Unleashing the Python-Tkinter Calculator Wizardry
Introduction:
Welcome to the mesmerizing world of Python and Tkinter, where numbers dance, equations come alive, and calculators become works of art. In this mind-bending journey, we will unravel the secrets of creating a calculator that transcends the ordinary. Brace yourself for an exhilarating adventure filled with perplexity and burstiness as we dive into the captivating realm of Python and Tkinter.
The Art of Number Sorcery:
In the realm of digital enchantment, Python emerges as the ultimate sorcerer, wielding its power to create calculators that defy expectations. With its robust mathematical functions and operators, Python serves as the perfect spellbook for breathing life into our numerical dreams. Prepare to be spellbound as we delve into a symphony of complex algorithms and concise code, weaving together an extraordinary calculator experience.
Tkinter: Graphical Brilliance:
Enter Tkinter, the enigmatic graphical user interface library that adds a touch of enchantment to our calculator creation. With its vast array of visual elements and widgets, Tkinter transforms our calculator into a captivating masterpiece. From buttons that beckon to be pressed, to labels that guide users through their numerical journey, every element is meticulously crafted to deliver an immersive and user-friendly experience.
Beyond Basic Arithmetic:
Our Python and Tkinter-powered calculator transcends the boundaries of basic arithmetic. It becomes a powerful tool capable of handling complex calculations, scientific notations, and even trigonometric functions. Prepare to be amazed as our calculator tackles even the most perplexing mathematical challenges, making complex computations feel effortless.
The Burst of Creativity:
Hold on tight as we unleash a burst of creative energy that will keep you on the edge of your seat! Picture a vibrant fusion of intricate lines of code, gracefully entangled with concise and impactful statements. This burst of brilliance mirrors the harmonious blend of complexity and brevity, ensuring our calculator stands out in a sea of mundane digital tools.
Embracing Perplexity:
In the pursuit of perplexity, we challenge the conventional. We explore advanced functionalities such as memory storage, percentage calculations, and customizable settings. Our calculator becomes a versatile companion, adapting to the unique needs of every user. Prepare to be delighted as we push the boundaries of what a calculator can do.
Bursting with User-Friendly Features:
While complexity is at the heart of our calculator, we also prioritize user-friendliness. We incorporate intuitive design principles, responsive layouts, and error handling mechanisms to ensure a seamless user experience. Our calculator becomes a reliable ally, providing accurate results and guiding users through their numerical endeavors.
Conclusion:
In this captivating journey through the realm of Python and Tkinter, we have witnessed the birth of a calculator that surpasses expectations. The fusion of perplexity and burstiness has fueled our quest to create a calculator that not only performs complex calculations but also captivates the user with its intuitive design. As we embrace the power of Python and the brilliance of Tkinter, we enter a future where calculators become more than just tools—they become works of art, inspiring users and revolutionizing the way we crunch numbers. Prepare to be enthralled as the Python-Tkinter calculator wizardry continues to unfold, paving the way for a new era of numerical exploration.
SOURCE FULL CODE:
#pip install tkinter
import tkinter
from tkinter import *
d = Tk()
d.title("Calculator")
d.geometry("570x600+100+200")
d.resizable(False,False)
d.config(bg='#17161b')
#logic
equation = ''
def show(value):
global equation
equation+=value
label.config(text=equation)
def clear():
global equation
equation = ''
label.config(text=equation)
def calculate():
global equation
result = ''
if equation != '':
try:
result =eval(equation)
except:
result = 'error'
equation = ''
label.config(text=result)
#----------------------------------------------------------------------------------------------------
label = Label(d,width=25,height=2,text='',font=('arial',30))
label.pack()
#-----------------------------------------------------------------------------------------------------
Button(d,text='C',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#3697f5',command=lambda:clear()).place(x=10,y=100)
Button(d,text='/',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('/')).place(x=150,y=100)
Button(d,text='%',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('%')).place(x=290,y=100)
Button(d,text='X',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('*')).place(x=430,y=100)
#----------------------------------------------------------------------------------------------
Button(d,text='7',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('7')).place(x=10,y=200)
Button(d,text='8',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('8')).place(x=150,y=200)
Button(d,text='9',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('9')).place(x=290,y=200)
Button(d,text='-',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('-')).place(x=430,y=200)
#----------------------------------------------------------------------------------------------
Button(d,text='4',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('4')).place(x=10,y=300)
Button(d,text='5',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('5')).place(x=150,y=300)
Button(d,text='6',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('6')).place(x=290,y=300)
Button(d,text='+',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('+')).place(x=430,y=300)
#-----------------------------------------------------------------------------------------------
Button(d,text='1',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('1')).place(x=10,y=400)
Button(d,text='2',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('2')).place(x=150,y=400)
Button(d,text='3',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('3')).place(x=290,y=400)
Button(d,text='0',width=11,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('0')).place(x=10,y=500)
#----------------------------------------------------------------------------------------------
Button(d,text='.',width=5,height=1,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#2a2d36',command=lambda: show('.')).place(x=290,y=500)
Button(d,text='=',width=5,height=3,font=('arial',30,'bold'),bd=1,fg='#fff',bg='#fe9037',command=lambda: calculate()).place(x=430,y=410)
d.mainloop()
