Excel vba set array size with variable
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Excel vba set array size with variable
You are free to use this image on your website, templates etc, Please provide us with an attribution linkArticle Link to by HyperlinkedFor eg:Source: VBA Array Size () In this article, we provide step by step guide to finding the array size using VBA Code. How to Find the Size of an Array Using VBA Code? Follow the steps to find the array size using Excel VBA code. Code: Sub Array_Size() Dim MyArray As Variant End Sub Code: Sub Array_Size() Dim MyArray As Variant MyArray = Array("Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul") End Sub Step 3: Ok, we have assigned some values to the array name "MyArray". Assume if we need to write a loop to store these array values to cells, then we need to decide how many times the loop has to run. This depends on the number of values the array has. Ok, now look at the number of values assigned to the array name "MyArray", there is a total of 7 values assigned to the array, so now we know how many times the loop has to run to store values of an array to cells. Step 4: Declare another variable as integer to write FOR loop in VBA. Code: Sub Array_Size() Dim MyArray As Variant MyArray = Array("Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul") Dim k As Integer For k = 1 To 7 Next k End Sub Step 5: There we go we have opened the FOR loop as starting from 1 to 7, inside the loop write CELLS property to store as shown below. Code: Sub Array_Size() Dim MyArray As Variant MyArray = Array("Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul") Dim k As Integer For k = 1 To 7 Cells(k, 1).Value = MyArray(k) Next k End Sub Step 6: Ok, now execute the code line by line by pressing an F8 function key. Upon pressing the F8 key first time, it will initiate the macro. Step 7: Press F8 now it will jump to array value assigning line. Step 8: As of now array name "MyArray" has no values in it press F8, and all the mentioned values will be assigned to the array variable. Step 9: Now loop will start to run and press the F8 key 2 times and see what value we get in cell A1. Oops!!! Hold on, our first value in the array variable is "Jan", but we have got the result as the second value "Feb" when still the first value loop is running.Step 10: This is because when your array values count starts from zero, not from 1, so we need to include the starting loop as zero. Step 11: Once the starting position of the loop is decreased by one similarly ending too should be decreased by 1, so make the ending as 6 instead of 7. Step 12: Once the loop starting and ending decided one more tweak we need to do, i.e. in the CELLS property we have used "k" variable as the dynamic cell picker but since our loop starts from zero, there is no cell starts with zero, so add plus 1 to the variable "k". Code: Sub Array_Size() Dim MyArray As Variant MyArray = Array("Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul") Dim k As Integer For k = 0 To 6 Cells(k + 1, 1).Value = MyArray(k) Next k End Sub Step 13: So now upon running the loop first-time "k" value is zero, and since we have added plus 1, the "k" value will be 1 so refers to cell A1.Step 14: Now run the code, and all the values of array will be stored in cells. However, in this instance, we have decided the loop starting and ending size manually, but the size of the array can be determined easily using LBOUND & UBOUND functions. Find Size of an Array Automatically Step 1: When we about included loop starting and ending point in the above we have manually counted the number of values array has but to start the array use LBOUND function and for this pass "MyArray" variable name. Step 2: And to determine the last array size use UBOUND function and enter the array name "MyArray". Code: Sub Array_Size() Dim MyArray As Variant MyArray = Array("Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul") Dim k As Integer For k = Lboubd(MyArray) To UBound(MyArray) Cells(k + 1, 1).Value = MyArray(k) Next k End Sub Step 3: Ok now start the line by line code and press the F8 key until it reaches the loop starting point. Step 4: Now first place your cursor on "LBound(MyArray)" and see what it says. Step 5: Starting point number it says is zero, now place the cursor on "UBound(MyArray)" and see what it says. It says array size as 6, so like how we have mentioned starting and ending manually, UBOUND and LBOUND automatically pick the numbers for us. Recommended Articles This has been a guide to VBA Array Size. Here we discuss how to find the size of an array using VBA LBound and UBound function along with practical examples and downloadable excel template. Below are some useful articles related to VBA ? All in One Excel VBA Bundle (35 Courses with Projects) 35+ Courses 120+ Hours Full Lifetime Access Certificate of Completion LEARN MORE >> Before I start, let me share a little secret with you... I really dislike VBA arrays. There just seem to be too many