from tkinter import *

from tkinter import messagebox

def computeLCM(x, y):

 greater = 0

 smaller = 0

 i = 1

  if x < y:

   greater = y

   smaller = x

 else:

   greater = x

   smaller = y

  while True:

   if (greater*i) % smaller == 0:

     break

   else:

     i += 1

 return greater * i

 def computeProduct(a, b):

 c = a * b

 return c

 def computeFactors(n):

 z = []

 a = n // 2

 for i in range(1, a + 1):

   if n % i == 0:

     z.append(i)

 z.append(n)

 return (z)

 def computeHCF(a, b):

 #Create lists with factors of the given parameters and sort them.

 f1 = computeFactors(a)

 f2 = computeFactors(b)

 f1.sort()

 f2.sort()

 #Create two parameters & default hcf value.

 p1 = 0

 p2 = 0

 hcf = 1

  #Create a while loop to find hcf using conditional statements.

 while (p1 < len(f1)) & (p2 < len(f2)):

   if f1[p1] == f2[p2]:

     hcf = f1[p1]

     p1 += 1

     p2 += 1

   elif f1[p1] > f2[p2]:

     p2 += 1

   else:

     p1 += 1

 return hcf

def computeHCF_method2(n1, n2):

 #Set default values for remainder bigger no. and smaller no..

 smaller = 0

 bigger = 0

 rem = 1

 #Conditional statements to find smaller and bigger no..

 if n1 < n2:

   smaller = n1

   bigger = n2

 else:

   smaller = n2

   bigger = n1

 #Create a while loop to return the result using modulus while rem > 0.

 while rem > 0:

   try:

     rem = bigger % smaller

   except ZeroDivisionError:

     break

   bigger = smaller

   smaller = rem

 #Returns the result.

 return bigger

 #create a window

window = Tk()

window.geometry("1000x800")

window.title("Math Library")

window.configure(bg="blue")

#Create frames

frame1 = Frame(window, height=118, width=500, relief=RIDGE, bd=3, bg="light blue")

frame1.place(x=5,y=5)

frame2 = Frame(window, height=130, width=500, relief=RIDGE, bd=3, bg="light blue")

frame2.place(x=5, y=125)

frame3 = Frame(window, height=130, width=500, relief=RIDGE, bd=3, bg="light blue")

frame3.place(x=5, y=260)

frame4 = Frame(window, height=130, width=500, relief=RIDGE, bd=3, bg="light blue")

frame4.place(x=5, y=395)

#Create labels

lb = Label(frame1, text="COMPUTE FACTORS", bg="light green")

lb.place(x=10, y=10)

lbl = Label(frame1, text="Enter a number", bg="light green")

lbl.place(x=10, y=50)

#Create an Entry box

entry = Entry(frame1, bg="red", fg="gold")

entry.place(x=200,y=50)

#define a function to show a message box with the value in the Entry widget

def get_value():

 value = int(entry.get())

 factors = computeFactors(value)

 messagebox.showinfo("Value", ','.join(str(e) for e in factors))

#Create a button

button = Button(frame1, text="Calculate factors",command=get_value, fg="red", bg="green")

button.place(x=10, y=80)

#Create labels

lbl1 = Label(frame2, text="COMPUTE PRODUCT", bg="light green")

lbl1.place(x=10, y=10)

lbl2 = Label(frame2, text="Enter the first number", bg="light green")

lbl2.place(x=10, y=50)

lbl3 = Label(frame2, text="Enter the second number", bg="light green")

lbl3.place(x=10, y=90)

#Create Entry boxes

entry1 = Entry(frame2, bg="blue", fg="silver")

entry1.place(x=200, y=50)

entry2 = Entry(frame2, bg="blue", fg="silver")

entry2.place(x=200, y=90)

#define a function to calculate product using the simplemath library

def get_product():

 val1 = int(entry1.get())

 val2 = int(entry2.get())

 product = computeProduct(val1,val2)

 messagebox.showinfo("Product", str(product))

#Create a button with a command

button = Button(frame2, text="Calculate product", command=get_product, fg="red", bg="green")

button.place(x=350, y=5)

#Create labels

lbl1 = Label(frame3, text="COMPUTE HCF", bg="light green")

lbl1.place(x=10, y=10)

lbl2 = Label(frame3, text="Enter the first number", bg="light green")

lbl2.place(x=10, y=50)

lbl3 = Label(frame3, text="Enter the second number", bg="light green")

lbl3.place(x=10, y=90)

#Create Entry boxes

entry3 = Entry(frame3, bg="gold", fg="blue")

entry3.place(x=200, y=50)

entry4 = Entry(frame3, bg="gold", fg="blue")

entry4.place(x=200, y=90)

#Define functions to show a messagebox with the result of computeHCF & computeHCF_method2

def get_HCF():

 value1 = int(entry3.get())

 value2 = int(entry4.get())

 myhcf = computeHCF(value1, value2)

 messagebox.showinfo("HCF", str(myhcf))

 def get_HCF2():

 value1 = int(entry3.get())

 value2 = int(entry4.get())

 mrhcf = computeHCF_method2(value1, value2)

 messagebox.showinfo("HCF", str(mrhcf))

#Create buttons with a command

button = Button(frame3, text="Calculate HCF: 1", fg="red", bg="green", command=get_HCF)

button.place(x=368, y=5)

button1 = Button(frame3, text="Calculate HCF: 2", fg="red", bg="green", command=get_HCF2)

button1.place(x=368, y=45)

#Create labels

lbl = Label(frame4, text="COMPUTE LCM", bg="light green")

lbl.place(x=10, y=10)

lbl1 = Label(frame4, text="Enter the first number", bg="light green")

lbl1.place(x=10, y=50)

lbl2 = Label(frame4, text="Enter the second number", bg="light green")

lbl2.place(x=10, y=90)

#Create Entry boxes

entry5 = Entry(frame4, bg="silver", fg="red")

entry5.place(x=200, y=50)

entry6 = Entry(frame4, bg="silver", fg="red")

entry6.place(x=200, y=90)

# Define a function to show a messagebox with the result of computeLCM

def get_LCM():

 vall1 = int(entry5.get())

 vall2 = int(entry6.get())

 lcm = computeLCM(vall1, vall2)

 messagebox.showinfo("LCM", str(lcm))

#Create a button with a command

butt = Button(frame4, text="Calculate LCM", fg="red", bg="green", command=get_LCM)

butt.place(x=368, y=5)

window.mainloop()

#When 'Calculate Factors' is clicked

#Get the number from the text box

#call simplemath.computeFactors with that number

#Print the output on the console

# First size - 600x500