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Bu Yazılımın Bir Kopyası GİTHUB da yayınlanmaktadır Görüntülemek için: https://github.com/LinuxUsersLinuxMint/Basic_Maths
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A Copy of This Software is published on GITHUB To view: https://github.com/LinuxUsersLinuxMint/Basic_Maths"""
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- import time
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+ from math import *
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+ from pyappdevkit import *
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- global result ,input_dialog ,error_dialog
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+ """ TR (Turkish / Türkçe):
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+ NOT: InputN1N2() sadece 2 sayının istendiği durumlarda kullanılabilir.
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- input_dialog = str ()
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- error_dialog = str ()
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+ EN (English / İngilizce):
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+ NOTE: InputN1N2() can be used when only 2 numbers are required. """
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- def p (userString ):
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- print (userString )
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-
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- def error_msg ():
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- p (error_dialog )
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-
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- def exit_program_dialog_time (exit_dialog_msg ,userTime ):
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- p (exit_dialog_msg )
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- time .sleep (userTime )
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- exit ()
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-
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- def exit_program_time (userTime ):
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- time .sleep (userTime )
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- exit ()
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-
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- def exit_program_dialog (exit_dialog_msg ):
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- p (exit_dialog_msg )
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- exit ()
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-
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- def program_welcome_msg (welcome_msg ):
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- p (welcome_msg )
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-
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- def program_info (programnamedialog ,program_name ,programversiondialog ,program_version ,programsupportosdialog ,program_support_os ,programlicencedialog ,program_licence ,programauthordialog ,program_author ,programreleasedatedialog ,program_rs_date ):
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- p ("{0} {1}" . format (programnamedialog ,program_name ))
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- p ("{0} {1}\n " . format (programversiondialog ,program_version ))
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- p ("{0} {1}\n " . format (programsupportosdialog ,program_support_os ))
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- p ("{0} {1}\n " . format (programlicencedialog ,program_licence ))
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- p ("{0} {1}\n " . format (programauthordialog ,program_author ))
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- p ("{0} {1}\n " . format (programreleasedatedialog ,program_rs_date ))
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-
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-
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- def InputN1N2 ():
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+ def InputN1N2 (number_one_dialog ,number_two_dialog ):
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global number_one , number_two
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- number_one = str (input ("{0}" . format (input_dialog )))
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- number_two = str (input ("{0}" . format (input_dialog )))
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+ number_one = float (input ("{0}" . format (number_one_dialog )))
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+ number_two = float (input ("{0}" . format (number_two_dialog )))
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select_func = str ()
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"""
@@ -55,47 +26,93 @@ def InputN1N2():
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input_select = str(input('Which process?'))
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select_func = input_select
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- def addition (x,y,ResultDialog):
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+ def Addition (x,y,ResultDialog):
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result=x+y
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print("{0} {1} {2} + {3} = {4}". format(select_func,ResultDialog,x,y,result))
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"""
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- def addition (x ,y ,ResultDialog ):
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+ def Addition (x ,y ,ResultDialog ):
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result = x + y
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- p ("{0} {1} {2} + {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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+ print ("{0} {1} {2} + {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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def Extraction (x ,y ,ResultDialog ):
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result = x - y
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- p ("{0} {1} {2} - {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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+ print ("{0} {1} {2} - {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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def Multiplication (x ,y ,ResultDialog ):
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result = x * y
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- p ("{0} {1} {2} * {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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+ print ("{0} {1} {2} * {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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def Division (x ,y ,ResultDialog ,check_zero_control_msg ):
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if x == 0 or y == 0 :
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- p (check_zero_control_msg )
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+ print (check_zero_control_msg )
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if y > 0 and x > 0 :
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result = x / y
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- p ("{0} {1} {2} / {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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+ print ("{0} {1} {2} / {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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def Percentage (x ,y ,ResultDialog ):
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result = x % y
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- p ("{0} {1} {2} % {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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+ print ("{0} {1} {2} % {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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def FullDivision (x ,y ,ResultDialog ):
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result = x // y
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- p ("{0} {1} {2} // {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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+ print ("{0} {1} {2} // {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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def TakingExponents (x ,y ,ResultDialog ):
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result = x ** y
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- p ("{0} {1} {2} ** {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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+ print ("{0} {1} {2} ** {3} = {4}" . format (select_func ,ResultDialog ,x ,y ,result ))
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def TakingRoots (x ,y ,ResultDialog ):
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result = x ** (1 / y )
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- p ("{0} {1} {2} / (1/y ) = {3 }" . format (select_func ,ResultDialog ,x ,result ))
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+ print ("{0} {1} {2} / (1/{3} ) = {4 }" . format (select_func ,ResultDialog ,x , y ,result ))
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def SqaureRoot (x ,ResultDialog ):
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result = x ** (1 / 2 )
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- p ("{0} {1} {2} ** (1/2) = {3}" . format (select_func ,ResultDialog ,x ,result ))
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+ print ("{0} {1} {2} ** (1/2) = {3}" . format (select_func ,ResultDialog ,x ,result ))
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+
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+ """ TR (Turkish / Türkçe):
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+ NOT: "Basic_Maths" kütüphanesini kullanan geliştiriciler programlarındaki ihtiyaçlara göre "Basic_Maths" fonksiyonlarını değiştirebilirler.
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+ NOT2: "select_process" değişkeni ile geliştiriciler isteğe bağlı olarak programlarında kullanıcılar tarafından seçilen işlemi gösterebilir.
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+ NOT3: "nod" ve "ntd" değişkenleri ile beraber geliştiriciler "all_math_operations()" fonksiyonunda "InputN1N2()" fonksiyonunu kullanabilir ve bu değişkenler aracılığıyla 1. sayı ve 2. sayı diyaloglarını ekleyebilirler.
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+ ÖNERİ: Eğer istekleriniz veya ihtiyaçlarınız farklıysa "all_math_operations()" fonksiyonunu kullanmadan önce ihtiyaçlarınız doğrultusunda değiştirmeniz önerilir.
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+
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+ EN (English / İngilizce):
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+ NOTE: Developers using the "Basic_Maths" library can change the "Basic_Maths" functions according to the needs of their programs.
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+ NOTE2: With the "select_process" variable, developers can optionally display the process selected by users in their programs.
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+ NOTE3: Along with the "nod" and "ntd" variables, developers can use the "InputN1N2()" function in the "all_math_operations()" function and add the 1st issue and 2nd issue dialogs through these variables.
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+ SUGGESTION: If your wishes or needs are different, it is recommended that you change it according to your needs before using the "all_math_operations()" function. """
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+
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+ def all_math_operations (optDialog ,first_opt_dialog ,second_opt_dialog ,third_opt_dialog ,fourth_opt_dialog ,fifth_opt_dialog ,sixth_opt_dialog ,seventh_opt_dialog ,eighth_opt_dialog ,ninth_opt_dialog ,SelectOptDialog ,nod ,ntd ,resdialog ,divisionzerocheckdialog ,errdg ,addition_options_one ,addition_options_two ,addition_options_three ,addition_options_four ,addition_options_five ,extraction_options_one ,extraction_options_two ,extraction_options_three ,extraction_options_four ,extraction_options_five ,multiplication_options_one ,multiplication_options_two ,multiplication_options_three ,multiplication_options_four ,multiplication_options_five ,division_options_one ,division_options_two ,division_options_three ,division_options_four ,division_options_five ,percentage_options_one ,percentage_options_two ,percentage_options_three ,percentage_options_four ,percentage_options_five ,fulldivision_options_one ,fulldivision_options_two ,fulldivision_options_three ,fulldivision_options_four ,fulldivision_options_five ,takingexponents_options_one ,takingexponents_options_two ,takingexponents_options_three ,takingexponents_options_four ,takingexponents_options_five ,takingroots_options_one ,takingroots_options_two ,takingroots_options_three ,takingroots_options_four ,takingroots_options_five ,squareroot_options_one ,squareroot_options_two ,squareroot_options_three ,squareroot_options_four ,squareroot_options_five ):
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+ print (optDialog )
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+ print (first_opt_dialog )
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+ print (second_opt_dialog )
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+ print (third_opt_dialog )
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+ print (fourth_opt_dialog )
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+ print (fifth_opt_dialog )
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+ print (sixth_opt_dialog )
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+ print (seventh_opt_dialog )
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+ print (eighth_opt_dialog )
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+ print (ninth_opt_dialog )
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+ select_func = str (input (SelectOptDialog ))
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+ InputN1N2 (nod ,ntd )
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+ if select_func == addition_options_one or select_func == addition_options_two or select_func == addition_options_three or select_func == addition_options_four or select_func == addition_options_five :
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+ Addition (number_one ,number_two ,resdialog )
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+ elif select_func == extraction_options_one or select_func == extraction_options_two or select_func == extraction_options_three or select_func == extraction_options_four or select_func == extraction_options_five :
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+ Extraction (number_one ,number_two ,resdialog )
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+ elif select_func == multiplication_options_one or select_func == multiplication_options_two or select_func == multiplication_options_three or select_func == multiplication_options_four or select_func == multiplication_options_five :
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+ Multiplication (number_one ,number_two ,resdialog )
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+ elif select_func == division_options_one or select_func == division_options_two or select_func == division_options_three or select_func == division_options_four or select_func == division_options_five :
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+ Division (number_one ,number_two ,resdialog ,divisionzerocheckdialog )
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+ elif select_func == percentage_options_one or select_func == percentage_options_two or select_func == percentage_options_three or select_func == percentage_options_four or select_func == percentage_options_five :
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+ Percentage (number_one ,number_two ,resdialog )
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+ elif select_func == fulldivision_options_one or select_func == fulldivision_options_two or select_func == fulldivision_options_three or select_func == fulldivision_options_four or select_func == fulldivision_options_five :
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+ FullDivision (number_one ,number_two ,resdialog )
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+ elif select_func == takingexponents_options_one or select_func == takingexponents_options_two or select_func == takingexponents_options_three or select_func == takingexponents_options_four or select_func == takingexponents_options_five :
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+ TakingExponents (number_one ,number_two ,resdialog )
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+ elif select_func == takingroots_options_one or select_func == takingroots_options_two or select_func == takingroots_options_three or select_func == takingroots_options_four or select_func == takingroots_options_five :
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+ TakingRoots (number_one ,number_two ,resdialog )
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+ elif select_func == squareroot_options_one or select_func == squareroot_options_two or select_func == squareroot_options_three or select_func == squareroot_options_four or select_func == squareroot_options_five :
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+ SqaureRoot (number_one ,resdialog )
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+ else :
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+ error_msg (errdg )
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