
| relief='sunken', | |
| bg='#555555', | |
| fg='#00ff00', | |
| font='Arial 14 bold') | |
| label2=Label(learn, | |
| bg='green', | |
| fg='yellow', | |
| font='Mistral 30 bold', | |
| textvariable=var1, | |
| padx='5', pady='5') | |
| butt1=Button(learn, | |
| bd=5, | |
| relief='raised', | |
| bg='cyan', | |
| fg='red', | |
| font='Arial 12 bold', | |
| text='Hello Button!', | |
| padx='5', pady='5', | |
| command=call_def_function) | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=1,column=1) | |
| entry1.focus() | |
| entry1.grid(row=0,column=1) | |
| butt1.grid(row=1,column=0) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| def say_hi(): | |
| name_of_user=entry1.get() | |
| string_to_display='Hello '+name_of_user | |
| label2['text']=string_to_display | |
| label1=Label(learn,text='Please enter your name:') | |
| entry1=Entry(learn) | |
| butt1=Button(learn,text='Click me to enter name',command=say_hi) | |
| label2=Label(learn) | |
| label1.grid(row=0,column=0) | |
| entry1.grid(row=0,column=1) | |
| butt1.grid(row=1,column=0) | |
| label2.grid(row=1,column=1) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| def label_red(): | |
| label1['bg']='red' | |
| def label_green(): | |
| label1['bg']='green' | |
| def label_blue(): | |
| label1['bg']='blue' | |
| label1=Label(learn,width='20',height='3',bg='white') | |
| butt1=Button(learn,text='red',width=6,command=label_red) | |
| butt2=Button(learn,text='green',width=6,command=label_green) | |
| butt3=Button(learn,text='blue',width=6,command=label_blue) | |
| label1.grid(row=0,column=1) | |
| butt1.grid(row=1,column=0) | |
| butt2.grid(row=1,column=1) | |
| butt3.grid(row=1,column=2) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| label1=Label(learn,width='20',height='3',bg='red') | |
| label2=Label(learn,width='20',height='3',bg='green') | |
| label3=Label(learn,width='20',height='3',bg='blue') | |
| butt1=Button(learn,text='Click Me! 1') | |
| butt2=Button(learn,text='Click Me! 2') | |
| butt3=Button(learn,text='Click Me! 3') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=1,column=1) | |
| label3.grid(row=0,column=2) | |
| butt1.grid(row=1,column=0) | |
| butt2.grid(row=0,column=1) | |
| butt3.grid(row=1,column=2) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| label1=Label(learn,width='20',height='3',bg='red') | |
| label2=Label(learn,width='20',height='3',bg='green') | |
| label3=Label(learn,width='20',height='3',bg='blue') | |
| button1=Button(learn,text='Click Me!') | |
| label1.grid(row=0,column=0) | |
| button1.grid(row=1,column=0) | |
| from tkinter import* | |
| learn=Tk() | |
| label1=Label(learn,width='20',height='3',bg='red') | |
| label2=Label(learn,width='20',height='3',bg='green') | |
| label3=Label(learn,width='20',height='3',bg='blue') | |
| label4=Label(learn,width='20',height='3',bg='white') | |
| label5=Label(learn,width='20',height='3',bg='black') | |
| label6=Label(learn,width='20',height='3',bg='grey') | |
| label7=Label(learn,width='20',height='3',bg='#4477af') | |
| label8=Label(learn,width='20',height='3',bg='#997755') | |
| label9=Label(learn,width='20',height='3',bg='#ccff44') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=0,column=1) | |
| label3.grid(row=0,column=2) | |
| label4.grid(row=1,column=0) | |
| label5.grid(row=1,column=1) | |
| label6.grid(row=1,column=2) | |
| label7.grid(row=2,column=0) | |
| label8.grid(row=2,column=1) | |
| label9.grid(row=2,column=2) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| label1=Label(learn, | |
| width='20', | |
| height='3', | |
| bg='red') | |
| label2=Label(learn, | |
| width='20', | |
| height='3', | |
| bg='green') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=0,column=1) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| def add_label(): | |
| label1=Label(learn,text='Hello World') | |
| label1.pack() | |
| learn.geometry('200x100') | |
| button1=Button(learn, | |
| text='Click Me!', | |
| command=add_label) | |
| button1.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| var1=StringVar() | |
| label1=Label(learn, | |
| relief='solid', | |
| font='Times 22 bold', | |
| text='Hello World') | |
| label2=Label(learn, | |
| relief='solid', | |
| font='Times 22 bold', | |
| textvar=var1) | |
| label1['text']='Text put here using key/value pairs approach' | |
| var1.set('Using textvariable and StringVar()') | |
| label1.pack() | |
| label2.pack() | |
| learn.mainloop() | |
| import time;from tkinter import* | |
| learn=Tk() | |
| var1=StringVar() | |
| label1=Label(learn, | |
| relief='solid', | |
| font='Times 22 bold', | |
| text='Hello World') | |
| label2=Label(learn, | |
| relief='solid', | |
| font='Times 22 bold', | |
| textvar=var1) | |
| var1.set('Hi') | |
| label1.pack() | |
| label2.pack() | |
| learn.mainloop() | |
| import time;from tkinter import* | |
| learn=Tk() | |
| var1=StringVar() | |
| label1=Label(learn, | |
| relief='solid', | |
| font='Times 22 bold', | |
| textv=var1) | |
| var1.set('Hi') | |
| label1.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| var1=StringVar() | |
| label1=Label(learn, | |
| relief='solid', | |
| font='Times 22 bold') | |
| label1.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| label1=Label(learn, | |
| relief='solid', | |
| font='Times 22 bold') | |
| label1.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| label1=Label(learn, | |
| bd=8, | |
| relief='solid', | |
| font='Times 22 bold', | |
| bg='red', | |
| fg='white', | |
| text='Hello World') | |
| label1.pack() | |
| for item in label1.keys(): | |
| print(item,':',label1[item]) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| label1=Label(learn, | |
| bd=8, | |
| relief='solid', | |
| font='Times 22 bold', | |
| bg='red', | |
| fg='white', | |
| text='Hello World') | |
| label1.pack() | |
| print(label1.keys()) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Thank you for Teaching Us!-:)') | |
| learn.geometry('530x130+400+200') | |
| learn.configure(bg='blue') | |
| label1=Label(learn) | |
| label1['bd']=16 | |
| label1['relief']='ridge' | |
| label1['font']='Mistral 32 bold' | |
| label1['bg']='#ff00ff' | |
| label1['fg']='#00ffff' | |
| label1['text']='Thank you for Teaching Us!-:)' | |
| label1['padx']=16 | |
| label1['pady']=16 | |
| label1.pack() | |
| learn.mainloop() | |
| learn=Tk() | |
| learn.title('Hello') | |
| learn.geometry=('400x250') | |
| label1=Label(learn, | |
| bd=8, | |
| relief='solid', | |
| bg='red', | |
| fg='white', | |
| text='Hello World') | |
| label1.pack() | |
| label1['bg']='blue' | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Hello') | |
| learn.geometry=('400x250') | |
| label1=Label(learn,bd=8,relief='solid', | |
| bg='red',fg='white',text='Hello World') | |
| label1.pack() | |
| print(label1['bd']) | |
| print(label1['relief']) | |
| print(label1['font']) | |
| print(label1['bg']) | |
| print(label1['fg']) | |
| print(label1['text']) | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Hello') | |
| learn.geometry=('400x250') | |
| label1=Label(learn, | |
| text='Text\nText Text\nText Text Text', | |
| bd=1, | |
| relief='sunken', | |
| fg='blue', | |
| font='Times 20', | |
| justify=RIGHT) | |
| label1.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Hello') | |
| learn.geometry=('400x250') | |
| label1=Label(learn, | |
| text='spacer') | |
| label2=Label(learn, | |
| text='Hello World\nHello World', | |
| bd=1, | |
| relief='solid', | |
| font='Times 32', | |
| width=15, | |
| height=4, | |
| anchor=CENTER) | |
| label1.pack() | |
| label2.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Hello') | |
| label1=Label(learn, | |
| text='Text Verdana Font\ntesting testing', | |
| bd=10, | |
| relief='ridge', | |
| bg='red', | |
| fg='white', | |
| font='Verdana 20 bold', | |
| width=30, | |
| height=4) | |
| label2=Label(learn, | |
| text='Text Times Font', | |
| bd=10, | |
| relief='flat', | |
| bg='green', | |
| fg='white', | |
| font='Times 20 bold italic', | |
| width=40) | |
| label3=Label(learn, | |
| text='Text Arial Font', | |
| bd=10, | |
| relief='sunken', | |
| fg='blue', | |
| font='Arial 20 bold italic') | |
| label1.pack() | |
| label2.pack() | |
| label3.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Hello') | |
| label1=Label(learn, | |
| text='Text Verdana Font\ntesting testing', | |
| bd=10, | |
| relief='solid', | |
| bg='red', | |
| fg='white', | |
| font='Verdana 20 bold', | |
| width=30, | |
| height=4) | |
| label2=Label(learn, | |
| text='Text Times Font', | |
| bd=10, | |
| relief='groove', | |
| bg='green', | |
| fg='white', | |
| font='Times 20 bold italic', | |
| width=40) | |
| label3=Label(learn, | |
| text='Text Arial Font', | |
| bd=10, | |
| relief='raised', | |
| fg='blue', | |
| font='Arial 20 bold italic') | |
| label1.pack() | |
| label2.pack() | |
| label3.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Hello') | |
| label1=Label(learn, | |
| text='Text Verdana Font\ntesting testing', | |
| bd=10, | |
| relief='solid', | |
| bg='red', | |
| fg='white', | |
| font='Verdana 20 bold', | |
| width=30, | |
| height=4) | |
| label2=Label(learn, | |
| text='Text Times Font', | |
| bd=10, | |
| relief='raised', | |
| bg='green', | |
| fg='white', | |
| font='Times 20 bold italic', | |
| width=40) | |
| label3=Label(learn, | |
| text='Text Arial Font', | |
| bd=10, | |
| relief='sunken', | |
| fg='blue', | |
| font='Arial 20 bold italic') | |
| label1.pack(),label2.pack() | |
| label2.pack(),label3.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Hello') | |
| label1=Label(learn, | |
| text='Text Verdana Font\ntesting testing',bg='red',fg='white',font='Verdana 20 bold',width=30) | |
| label2=Label(learn, | |
| text='Text Times Font',bg='green',fg='white',font='Times 20 bold italic',width=40) | |
| label3=Label(learn, | |
| text='Text Arial Font',fg='blue',font='Arial 20 bold italic') | |
| label1.pack() | |
| label2.pack() | |
| label2.pack() | |
| label3.pack() | |
| learn.mainloop() | |
| import time;from tkinter import* | |
| learn=Tk() | |
| learn.title('Hello') | |
| learn.geometry('500x100') | |
| learn.resizable(width=False,height=False) | |
| label1=Label(learn,text='Hello World',fg='black',font='Times 32 bold italic') | |
| label2=Label(learn,text='Testing Testing') | |
| label1.pack() | |
| label2.pack() | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| width=500 | |
| height=500 | |
| scrn_w=learn.winfo_screenwidth() | |
| scrn_h=learn.winfo_screenheight() | |
| x=(scrn_w/2)-(width/2) | |
| y=(scrn_h/2)-(height/2) | |
| learn.geometry('%dx%d+%d+%d'%(width,height,x,y)) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.geometry('200x100+0+0') | |
| learn.resizable(width=True,height=False) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.geometry('200x100+0+0') | |
| learn.resizable(width=False,height=False) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.geometry('200x100+0+0') | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.geometry('200x100') | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.configure(width=200,height=100) | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.configure(width=200,height=100,bg='#ff00ff') | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.configure(width=400,height=200,bg='#ff00ff') | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.configure(bg='#ff00ff') | |
| learn.mainloop() | |
| from tkinter import* | |
| learn=Tk() | |
| learn.title('Learn Tkinter') | |
| learn.configure(bg='red') | |
| learn.mainloop() | |
| ''' | |
| from tkinter import* | |
| my_window=Tk() | |
| code goes here | |
| my_window.mainloop() | |
| ''' | |
| for i in range(1000): | |
| print(i) | |
| print(i*2) | |
| print(i*3) | |
| print(i**2) | |
| first_name=input('Please enter your first name ') | |
| second_name=input('Please enter your surname ') | |
| full_name=first_name+' '+second_name | |
| print('Hello',full_name) | |
| from tkinter import* | |
| testing=Tk() | |
| testing.title('Demo') | |
| from tkinter import* | |
| my_window=Tk() | |
| def convert(): | |
| F=float(fahrenheit_entry.get()) | |
| C=(F-32)*5/9 | |
| display_celsius_label['text']=str(C) | |
| friendly_label_1=Label(my_window,text='Enter Fahrenheit') | |
| friendly_label_2=Label(my_window,text='Celsius Temperature') | |
| display_celsius_label=Label (my_window) | |
| fahrenheit_entry=Entry(my_window) | |
| convert_button=Button(my_window,text='Convert',command=convert) | |
| friendly_label_1.grid(row=0,column=0) | |
| fahrenheit_entry.grid(row=0,column=1) | |
| friendly_label_2.grid(row=1,column=0) | |
| display_celsius_label.grid(row=1,column=1) | |
| convert_button.grid(row=2,column=0) | |
| fahrenheit_entry.focus() | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| class RedFrame(Frame): | |
| def __init__(self,the_window): | |
| super().__init__() | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']=RAISED | |
| self['bd']=8 | |
| self['bg']='red' | |
| frame_a=RedFrame(my_window) | |
| frame_b=Frame(my_window, | |
| height=150,width=150, | |
| relief=RIDGE,bd=8) | |
| frame_c=RedFrame(my_window) | |
| frame_d=Frame(my_window, | |
| height=150,width=150, | |
| relief=RIDGE,bd=8) | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| frame_c.grid(row=1,column=0) | |
| frame_d.grid(row=1,column=1) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| class RedFrame(Frame): | |
| def __init__(self,the_window): | |
| super().__init__() | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']=RAISED | |
| self['bd']=8 | |
| self['bg']='red' | |
| frame_a=RedFrame(my_window) | |
| frame_b=RedFrame(my_window) | |
| frame_c=RedFrame(my_window) | |
| frame_d=RedFrame(my_window) | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| frame_c.grid(row=1,column=0) | |
| frame_d.grid(row=1,column=1) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| class RedFrame(Frame): | |
| def __init__(self,the_window): | |
| super().__init__() | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']=RAISED | |
| self['bd']=8 | |
| self['bg']='red' | |
| frame_a=RedFrame(my_window) | |
| frame_b=RedFrame(my_window) | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| class RedFrame(Frame): | |
| def __init__(self,the_window): | |
| super().__init__() | |
| self['height']=150 | |
| self['width']=150 | |
| self['relief']=RAISED | |
| self['bd']=8 | |
| self['bg']='red' | |
| frame_a=RedFrame(my_window) | |
| frame_a.grid(row=0,column=0) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| frame_a=Frame(my_window,height=150,width=150,relief=RAISED,bd=8,bg='red') | |
