![]() ![]() With this method, several inconveniences may arise: ![]() Save all custom functions in one special workbook (for example, My_Functions.xlsm) and copy the desired function from it into the current workbook, if necessary.Įach time you create a new custom function, you need to duplicate its code in the workbook in which you will use it. For example, if you saved a custom function GetMaxBetween() in a workbook named My_Functions.xlsm, then you must enter the following formula: You can specify the name of the workbook in which it is located before the name of the function. Let's take a look at the ways in which you can use the custom functions you create. This error indicates that Excel does not know the name of the function that you want to use in the formula. If it is not, you will get the #NAME! error when trying to use it. ![]() To apply the custom function, the workbook where you saved it must be open in your Excel. And here the problem arises - the code of user defined functions in Visual Basic needs to be stored somewhere in order to be used later in work. In my experience, most users sooner or later create their personal collection of macros and custom functions to automate individual processes and calculations. ![]() If you have created UDF in your workbook, this, unfortunately, does not mean that you won’t face any problems at all. In the screenshot above, you can see how the SpellGetMaxBetween function finds the maximum number between 100 and 500 and then converts it to text. It defines the maximum value, as we have done many times before. SpellGetMaxBetween = SpellNumber(GetMaxBetween (rngCells, MinNum, MaxNum))Īs you can see, the GetMaxBetween function is an argument to another custom function, SpellNumber. To do this, we will create a new custom function in which we will use the functions GetMaxBetween and SpellNumber that are already familiar to us.įunction SpellGetMaxBetween(rngCells As Range, MinNum, MaxNum) With its help, we can get the maximum value from the range and immediately write it down as text. Earlier in our blog, we looked at the problem of converting a number to text using the custom function named SpellNumber. You can see the result of the macro in the screenshot below.Ī custom function can also be used inside another custom function. It finds the maximum value in the active column. The macro code contains the custom function Below you can see the macro code that looks for the maximum value in the range from 10 to 50 in the column containing the active cell.ĭim Rng As Range, maxcase, i As Long With ActiveSheet.Range(Cells(,ĪctiveCell.Column), Cells( _ Using UDF in VBA procedures and functions Read more about the restrictions of user-defined functions. When doing this, remember that a user-defined function can only return a value, but cannot perform any other actions. Then, using INDEX + MATCH, we get the product name that matches this maximum value:Īs you can see, usage of custom functions is not too different from regular Excel functions. The custom function GetMaxBetween checks the range B2:B9 and finds the maximum number between 10 and 50. You can find the number which is both maximum and is in the range from 10 to 50. You can see the result in the screenshot below: = CONCATENATE("Maximum value between 10 and 50 is ", GetMaxBetween(A1: A6,10,50)) For example, add text to the calculated maximum value: UDF can be used in combination with regular functions. For example, just write in a cell the formula below: You can apply custom functions in an Excel workbook in the same way as you use regular functions. Once you have verified that your UDFs are working correctly, you can use them in Excel formulas or in VBA code. Different ways of using UDF in Excel Using UDFs in worksheets ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |