I am trying to get the values of the visible cells of a range into an array.
My code makes the array carry the values until the first non visible cell then stops.
Public Function ListeMaschinen() As Variant
Dim Auswahl As Range
With Sheets("qry_TechnischesDatenblatt")
Set Auswahl = .Range(.Range("A2:B2"), .Range("A2:B2").End(xlDown)).SpecialCells(xlCellTypeVisible)
End With
ListeMaschinen = Auswahl
End Function
If I select the range it shows all the cells I want marked.
Auswahl.Select
Here I have added the range cells to an array.
Sub examp()
Dim rng As Range, cll As Range, i As Integer, a(100) As Variant
Set rng = Range(Range("A2:B2"), Range("A2:B2").End(xlDown)).SpecialCells(xlCellTypeVisible)
i = 0
For Each cll In rng
a(i) = cll.Value
i = i + 1
Next
End Sub
In your code, you are setting a Variant variable equal to a Range object without using the Set statement.
The following works with the little testing I did. Of course, if you declare the function type and other variables as Range type, it also works.
Option Explicit
Sub test()
Dim myVar As Variant
Set myVar = myList()
Debug.Print myVar.Address
End Sub
Public Function myList() As Variant
Dim myRng As Range
With Sheets("Sheet1")
Set myRng = .Range(.Range("A1:B1"), .Range("A1:B1").End(xlDown)).SpecialCells(xlCellTypeVisible)
End With
Debug.Print myRng.Address
Set myList = myRng
End Function
I think your issue is related to
.SpecialCells(xlCellTypeVisible)
When I do this:
Public Function ListeMaschinen() As Variant
Dim Auswahl As Range
With Sheets("qry_TechnischesDatenblatt")
Set Auswahl = .Range(.Range("A2:B2"), .Range("A2:B2").End(xlDown)).SpecialCells(xlCellTypeVisible)
End With
MsgBox Auswahl.Address
Set ListeMaschinen = Auswahl
'Auswahl.Select
End Function
I get an Address composed of 2 parts: the visible parts!
But when I remove the SpecialCells
Public Function ListeMaschinen() As Variant
Dim Auswahl As Range
With Sheets("qry_TechnischesDatenblatt")
Set Auswahl = .Range(.Range("A2:B2"), .Range("A2:B2").End(xlDown))
End With
MsgBox Auswahl.Address
Set ListeMaschinen = Auswahl
End Function
I get one single part, which Is what I get when using Select too.
I tested!
Sub test()
Dim myVar As Variant
Dim i As Integer
i = 0
Set myVar = ListeMaschinen()
For Each C In myVar
i = i + 1
MsgBox C.Value & C.Address & "-" & i
Next
End Sub
Further to my comments earlier, here is a method that will work subject to some limitations:
You can't have more than 65536 rows of data; and
You can't have really long text (911 chars+), or blank visible cells; and
The data should not contain the string "|~|"
If those conditions are met, you can use something like this:
Dim v
Dim sFormula As String
With Selection
sFormula = "IF(SUBTOTAL(103,OFFSET(" & .Cells(1).Address(0, 0) & ",row(" & .Address(0, 0) & ")-min(row(" & .Address(0, 0) & ")),1))," & .Address(0, 0) & ",""|~|"")"
End With
Debug.Print sFormula
v = Filter(Application.Transpose(Evaluate(sFormula)), "|~|", False)
You can adapt this to work round the third limitation by changing the alternate text in the formula string.
Hello :) I was trying to find a way to loop through visible rows in a table without going through all the rows and checking if they are visible as this was consuming too much time on a large table. Below is the solution I was able to come up with. It is a function that returns an array of the absolute row numbers of visible rows in a given Range.
Function GetVisibleRows(LookupRange As Range) As Integer()
Dim VisibleRange As Range, Index As Integer, Area As Range
Static VisibleRows() As Integer
Set VisibleRange = LookupRange.SpecialCells(xlCellTypeVisible)
ReDim VisibleRows(0)
Index = 0
For Each Area In VisibleRange.Areas
If Index = 0 Then
VisibleRows(Index) = Area.Row
ReDim Preserve VisibleRows(Index + 1)
End If
Index = UBound(VisibleRows())
If VisibleRows(Index - 1) <> Area.Row Then
VisibleRows(Index) = Area.Row
ReDim Preserve VisibleRows(Index + 1)
End If
Next
' Remove last empty item
ReDim Preserve VisibleRows(UBound(VisibleRows()) - 1)
GetVisibleRows = VisibleRows
End Function
If you would like to use this function in a lookup scenario, you need to convert the absolute row numbers returned by the function to relative row numbers of the table. Following worked for me.