| frame_a.grid(row=0,column=0) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| frame_a=Frame(my_window,height=150,width=150,relief=RAISED,bd=8,bg='red') | |
| frame_b=Frame(my_window,height=150,width=150,relief=SUNKEN,bd=8,bg='green') | |
| frame_a.grid(row=0,column=0) | |
| frame_b.grid(row=0,column=1) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| frame_name=Frame(my_window) | |
| label_first=Label(frame_name,text='First Name:') | |
| label_middle=Label(frame_name,text='Middle Name:') | |
| label_surname=Label(frame_name,text='Surname:') | |
| entry_first=Entry(frame_name) | |
| entry_middle=Entry(frame_name) | |
| entry_surname=Entry(frame_name) | |
| button_submit_name=Button(frame_name,text='Submit') | |
| label_first.grid(row=0,column=0) | |
| label_middle.grid(row=1,column=0) | |
| label_surname.grid(row=2,column=0) | |
| entry_first.grid(row=0,column=1) | |
| entry_middle.grid(row=1,column=1) | |
| entry_surname.grid(row=2,column=1) | |
| button_submit_name.grid(row=3,columnspan=2) | |
| frame_name.grid(row=0,column=0) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| entry_a=Entry(my_window,bg='red') | |
| entry_b=Entry(my_window,bg='yellow') | |
| entry_c=Entry(my_window,bg='white') | |
| label_a=Label(my_window,text='First Name') | |
| label_b=Label(my_window,text='Middle Name') | |
| label_c=Label(my_window,text='Last Name') | |
| entry_a.grid(row=0,column=1) | |
| entry_b.grid(row=1,column=1) | |
| entry_c.grid(row=2,column=1) | |
| label_a.grid(row=0,column=0) | |
| label_b.grid(row=1,column=0) | |
| label_c.grid(row=2,column=0) | |
| entry_a.focus() | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| def sayhi(): | |
| name_of_user=entry1.get() | |
| string_to_display='Hello',name_of_user | |
| var1.set(string_to_display) | |
| var1=StringVar() | |
| label1=Label(my_window,text='Please enter your name:') | |
| entry1=Entry(my_window) | |
| button1=Button(my_window,text='Click me to enter name',command=sayhi) | |
| label2=Label(my_window,textvariable=var1) | |
| label1.grid(row=0,column=0) | |
| entry1.grid(row=0,column=1) | |
| button1.grid(row=1,column=0) | |
| label2.grid(row=1,column=1) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| def sayhi(): | |
| name_of_user=entry1.get() | |
| string_to_display='Hello',name_of_user | |
| label2=Label(my_window) | |
| label2['text']=string_to_display | |
| label2.grid(row=1,column=1) | |
| label1=Label(my_window,text='Please enter your name:') | |
| entry1=Entry(my_window) | |
| button1=Button(my_window,text='Click me to enter name',command=sayhi) | |
| label1.grid(row=0,column=0) | |
| entry1.grid(row=0,column=1) | |
| button1.grid(row=1,column=0) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| def label_red(): | |
| label1['bg']='red' | |
| def label_green(): | |
| label1['bg']='green' | |
| def label_blue(): | |
| label1['bg']='blue' | |
| label1=Label(my_window,width='20',height='3') | |
| button1=Button(my_window,text='red',width=6,command=label_red) | |
| button2=Button(my_window,text='green',width=6,command=label_green) | |
| button3=Button(my_window,text='blue',width=6,command=label_blue) | |
| label1.grid(row=0,column=1) | |
| button1.grid(row=1,column=0) | |
| button2.grid(row=1,column=1) | |
| button3.grid(row=1,column=2) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| label1=Label(my_window,width='20',height='3',bg='red') | |
| label2=Label(my_window,width='20',height='3',bg='green') | |
| label3=Label(my_window,width='20',height='3',bg='blue') | |
| button1=Button(my_window,text='Click Me 1') | |
| button2=Button(my_window,text='Click Me 2') | |
