Important Update.

Author: LinuxUsersLinuxMint

EN/Basic_Maths.py

@@ -52,6 +52,10 @@ def Division(x,y,ResultDialog,check_zero_control_msg):
         print("{0} {1} {2} / {3} = {4}". format(select_func,ResultDialog,x,y,result))
 
 def Percentage(x,y,ResultDialog):
+      result = (x*y)/100
+      print("{0} {1} ({2} * {3})/100 = {4}". format(select_func,ResultDialog,x,y,result))
+
+def Mod(x,y,ResultDialog):
     result=x%y
     print("{0} {1} {2} % {3} = {4}". format(select_func,ResultDialog,x,y,result))
 
@@ -83,7 +87,7 @@ def SqaureRoot(x,ResultDialog):
 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.
 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. """
 
-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):
+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,tenth_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,mod_options_one,mod_options_two,mod_options_three,mod_options_four,mod_options_five):
     print(optDialog)
     print(first_opt_dialog)
     print(second_opt_dialog)
@@ -94,6 +98,7 @@ def all_math_operations(optDialog,first_opt_dialog,second_opt_dialog,third_opt_d
     print(seventh_opt_dialog)
     print(eighth_opt_dialog)
     print(ninth_opt_dialog)
+    print(tenth_opt_dialog)
     select_func = str(input(SelectOptDialog))
     InputN1N2(nod,ntd)
     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:
@@ -113,6 +118,8 @@ def all_math_operations(optDialog,first_opt_dialog,second_opt_dialog,third_opt_d
     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:
         TakingRoots(number_one,number_two,resdialog)
     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:
-        SqaureRoot(number_one,resdialog) 
+        SqaureRoot(number_one,resdialog)
+    elif select_func == mod_options_one or select_func == mod_options_two or select_func == mod_options_three or select_func == mod_options_four or select_func == mod_options_five:
+        Mod(number_one,number_two,resdialog)
     else:
         error_msg(errdg)

EN/calc.py

@@ -11,7 +11,7 @@
 error_dialog = "Invalid Process!"
 
 print("calc> Transactions you can enter: ")
-print("Addition\nSubraction\nMultiplication\nDivision\nPercentage\n1,2,3,4")
+print("Addition\nSubraction\nMultiplication\nDivision\nPercentage\n1,2,3,4,5,6")
 n1=float(input('{0} Enter The 1st Number: '. format(cmd)))
 n2=float(input('{0} Enter The 2st Number: '. format(cmd)))
 process=input('{0} Enter the Transaction You Want to Perform: '. format(cmd))
@@ -25,5 +25,7 @@
     Division(n1,n2,"","Number cannot be 0 when dividing!")
 elif process=="5":
     Percentage(n1,n2)
+elif process=="6":
+    Mod(s1,s2)
 else:
     error_msg(error_dialog)

TR/Basic_Maths.py

@@ -52,6 +52,10 @@ def Division(x,y,ResultDialog,check_zero_control_msg):
         print("{0} {1} {2} / {3} = {4}". format(select_func,ResultDialog,x,y,result))
 
 def Percentage(x,y,ResultDialog):
+      result = (x*y)/100
+      print("{0} {1} ({2} * {3})/100 = {4}". format(select_func,ResultDialog,x,y,result))
+
+def Mod(x,y,ResultDialog):
     result=x%y
     print("{0} {1} {2} % {3} = {4}". format(select_func,ResultDialog,x,y,result))
 
@@ -83,7 +87,7 @@ def SqaureRoot(x,ResultDialog):
 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.
 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. """
 
-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):
+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,tenth_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,mod_options_one,mod_options_two,mod_options_three,mod_options_four,mod_options_five):
     print(optDialog)
     print(first_opt_dialog)
     print(second_opt_dialog)
@@ -94,6 +98,7 @@ def all_math_operations(optDialog,first_opt_dialog,second_opt_dialog,third_opt_d
     print(seventh_opt_dialog)
     print(eighth_opt_dialog)
     print(ninth_opt_dialog)
+    print(tenth_opt_dialog)
     select_func = str(input(SelectOptDialog))
     InputN1N2(nod,ntd)
     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:
@@ -113,6 +118,8 @@ def all_math_operations(optDialog,first_opt_dialog,second_opt_dialog,third_opt_d
     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:
         TakingRoots(number_one,number_two,resdialog)
     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:
-        SqaureRoot(number_one,resdialog) 
+        SqaureRoot(number_one,resdialog)
+    elif select_func == mod_options_one or select_func == mod_options_two or select_func == mod_options_three or select_func == mod_options_four or select_func == mod_options_five:
+        Mod(number_one,number_two,resdialog)
     else:
         error_msg(errdg)

TR/calc.py

@@ -11,7 +11,7 @@
 error_dialog = "Geçersiz İşlem!"
 
 print("calc> Girebileceğiniz işlemler: ")
-print("toplama\nçıkarma\nçarpma\nbölme\nmod alma\n1,2,3,4,5")
+print("toplama\nçıkarma\nçarpma\nbölme\nyüzde hesaplama\nmod alma\n1,2,3,4,5,6")
 s1=float(input('{0} 1. sayiyi giriniz: '. format(cmd)))
 s2=float(input('{0} 2. sayiyi giriniz: '. format(cmd)))
 islem=input('{0} Gerçekleştirmek İstediğiniz İşlemi Giriniz: '. format(cmd))
@@ -25,5 +25,7 @@
     Division(s1,s2,"","Bölme işleminde sayı 0 olamaz!")
 elif islem=="5":
     Percentage(s1,s2)
+elif islem=="6":
+    Mod(s1,s2)
 else:
     error_msg(error_dialog)