#Excel vba on step back in loop range serial numbers#
#Excel vba on step back in loop range serial number#
#Excel vba on step back in loop range code#

In this way, all the worksheets will hide. When you run this code, it will loop through each worksheet in the active workbook and match its name with the active worksheet, and if the worksheetРІР‚в„ўs name not matched with the active worksheetРІР‚в„ўs name, it will hide it.

#Excel vba on step back in loop range code#

In the end, you have the NEXT keyword and РІР‚СљmySheetРІР‚Сњ the variable to end the code for the loop.Р”Р‡or Each mySheet In ActiveWorkbook.Worksheets.

Next, you need to use VBA IF Statement to test if the name of the sheet that is currently in that loop iteration is NOT EQUAL to the active worksheet, and if this condition is true then hide sheet that is now in the loop iteration.After that, use РІР‚СљFor eachРІР‚Сњ keyword, and then РІР‚СљmySheetРІР‚Сњ variable for the sheet, and use РІР‚СљActiveWorkbook.WorksheetsРІР‚Сњ for the collection of worksheets from the active workbook.First, you need to declare a variable to use as a worksheet.To use For Each Next loop, you can use the following steps: This code will check each worksheetРІР‚в„ўs name and match it with the active worksheetРІР‚в„ўs name and hide it if it doesnРІР‚в„ўt match. To understand For Each Next loop, letРІР‚в„ўs write a code to hide all the sheets other than the active worksheet. Next: ItРІР‚в„ўs the end statement for one iteration of the loop and tells VBA to move to the next object in the collection.Р”В®xample to Understand the For Each Next Loop.Statement: Line(s) of code that you want to execute in each loop through all the objects in the collection.Collection: ItРІР‚в„ўs a collection of objects in which you want to loop.With each iteration, moves from one object to the next. Object: It represents the one object in the collection of objects in which you are looping.

#Excel vba on step back in loop range serial number#

You can see in the below snapshot, when I run this code it starts from the selected cell by entering a serial number and then moving to the next cell with each iteration. In the end, use the keyword next and the counter variable to end the code for the loop.As the counter value increases in each iteration, you can use it to enter the serial number into the active cell and after that, you can use the offset to move the selection to the next cell downwards.

#Excel vba on step back in loop range serial numbers#

From here you need to write code that can add the serial numbers into the active cell and then move to the next cell.

Here in this code, you have the variable РІР‚СљiРІР‚Сњ as the ending value.

Now itРІР‚в„ўs time to write code for loop, so in the first line, you need to use the counter variable and define starting and the ending value.

Next, we need to assign the counter value to the variable.

First, you need to declare a variable that you can use to store the counter value.

Sheet3.Range('A1:A' & UBound(VariantArray)).Value = use For Next Loop, you can use the following steps: 'Now, we can directly asssign variant to the range. 'So in this case we have to use Index function I thought the best way to approach this (open to suggestion here) is to list the Model State in Excel sheet and have an iLogic loop to retrieve each cell from that excel that contains the Model State. 'Both kinds are different and VBA doesn't allow direct to direct assigning. Next step in my project is to publish each of the Model State assemblies in the STP file and also in the rfa file. 'then we need to use loop which can be avoid if we fill variant array with 'Now at this stage if we want to place StringArray items to the worksheet MainString = 'FirstSubString#SecondSubString#ThirdSubString#ForthSubString#FifthSubString#' But here is the finest method I have used in my recent experiment. So the normal approach would take you to work with loops. Now consider '#' as a delimiter and you want to keep each substring between # into a single cell. so the whole output of those systems usually big and at that time analyst uses VBA to manipulate the string. Mostly, ERP's and SAP's systems generate single-line data without a newline character.

So, in most cases when we deal with large string and wanted to convert it into multiple substrings we can use both above arrays to save a lot of time. Here's how! Range('A1:A' & UBound(Arr2)).Value = (Arr2) Yes, Variant is multidimensional-array and you can push and pull data from the excel range with one single step and without Looping! Now in most cases, we use a Variant type array to deal directly with Range Objects. It's a one-step process that means involve no loop! Saves a lot of time. The String arrays (Single Dimensional Array) are mainly and mostly used with large string variables with Split Function to assign sub-strings directly to the String array by mentioning delimiter. Because Using Excel ranges in the loop is highly considered slow in comparison to operation with Arrays and That's obvious. In VBA, We always use String Type Arrays and Variant Type Arrays to manipulate worksheet data more efficiently outside of Excel's obligation.