oddities in how they work. Compared with other programming languages, VBA seems to make arrays overly complicated. If you feel the same, then you're in the right place. This post contains a lot of code examples, which will cover most of your use cases.Thank you to Jon Peltier for suggesting how I can improve this post.Download the example fileI recommend you download the example file for this post. Then you'll be able to work along with examples and see the solution in action, plus the file will be useful for future reference.Download the file: 0017 VBA Arrays.zipWhat is an array & when to use it?An array is a list of variables of the same type. For example, a list of supplier names would be an array.Let's assume we have a list of 5 suppliers that can change each month. Look at the screenshot below as an example:To hold the supplier list, we could create 5 variables, then assign values from a worksheet to each variable. This is what the code might look like:Sub ListSuppliers() 'Create the variables Dim Supplier1 As String Dim Supplier2 As String Dim Supplier3 As String Dim Supplier4 As String Dim Supplier5 As String 'Assign values to the suppliers Supplier1 = ActiveSheet.Range("A2").Offset(0, 0).Value2 Supplier2 = ActiveSheet.Range("A2").Offset(1, 0).Value2 Supplier3 = ActiveSheet.Range("A2").Offset(2, 0).Value2 Supplier4 = ActiveSheet.Range("A2").Offset(3, 0).Value2 Supplier5 = ActiveSheet.Range("A2").Offset(4, 0).Value2 End SubThat doesn't seem too bad, does it? Now imagine we have to list 1,000 suppliers, or 10,000 suppliers; that's going to be a very dull day of coding. Unless, of course, we use an array.Also, what if we have an unknown number of suppliers. What are we going to do then? We would need create more variables than we need just to ensure there is enough space. Again we can turn to a VBA array.Look at the code below; it creates an array to hold 10,000 suppliers, populated from 10,000 cells in column A. You don't need to understand it at this stage; instead, just be impressed with how neat and tidy it is. It's difficult to believe that a VBA array containing a list of 10,000 items takes less code than a list of five variables.Sub ListSuppliersArray() Dim Suppliers(1 To 10000) As String Dim i As Long For i = LBound(Suppliers) To UBound(Suppliers) Suppliers(i) = ActiveSheet.Range("A2").Offset(i - 1, 0).Value2 Next i End SubUsing the VBA above, it doesn't matter if there are 1, 20, 50, 1,000, or 10,000 items, the code will be the same length. This is the advantage of arrays; we don't have to write the same code over and over. Instead we can write one piece of code which add all of the items into an array.But, it doesn't end there. If the values to assign are in a contiguous range, we can reduce the code to just a few lines. Look at the macro below; a range of 10,000 cells is assigned to a Variant variable type, which automatically creates an array of 10,000 items (no looping required). Amazing stuff, right?Sub ListSuppliersArray() Dim Suppliers As Variant Suppliers = ActiveSheet.Range("A2:A10001").Value2 End SubOK, now we understand the benefits of VBA arrays, let's learn how to use them.Static vs. dynamic ArraysArrays come in two forms:Static ? an array with a fixed number of elementsDynamic ? an array where the number of elements is determined as the macro runs.The difference between the two is how they are created. After that, accessing values, looping through elements and other actions are exactly the same.Declaring an array as a variableArrays are declared in the same way as single value variables. The critical difference is that when declaring an array parentheses are often used after the variable name.Declare a single variable'Declare a string as a single variable Dim myVariable As StringDeclare an array variable'Declare a string as an array Dim myArray(1 to 5) As StringArrays, like other variables can be any variable type. Integers, strings, objects and ranges, etc., can all be included in an array.Using variant as an arrayA variable declared as a Variant can hold any data type. Interestingly, a Variant type can also become an array if we assign an array to it.Look at the code below. First, a standard variable with a Variant data type is created, then an array is assigned to the variable. As a result, the variable has become an array, and can be treated the same as other arrays.Dim arrayAsVariant As Variant arrayAsVariant = Array("Alpha", "Bravo", "Charlie")Create a static arrayThe following macro creates a static array with 5 elements (1, 2, 3, 4 & 5).Sub CreateStaticArray() 'Create a static array with 5 elements (1, 2, 3, 4, 5) Dim arr(1 To 5) As Long End SubBy default, arrays have base 0, which means they start counting at 0, rather than 1. The following macro creates a static array with 6 elements (0, 1, 2, 3, 4, 5). Notice that the array is created with 5 inside the parentheses, but because of base 0, there are actually 6 elements created.Sub CreateStaticArrayStartingAtZero() 'Create a static array with 6 elements (0, 1, 2, 3, 4, 5) Dim arr(5) As Long End SubWe can turn arrays into base 1 (i.e., counting starts at 1) by inserting the following code at the top of the code module.Option Base 1Create a static two-dimension arrayArrays can contain multiple dimensions (or sub-arrays). This is much like having data in rows and column. In the code below, we have created a static array of 3 elements, each of which is its own array containing another 3 elements.Sub Create2DimensionStaticArray() Dim arr(1 To 3, 1 To 3) As String arr(1, 1) = "Alpha" arr(1, 2) = "Apple" arr(1, 3) = "Ant" arr(2, 1) = "Bravo" arr(2, 2) = "Ball" arr(2, 3) = "Bat" arr(1, 1) = "Charlie" arr(2, 2) = "Can" arr(3, 3) = "Cat" End SubWe're not limited to just two dimensions, VBA allows us up to 60! I don't think I've very used more than 3, but it's good to know that there are so many spare.Create a dynamic arrayThe problem with static arrays is that we need to know how many elements are required when we create the array. But often we don't know the number of elements, or maybe we want to add and remove elements from the array as we go. Instead, we can turn to dynamic arrays.NOTE ? The term "dynamic array" in Excel and VBA is not the same; they are entirely different methodologies.The following macro initially creates a dynamic array with no size. Then, later in the macro, the array is resized, using ReDim, to create 5 elements, starting at 1.Sub CreateDynamicArray() 'Create the array Dim arr() As Long 'Resize the array later in the macro ReDim arr(1 To 5) End SubA dynamic array can be resized many times during macro execution (we will see this later in this post).Index locationsEach element of an array has an index number (i.e., the position in the array).Index of the first elementThe following macro displays the index number of the first element in an array.Sub GetIndexOfFirstElement() 'Create the array Dim arr As Variant arr = Array("Alpha", "Bravo", "Charlie") 'Get the index number of the first element MsgBox LBound(arr) End SubLBound() is a function which returns the lowest item in the array.Index of the last elementThe following macro displays the index number of the last element in an array.Sub GetIndexOfLastElement() 'Create the array Dim arr As Variant arr = Array("Alpha", "Bravo", "Charlie") 'Get the index number of the last item element MsgBox UBound(arr) End Sub UBound() is a function which returns the highest item in the array.Assigning values to an arrayAfter creating an array, whether dynamic or static, we need a way to assign values to the individual elements.Assign values to elements individuallyThe following macro creates a static array, then assigns values to each element individually.Sub AssignFixedValuesToArray() Dim arr(1 To 5) As String arr(1) = "Alpha" arr(2) = "Bravo" arr(3) = "Charlie" arr(4) = "Delta" arr(5) = "Echo" End Subreport this adAssign values to elements with an array listThe following macro demonstrates how to assign values to a dynamic array based on a list of values.Sub AssignValuesFromListToArray() 'Type must be Variant for method to work Dim arr As Variant arr = Array("Alpha", "Bravo", "Charlie") End SubThe Array() command is a short way to add values to an array.Assign values to elements with a stringThe following macro splits a string into an array.Sub SplitStringIntoArray() Dim arr As Variant Dim myString As String 'Create list with a by common seperator between each element myString = "Alpha, Bravo, Charlie, Delta, Echo" 'Turn the list into an array arr = Split(myString, ", ") End SubAssign values to elements from a rangeThe following macro creates a 2-dimensional array directly from a range.Sub ReadRangeToArray() Dim arr As Variant arr = ActiveSheet.Range("A1:C3").Value2 End SubWhen using this method, the created array will always contain twodimensions (just like the rows and column from the range). So, even if the source range is a single row or column, the array will still contain two-dimensions.Convert arrays to string and rangesHaving got an array, we can then convert it into either a string or display the values in a range.Convert array to stringThe following code creates an array, then uses the Join function to convert it into a string.Sub JoinArrayIntoString() Dim arr As Variant Dim joinedString As String 'Create an array arr = Array("Alpha", "Bravo", "Charlie") 'Turn array into a string, each item separated by a comma joinedString = Join(arr, " ,") End SubConvert array to rangeA 2-dimensional array can be written to the cells in a worksheet in either a horizontal or vertical direction.Sub WriteArrayToRange() Dim arr As Variant arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") 'Write array across columns ActiveSheet.Range("D1:H1") = arr 'Alternative, write an array down rows 'ActiveSheet.Range("D1:D5") = Application.Transpose(arr) End SubLooping through each element in an arrayThere are two ways to loop through the elements of an array:For loop ? Using the LBound and UBound functions to determine the number of times to loopFor Each loop ? Loops through every item in the arrayNOTE ? The For Each loop can only read the elements in an array; it cannot be used to change the values assigned to elements.For loop: single-dimension arrayThe following example creates a single dimension array, then loops through each element in the array.Sub ForLoopThroughArray() Dim arr As Variant Dim i As Long arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") 'Loop from the LowerBound to UpperBound items in array For i = LBound(arr) To UBound(arr) MsgBox arr(i) Next i End SubFor loop: multi-dimension arrayA For loop can also be used for multi-dimension arrays, as shown in the code below.Sub ForLoopThrough2DimensionArray() Dim arr(1 To 3, 1 To 3) As String Dim i As Long Dim j As Long arr(1, 1) = "Alpha" arr(1, 2) = "Apple" arr(1, 3) = "Ant" arr(2, 1) = "Bravo" arr(2, 2) = "Ball" arr(2, 3) = "Bat" arr(3, 1) = "Charlie" arr(3, 2) = "Can" arr(3, 3) = "Cat" For i = LBound(arr) To UBound(arr) For j = LBound(arr, 2) To UBound(arr, 2) MsgBox arr(i, j) Next j Next i End SubFor Each loop: singledimension arrayThe For Each loop works on a single or multi-dimension array. However, it can only read data from an array, it cannot assign values to an array.Sub ForEachLoopThroughArray() Dim arr As Variant Dim arrElement As Variant arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") 'Loop through array using For Each method For Each arrElement In arr MsgBox arrElement Next arrElement End SubFor Each loop: multi-dimension arrayThe example below is to illustrate that the For Each loop is identical for both single and multi-dimension arrays.Sub ForEachLoopThrough2DimensionArray() Dim arr(1 To 3, 1 To 3) As String Dim arrElement As Variant arr(1, 1) = "Alpha" arr(1, 2) = "Apple" arr(1, 3) = "Ant" arr(2, 1) = "Bravo" arr(2, 2) = "Ball" arr(2, 3) = "Bat" arr(3, 1) = "Charlie" arr(3, 2) = "Can" arr(3, 3) = "Cat" 'Loop through array For Each arrElement In arr MsgBox arrElement Next arrElement End SubGenerate accurate VBA code in seconds with AutoMacroAutoMacro is a powerful VBA code generator that comes loaded with an extensive code library and many other time-saving tools and utilities.Whether you're an experienced coder looking to save time, or a newbie just trying to get things to work, AutoMacro is the tool for you.Check if a value is in an arrayWe often need to search an array to discover if an item exists. The following is a reusable function for searching through an array for a specific value.The result of the function can be:True = The value searched is in the arrayFalse = The value searched is not in the arrayThe function takes two arguments (1) the array and (2) the value to find.Function IsValueInArray(arr As Variant, find As Variant) As Boolean Dim arrElement As Variant 'Loop through array For Each arrElement In arr If arrElement = find Then IsValueInArray = True Exit Function End If Next arrElement IsValueInArray = False End FunctionThe following is an example of how to call the function above; it tells the function to search for the string "Bravo" within the array. The result returned is True if found, or False if not.Sub UseFunctionValueInArray() Dim arr As Variant Dim arrElement As Variant arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") MsgBox IsValueInArray(arr, "Bravo") End SubFind the index of an element in an arrayIn the previous sections we returned True of False depending on if an item exists. But often that is not enough, we want to know where it is in the array. The following is a reusable function which finds a value in an array, then returns the index position:The result of the function can be:Number returned = The index position of the searched valueFalse = The value searched was not foundThe function takes two arguments the value to find and the array to search.Function PositionInArray(arr As Variant, find As Variant) As Variant Dim i As Long For i = LBound(arr) To UBound(arr) If arr(i) = find Then PositionInArray = i Exit Function End If Next i PositionInArray = False End FunctionThe following shows how to use the function above; if the string "Bravo" is found within the array, it will return the index position, or False if not found.Sub UseFunctionPositionInArray() Dim arr As Variant Dim arrElement As Variant arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") MsgBox PositionInArray(arr, "Bravo") End SubResizing an arrayAs we've seen above, dynamic arrays are declared without a size. Then later in the code, ReDim is used to size the array. ReDim can be used many times during the macro to resize a dynamic array.Static arrays cannot be resized, trying to do so, leads to an error.When resizing an array with ReDim, the assigned values will be cleared out. To keep the existing values we must use the ReDim Preserve command.Resize and blank valuesThe macro below creates, then resizes an array. After that, the code loops through the array to demonstrate that folowing a ReDim the the values are cleared.Sub ResizeArraySize() Dim arr As Variant Dim arrElement As Variant arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") 'Array will resize by lose all previous values ReDim arr(0 To 5) 'Loop through array using For Each method - all elements blank For Each arrElement In arr MsgBox arrElement Next arrElement End SubResize array and keep existing valuesThe following macro creates, then resizes an array using ReDim Preserve. As the For Each loop demonstrates, by using ReDim Preserve, the values are maintained.Sub ResizeArraySizeKeepValues() Dim arr As Variant Dim arrElement As Variant arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") 'Array will resize by lose all previous values ReDim Preserve arr(0 To 5) 'Add additional value into the array arr(5) = "Foxtrot" 'Loop through array using For Each method - all elements blank For Each arrElement In arr MsgBox arrElement Next arrElement End SubSorting array orderThe following function sorts an array alphabetically. The function takes a single argument, the array to be sorted.Function SortingArrayBubbleSort(arr As Variant) Dim i As Long Dim j As Long Dim temp As Variant For i = LBound(arr) To UBound(arr) - 1 For j = i + 1 To UBound(arr) If arr(i) > arr(j) Then temp = arr(j) arr(j) = arr(i) arr(i) = temp End If Next j Next i SortingArrayBubbleSort = arr End FunctionThe following is an example of how to use the function above.Sub CallBubbleSort() Dim arr As Variant arr = Array("Charlie", "Delta", "Bravo", "Echo", "Alpha") arr = SortingArrayBubbleSort(arr) End SubReverse array orderThe function below reverses the order of an array. The function takes the name of an array as the only argument.Function ReverseArray(arr As Variant) Dim temp As Variant Dim i As Long Dim arrSize As Long Dim arrMid As Long arrSize = UBound(arr) arrMid = (UBound(arr) - LBound(arr)) \ 2 + LBound(arr) For i = LBound(arr) To arrMid temp = arr(arrSize) arr(arrSize) = arr(i) arr(i) = temp arrSize = arrSize - 1 Next i ReverseArray = arr End FunctionThe code below is an example of how to use the function above.Sub CallReverseArray() Dim arr As Variant arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") arr = ReverseArray(arr) End SubFilter an arrayAlong with LBound, UBound, Split and Join, another useful built-in function is Filter.The Filter function returns an array that includes only the elements which contain a sub-string. In the example below the filteredArr array only includes the elements which contain the letter "o",Sub FilterArray() Dim arr As Variant Dim filteredArr As Variant Dim arrElement As Variant arr = Array("Alpha", "Bravo", "Charlie", "Delta", "Echo") 'Filter array for any elements with the letter "o" filteredArr = Filter(arr, "o") 'Loop through the filtered array For Each arrElement In filteredArr MsgBox arrElement Next arrElement End SubThe Filter function has 4 arguments:Filter(SourceArray, Match, [Include], [CompareType])SourceArray ? the original arrayMatch ? the substring to matchInclude (default is True if the argument is excluded)True = include the matched itemsFalse = exclude the matched itemsCompareType Include (default is 0 if the argument is excluded):0 = vbBinaryCompare ? The match is case sensitive1 = vbTextCompare ? The match is not case sensitiveConclusionHopefully, this post covers most of your needs. However, VBA arrays are a vast topic, so make use of online forums to ask specific questions which this post doesn't answer.Get our FREE VBA eBook of the 30 most useful Excel VBA macros.Automate Excel so that you can save time and stop doing the jobs a trained a monkey could do.By entering your email address you agree to receive emails from Excel Off The Grid. We'll respect your privacy and you can unsubscribe at any time.Don't forget:If you've found this post useful, or if you have a better approach, then please leave a comment below.Do you need help adapting this to your needs?I'm guessing the examples in this post didn't exactly meet your situation. We all use Excel differently, so it's impossible to write a post that will meet everybody's needs. By taking the time to understand the techniques and principles in this post (and elsewhere on this site) you should be able to adapt it to your needs.But, if you're still struggling you should:Read other blogs, or watch YouTube videos on the same topic. You will benefit much more by discovering your own solutions.Ask the `Excel Ninja' in your office. It's amazing what things other people know.Ask a question in a forum like Mr Excel, or the Microsoft Answers Community. Remember, the people on these forums are generally giving their time for free. So take care to craft your question, make sure it's clear and concise. List all the things you've tried, and provide screenshots, code segments and example workbooks.Use Excel Rescue, who are my consultancy partner. They help by providing solutions to smaller Excel problems.What next?Don't go yet, there is plenty more to learn on Excel Off The Grid. Check out the latest posts:
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