| button3=Button(my_window,text='Click Me 3') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=1,column=1) | |
| label3.grid(row=0,column=2) | |
| button1.grid(row=1,column=0) | |
| button2.grid(row=0,column=1) | |
| button3.grid(row=1,column=2) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| label1=Label(my_window,width='20',height='3',bg='red') | |
| label2=Label(my_window,width='20',height='3',bg='green') | |
| label3=Label(my_window,width='20',height='3',bg='blue') | |
| button1=Button(my_window,text='Click Me 1') | |
| button2=Button(my_window,text='Click Me 2') | |
| button3=Button(my_window,text='Click Me 3') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=0,column=1) | |
| label3.grid(row=0,column=2) | |
| button1.grid(row=1,column=0) | |
| button2.grid(row=1,column=1) | |
| button3.grid(row=1,column=2) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| label1=Label(my_window,width='20',height='3',bg='red') | |
| label2=Label(my_window,width='20',height='3',bg='green') | |
| label3=Label(my_window,width='20',height='3',bg='blue') | |
| label4=Label(my_window,width='20',height='3',bg='white') | |
| label5=Label(my_window,width='20',height='3',bg='black') | |
| label6=Label(my_window,width='20',height='3',bg='grey') | |
| label7=Label(my_window,width='20',height='3',bg='#4477af') | |
| label8=Label(my_window,width='20',height='3',bg='#997755') | |
| label9=Label(my_window,width='20',height='3',bg='#ccff44') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=0,column=1) | |
| label3.grid(row=0,column=2) | |
| label4.grid(row=1,column=0) | |
| label5.grid(row=1,column=1) | |
| label6.grid(row=1,column=2) | |
| label7.grid(row=2,column=0) | |
| label8.grid(row=2,column=1) | |
| label9.grid(row=2,column=2) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| label1=Label(my_window,width='20',height='3',bg='red') | |
| label2=Label(my_window,width='20',height='3',bg='green') | |
| label3=Label(my_window,width='20',height='3',bg='blue') | |
| label4=Label(my_window,width='20',height='3',bg='white') | |
| label5=Label(my_window,width='20',height='3',bg='black') | |
| label6=Label(my_window,width='20',height='3',bg='grey') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=0,column=1) | |
| label3.grid(row=0,column=2) | |
| label4.grid(row=1,column=0) | |
| label5.grid(row=1,column=1) | |
| label6.grid(row=1,column=2) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| label1=Label(my_window, | |
| width='20', | |
| height='3', | |
| bg='red') | |
| label2=Label(my_window, | |
| width='20', | |
| height='3', | |
| bg='green') | |
| label3=Label(my_window, | |
| width='20', | |
| height='3', | |
| bg='blue') | |
| label1.grid(row=0,column=0) | |
| label2.grid(row=0,column=1) | |
| label3.grid(row=0,column=2) | |
| my_window.mainloop() | |
| from tkinter import* | |
| def label(): | |
| label1=Label(my_window, | |
| text='Hello World') | |
| label1.pack() | |
| my_window=Tk() | |
| my_window.geometry('200x100') | |
| button1=Button(my_window, | |
| text='Click Me', | |
| command=label) | |
| button1.pack() | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| my_window.geometry('200x100') | |
| button1=Button(my_window, | |
| text='Click Me!') | |
| button1.pack() | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| var1=StringVar() | |
| label1=Label(my_window, | |
| relief='solid', | |
| font='Times 22 bold', | |
| text='Hello World') | |
| label2=Label(my_window, | |
| relief='solid', | |
| font='Times 22 bold', | |
| textvariable=var1) | |
| label1.pack() | |
| label2.pack() | |
| label1['text']='Text put here using key/value pairs approach' | |
| var1.set('Using textvariable and StringVar()') | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| var1=StringVar() | |
| label1=Label(my_window, | |
| relief='solid', | |
| font='Times 22 bold', | |
| textvariable=var1) | |
| label1.pack() | |
| var1.set('Hi') | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| my_window.configure(height=500,width=500) | |
| label1=Label(my_window,text='I am label one',bg='blue',fg='green',font='arial 32 bold',width=20) | |
| label2=Label(my_window,text='I am label two',bg='black',fg='green',font='times 12 bold italic',width=30) | |
| label3=Label(my_window,text='I am label three\nInline break',bg='yellow',fg='green',font='times 32 bold italic',width=40) | |
| label4=Label(my_window,text='I am label three',bd=2,relief='solid',bg='yellow',fg='green',font='times 32 bold italic') | |
| label4=Label(my_window,text='I am label three',bd=8,relief='raised',fg='green',font='times 12 bold italic') | |
| label4=Label(my_window,text='I am label three',bd=8,relief='sunken',fg='green',font='times 20 bold italic') | |
| label4=Label(my_window,text='I am label three',bd=8,relief='ridge',fg='green',font='times 20 bold italic') | |
| label4=Label(my_window,text='I am label three',bd=8,relief='groove',fg='green',font='times 20 bold italic') | |
| label4=Label(my_window,text='I am label three',bd=8,relief='flat',fg='green',font='times 20 bold italic') | |
| label4=Label(my_window, | |
| text='I am label three\ntesting\ntesting', | |
| bd=1, | |
| relief='solid', | |
| fg='green', | |
| font='times 20 bold italic', | |
| width=15, | |
| height=4, | |
| anchor=CENTER) | |
| label1.pack() | |
| label2.pack() | |
| label3.pack() | |
| label4.pack() | |
| label1['font']='arial' | |
| label1['fg']='white' | |
| label1['text']='white' | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| my_canvas=Canvas(my_window,width=400,height=300,background='white') | |
| my_canvas.grid(row=0,column=0) | |
| my_canvas.create_line(10,30,390,30,fill='blue',arrow='last',width=4) | |
| my_canvas.create_line(10,100,390,100,fill='blue',arrow='last',arrowshape=(64,80,24),width=4) | |
| my_canvas.create_line(10,170,390,170,fill='blue',arrow='last',arrowshape=(70,40,24),width=4) | |
| my_canvas.create_line(10,240,390,240,fill='blue',arrow='last',arrowshape=(100,100,24),width=4) | |
| my_window.mainloop() | |
| from tkinter import* | |
| my_window=Tk() | |
| width=500 | |
| height=500 | |
| screen_width=my_window.winfo_screenwidth() | |
| screen_height=my_window.winfo_screenheight() | |
| x=(screen_width/2)-(width/2) | |
| y=(screen_height/2)-(height/2) | |
| my_window.geometry('%dx%d+%d+%d' % (width,height,x,y)) | |
| my_window.mainloop() | |
| from tkinter import* | |
| root=Tk() | |
| root.configure(height=500,width=500) | |
| root.resizable(width=False,height=False) | |
| root.mainloop() | |
| from tkinter import* | |
| root=Tk() | |
| root.configure(height=500,width=500) | |
| root.mainloop() | |
| from tkinter import* | |
| root=Tk() | |
| root.geometry('500x500') | |
| root.mainloop() | |
| from tkinter import* | |
| root=Tk() | |
| root.geometry('500x500+0+0') | |
| root.mainloop() | |
| from tkinter import* | |
| root=Tk() | |
| draw=Canvas(root,height=500,width=500) | |
| draw.pack() | |
| root.mainloop() | |
| from tkinter import* | |
| root=Tk() | |
| root.title('Strying Art') | |
| draw=Canvas(root,height=500,width=500,bg='black') | |
| for i in range(0,400,3): | |
| draw.create_line(50+i,50+i,450,50,450,50,450,450,50,450,50+i,50+i,fill='cyan') | |
| draw.pack() | |
| root.mainloop() |
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