Minor edit.

Author: LinuxUsersLinuxMint

EN/Basic_Maths.py

@@ -0,0 +1,101 @@
+#!/usr/bin/python3
+""" Copyright© 2023-2024 LinuxUsersLinuxMint
+Basic_Maths Tüm Hakları GPL(Genel Kamu Lisansı) altında korunmaktadır.
+Basic_Maths All Rights Reserved under the GPL(General Public License).
+Bu Yazılımın Bir Kopyası GİTHUB da yayınlanmaktadır Görüntülemek için: https://github.com/LinuxUsersLinuxMint/Basic_Maths
+A Copy of This Software is published on GITHUB To view: https://github.com/LinuxUsersLinuxMint/Basic_Maths"""
+
+import time
+
+global result,input_dialog,error_dialog
+
+input_dialog = str()
+error_dialog = str()
+
+def p(userString):
+    print(userString)
+
+def error_msg():
+    p(error_dialog)
+
+def exit_program_dialog_time(exit_dialog_msg,userTime):
+    p(exit_dialog_msg)
+    time.sleep(userTime)
+    exit()
+
+def exit_program_time(userTime):
+    time.sleep(userTime)
+    exit()
+
+def exit_program_dialog(exit_dialog_msg):
+    p(exit_dialog_msg)
+    exit()
+
+def program_welcome_msg(welcome_msg):
+    p(welcome_msg)
+
+def program_info(programnamedialog,program_name,programversiondialog,program_version,programsupportosdialog,program_support_os,programlicencedialog,program_licence,programauthordialog,program_author,programreleasedatedialog,program_rs_date):
+    p("{0} {1}". format(programnamedialog,program_name))
+    p("{0} {1}\n". format(programversiondialog,program_version))
+    p("{0} {1}\n". format(programsupportosdialog,program_support_os))
+    p("{0} {1}\n". format(programlicencedialog,program_licence))
+    p("{0} {1}\n". format(programauthordialog,program_author))
+    p("{0} {1}\n". format(programreleasedatedialog,program_rs_date))
+    
+
+def InputN1N2():
+    global number_one, number_two
+    number_one = str(input("{0}". format(input_dialog)))
+    number_two = str(input("{0}". format(input_dialog)))
+
+select_func = str()
+"""
+Example:
+
+input_select = str(input('Which process?'))
+select_func = input_select
+
+def addition(x,y,ResultDialog):
+    result=x+y
+    print("{0} {1} {2} + {3} = {4}". format(select_func,ResultDialog,x,y,result))
+
+"""
+
+def addition(x,y,ResultDialog):
+    result=x+y
+    p("{0} {1} {2} + {3} = {4}". format(select_func,ResultDialog,x,y,result))
+
+def Extraction(x,y,ResultDialog):
+    result=x-y
+    p("{0} {1} {2} - {3} = {4}". format(select_func,ResultDialog,x,y,result))
+
+def Multiplication(x,y,ResultDialog):
+    result=x*y
+    p("{0} {1} {2} * {3} = {4}". format(select_func,ResultDialog,x,y,result))
+
+def Division(x,y,ResultDialog,check_zero_control_msg):
+    if x==0 or y==0:
+        p(check_zero_control_msg)
+    if y>0 and x>0:
+        result=x/y
+        p("{0} {1} {2} / {3} = {4}". format(select_func,ResultDialog,x,y,result))
+
+def Percentage(x,y,ResultDialog):
+    result=x%y
+    p("{0} {1} {2} % {3} = {4}". format(select_func,ResultDialog,x,y,result))
+
+def FullDivision(x,y,ResultDialog):
+    result=x//y
+    p("{0} {1} {2} // {3} = {4}". format(select_func,ResultDialog,x,y,result))
+
+def TakingExponents(x,y,ResultDialog):
+    result=x ** y
+    p("{0} {1} {2} ** {3} = {4}". format(select_func,ResultDialog,x,y,result))
+
+def TakingRoots(x,y,ResultDialog):
+    result=x ** (1/y)
+    p("{0} {1} {2} / (1/y) = {3}". format(select_func,ResultDialog,x,result))
+
+def SqaureRoot(x,ResultDialog):
+    result=x ** (1/2)
+    p("{0} {1} {2} ** (1/2) = {3}". format(select_func,ResultDialog,x,result))