GUI HCF-LCM Finder

 

Hello Friends !

In this article i will show how to create a lcm and hcf finder GUI application in python , So let's get Started

 Create a new file with .py extension and open it with  your favourite code editor .

and start coding :-

Creating The  Function To Find LCM/HCF.

def find_gcd(a,b):

    gcd = 1

    for i in range(1,a+1):

        if a%i==0 and b%i==0:

           gcd = i

    return gcd

from tkinter import*

from main import find_gcd

from tkinter import messagebox

class Main_Code:

    def __init__(self,root):

        self.root=root

        self.root.geometry("550x300")

        self.root.title("LCM/GCD Finder")

        # Labels

        title=Label(self.root,text="LCM/HCF Finder",font=("times new roman",30),bg="green",fg="white").place(x=0,y=0,relwidth=1)

        title2=Label(self.root,text="Developer : Sayyed Nawab Abdul Ali\n Github:- https://github.com/Sayyednaa/GUI-LCM-Finder",font=("times new roman",10),).place(x=0,y=50,relwidth=1)

       

        number1=Label(self.root,text="Enter First Number:",font=("times new roman",15)).place(x=25,y=100)

        number2=Label(self.root,text="Enter Second Number:",font=("times new roman",15)).place(x=25,y=130)

        self.Fnumber=Entry(root,font=("times new roman",16))

        self.Fnumber.place(x=250,y=100)

        self.Snumber=Entry(root,font=("times new roman",16))

        self.Snumber.place(x=250,y=130)

        self.btn_Button=Button(self.root,bg="white",text="Find",font=("Impact",15),command=self.Generate)

        self.btn_Button.place(x=250,y=180)

  

    def Generate(self):

        

       

        self.x=self.Fnumber.get()

        self.y=self.Snumber.get()

       

        if self.x or self.y is not int:

            self.Error=Label(self.root,text="Enter  Integers(Numbers)",fg="red",font=("times new roman",25,"bold"))

            self.Error.place(x=0,y=250,relwidth=1)

       

            

        x=int(self.Fnumber.get())

        y=int(self.Snumber.get())

        # Result=lcm.compute_lcm(x,y)

        # Text=(f'The LCM Of {x} and {y} is {Result}')

            

           

        

    

        gcd=find_gcd(x,y)

        HCFt=(find_gcd(x, y))

        # Calculating LCM

        lcm = x * y / find_gcd(x, y)

        LCMt=(lcm)

        Result=(f'The HCF  {x} and {y} is {HCFt} \n And LCM of {x} and {y} is {LCMt}')

        Ressultpr=Label(self.root,text=Result,fg="green",font=("times new roman",12,"bold")).place(x=0,y=250,relwidth=1)

root=Tk()

obj=Main_Code(root)

root.mainloop()

GitHub Link

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