RowIndex = ReturnedRowIndex - LookupRange.Rows(1).Row + 1
Good luck!
Related
I'm new to VBA, so thank you in advance for your patience. I wrote a sub that takes the part number (PN) in Range C2 and performs three different split and left functions to fill in the columns to the left and right of the PN with extracted portions of the PN string. Here is a screenshot of the columns and what it fills in.
Here is my code so far:
Sub PN_Autotfill1()
Dim PN As Range
Dim SCPort_Type As Range
Dim SCPort_Size As Range
Dim Start_FittingSize As Range
Dim PN_String As String
Dim PN_1 As Variant
Dim PN_2 As Variant
Dim PN_3 As Variant
Set PN = Range("C2")
Set SCPort_Type = PN.Offset(, -2)
Set SCPort_Size = PN.Offset(, -1)
Set Start_FittingSize = PN.Offset(, 1)
PN_String = PN.Value
If InStr(PN_String, "Flange") > 0 Then
'Splits PN into SC Port Type
PN_1 = Split(PN_String, "#")(1)
PN_2 = Left(PN_1, 2)
SCPort_Type.Value = "#" & PN_2 & "Flange"
'Splits PN into SC Port Size, Start, and End Fitting
PN_3 = Split(PN_1, "-")(1)
SCPort_Size = PN_3
Start_FittingSize = PN_3
End If
End Sub
Now I want to make a loop that applies these functions to each cell containing a PN in column C. I've found some good examples on Stackoverflow and a VBA tutorial website that create loops for a single split function, but not for multiple split functions. It looks like two For loops will come into play: LastRow = Cells(Rows.Count, "C").End(xlUp).Row with For a = 2 To LastRow, and For i = 1 To UBound(Unsure what goes here). Does anyone have tips or example code for how to go about this? Thank you in advance for any help!
Here is the code with Jamheadart's answer integrated in:
Sub PN_Autotfill_Functions(PN As Range)
Dim SCPort_Type_Size As Range
Dim Start_FittingSize As Range
Dim PN_String As String
Dim LastRow As Single
Dim PN_1 As Variant
Dim PN_2 As Variant
Dim PN_3 As Variant
Set SCPort_Type_Size = PN.Offset(, -1)
Set Start_FittingSize = PN.Offset(, 1)
PN_String = PN.Value
LastRow = Cells(Rows.Count, "C").End(xlUp).Row
If InStr(PN_String, "Flange") > 0 Then
'Splits PN into SC Port Type and Size, then combines results
PN_1 = Split(PN_String, "#")(1)
PN_2 = Left(PN_1, 2)
PN_3 = Split(PN_1, "-")(1)
SCPort_Type_Size.Value = "#" & PN_2 & " Flange" & ", -" & PN_3
'Fills in Start and End Fitting Size based on previous Split of PN
Start_FittingSize = PN_3
End If
End Sub
Sub PN_Autofill_Loop()
Dim a As Long
Dim PN As Range
Set PN = ActiveCell
For a = 2 To 11
PN_Autotfill_Functions Range("C" & a)
Next a
End Sub
You don't need multiple loops, you just need to run your sub in a loop - and each time you run it, it will take in a range (e.g. C2)
So change your routine first line to this:
Sub PN_Autotfill1(PN as Range)
And get rid of these two lines:
Dim PN As Range
Set PN = Range("C2")
This means PN is now a parameter for the routine, instead of it being defined in the routine itself.
You could then call it for a few ranges, like this:
Sub Testing()
PN_Autotfill1 Range("C2")
PN_Autotfill1 Range("C4")
PN_Autotfill1 Range("C7")
End Sub
And finally if you want to loop through say ten rows you could call it in a loop with a different sub routine:
Sub LoopingExample
Dim i As Long
For i = 2 to 11
PN_Autotfill1 Range("C" & i)
Next i
End Sub
It's worth noting that this ease is only possible because your original code is constructed quite well (e.g. it's using Offset instead of hard-coded ranges etc.)
I want to count how many times appear the parameters CA, CU and CH, in an excel that looks like this:
I have tried to use the following code, but as the cells don't contain only the parameter I am searching for, it doesn't work:
Sub ContarOV()
Dim cont As Variant
Dim sumaCA As Variant
Dim sumaCU As Variant
Dim sumaCH As Variant
sumaCA = 0
sumaCU = 0
sumaCH = 0
For cont = 3 To 12
If Cells(cont, 2) = ("CA") Then
sumaCA = sumaCA + 1
End If
If Cells(cont, 2) = ("CU") Then
sumaCU = sumaCU + 1
End If
If Cells(cont, 2) = ("CH") Then
sumaCH = sumaCH + 1
End If
Next cont
End Sub
As per #BigBen, I would try to avoid any iteration. What about one of the following options (assuming your data sits from A2:A?):
Sub Test()
Dim lr As Long, x As Long
Dim arr As Variant
Dim rng As Range
With Sheet1 'Change according to your sheets CodeName
'Get last used row
lr = .Cells(.Rows.Count, 1).End(xlUp).Row
'Get data into memory for method 1
arr = Application.Transpose(.Range("A2:A" & lr).Value)
'Create range object for method 2
Set rng = .Range("A2:A" & lr)
'Method 1: Count values with FILTER
Debug.Print UBound(Filter(arr, "CA")) + 1
Debug.Print UBound(Filter(arr, "CU")) + 1
Debug.Print UBound(Filter(arr, "CH")) + 1
'Method 2: Count values with COUNTIF
Debug.Print WorksheetFunction.CountIf(rng, "CA*")
Debug.Print WorksheetFunction.CountIf(rng, "CU*")
Debug.Print WorksheetFunction.CountIf(rng, "CH*")
End With
End Sub
Btw, I would give sumaCA and your other variables a meaningfull data type, Long in this case.
You can use InStr() to return the position of the desired characters in the string. This would look something like If Not InStr(1, Cells(cont,2).Text, "CH") = 0 Then, but looping through strings is generally a slow process. Unless you have a specific need for looping, I like BigBen's answer a lot better than I like looping with InStr().
Is there any possible way to take a list of items or names, such as:
Apples
Oranges
Grapes
Watermelons
And have Excel double that information and sequentially number it, like this:
Apples1
Apples2
Oranges1
Oranges2
Grapes1
Grapes2
Watermelons1
Watermelons2
I know a little bit of VBA but I can't wrap my head around how I would even start this.
You can specify where you want to read, and where you want to start write and how many times you want to repeat!
Just change the code:
Sub DoRepeat()
Dim repeatTimes As Integer
Dim rng As Range, cell As Range
repeatTimes = 2
Set cellsToRead = Range("A1:A3")
Set cellStartToWrite = Range("B1")
For Each cell In cellsToRead
For i = 1 To repeatTimes
cellStartToWrite.Value = cell.Value + CStr(i)
Set cellStartToWrite = Cells(cellStartToWrite.Row + 1, cellStartToWrite.Column)
Next
Next cell
End Sub
As it seems it is required to have a more dynamic approach, try this out. The DoubleNames function will return the names duplicated N number of times specified in the DuplicateCount parameter. It will return a Collection, which you can easily dump to a range if need be.
Public Function DoubleNames(ByVal DataRange As Excel.Range, DuplicateCount As Long) As Collection
Set DoubleNames = New Collection
Dim dict As Object: Set dict = CreateObject("Scripting.Dictionary")
Dim i As Long
Dim DataItem As Excel.Range
Set DataRange = DataRange.SpecialCells(xlCellTypeConstants)
For Each DataItem In DataRange
For i = 1 To DuplicateCount
If Not dict.Exists(DataItem.Value) Then
DoubleNames.Add (DataItem.Value & "1")
dict.Add DataItem.Value, 1
Else
dict(DataItem.Value) = dict(DataItem.Value) + 1
DoubleNames.Add (DataItem.Value & dict(DataItem.Value))
End If
Next
Next
End Function
Sub ExampleUsage()
Dim item As Variant
Dim rng As Range: Set rng = ThisWorkbook.Sheets("Sheet1").Range("A1:A5")
For Each item In DoubleNames(rng, 5)
Debug.Print item
Next
End Sub
I would start by writing a general function that outputs the names (passed as a variant array) a given number of times:
Public Sub OutputNames(ByVal TimesToOutput As Integer, ByRef names() As Variant)
Dim nameIndex As Integer, outputIndex As Integer
For nameIndex = LBound(names) To UBound(names)
For outputIndex = 1 To TimesToOutput
Debug.Print names(nameIndex) & outputIndex
Next outputIndex
Next nameIndex
End Sub
Here you can see the sub that tests this:
Public Sub testOutputNames()
Dim names() As Variant
names = Array("Apples", "Oranges", "Grapes", "Watermelons")
OutputNames 2, names
End Sub
which gives you this output:
Apples1
Apples2
Oranges1
Oranges2
Grapes1
Grapes2
Watermelons1
Watermelons2
I have a worksheet with data in columns A and B.
I am looking for a convenient way to take these columns and convert to dictionary where the cell in column A is the key and column B is the value, something like :
Dim dict as Dictionary
Set dict = CreateDictFromColumns("SheetName", "A", "B")
NOTE: I am already referencing the scripting dll.
You would need to loop, E.g.
Function CreateDictFromColumns(sheet As String, keyCol As String, valCol As String) As Dictionary
Set CreateDictFromColumns = New Dictionary
Dim rng As Range: Set rng = Sheets(sheet).Range(keyCol & ":" & valCol)
Dim i As Long
Dim lastCol As Long '// for non-adjacent ("A:ZZ")
lastCol = rng.Columns.Count
For i = 1 To rng.Rows.Count
If (rng(i, 1).Value = "") Then Exit Function
CreateDictFromColumns.Add rng(i, 1).Value, rng(i, lastCol).Value
Next
End Function
This breaks on the first empty key value cell.
I think it'd be best form to pass two ranges to a create dictionary function. This allows for the ranges to be completely separate, even different workbooks. It also allows for a 1D range to be mapped to a 2D range as demonstrated below.
Alternatively, you could also pass two arrays of range values. That may be cleaner for 1D ranges, but would result in slightly more code for 2D mapping. Notice that range elements can be looped through left to right top to bottom by index. You can use Application.Transpose(Range("A1:A5")) to effectively run top to bottom left to right.
Jagged Mapping
Sub Test()
RangeToDict Sheets(1).Range("A1:A5"), Sheets(2).Range("C1:E2")
End Sub
Function RangeToDict(ByVal KeyRng As Range, ByVal ValRng As Range) As Dictionary
Set RangeToDict = New Dictionary
For Each r In KeyRng
vi = vi + 1
'It may not be advisable to handle empty key values this way
'The handling of empty values and #N/A/Error values
'Depends on your exact usage
If r.Value2 <> "" Then
RangeToDict.Add r.Value2, ValRng(vi)
Debug.Print r.Value2 & ", " & ValRng(vi)
End If
Next
End Function
Side-By-Side (As Range)
If your target range is a single 2 column range side by side, you can simplify to passing a single range as shown below. Consequently, this also works for mapping every other element in a 1 dimensional range.
Sub Test()
RangeToDict2 Range("A1:B5")
End Sub
Function RangeToDict2(ByVal R As Range) As Dictionary
Set RangeToDict2 = New Dictionary
i = 1
Do Until i >= (R.Rows.Count * R.Columns.Count)
RangeToDict2.Add R(i), R(i + 1)
Debug.Print R(i) & ", " & R(i + 1)
i = i + 2
Loop
End Function
Two Columns (As Array)
Lastly, as an example of passing arrays as arguments, you could do something like the following. However, the following code will only work given the OP's specific scenario of mapping two columns. As is, it won't handle mapping rows or alternating elements.
Sub Test()
Dim Keys() As Variant: Keys = Range("E1:I1").Value2
Dim Values() As Variant: Values = Range("E3:I3").Value2
RangeToDict Keys, Values
End Sub
Function RangeToDict(Keys() As Variant, Values() As Variant) As Dictionary
Set RangeToDict = New Dictionary
For i = 1 To UBound(Keys)
RangeToDict.Add Keys(i, 1), Values(i, 1)
Debug.Print Keys(i, 1) & ", " & Values(i, 1)
Next
End Function
Use of Named Ranges
It may be convenient to used named ranges, in which case you can pass a Range as an argument likes this...
Sub Test()
RangeToDict Names("Keys").RefersToRange, Names("Values").RefersToRange
End Sub
The best approach to take, is to populate a variant array with the data from the worksheet. You can then loop through the array, assigning the elements of the first array column as the dictionary key; the elements of the second array column can then be used as the value.
The lrow function is used to find the last populated row from column A - allowing the code to create a dynamically sized array and dictionary.
To enable use of dictionaries within VBA, you will need to go to Tools -> References and then enable Microsoft Scripting Runtime.
Sub createDictionary()
Dim dict As Scripting.Dictionary
Dim arrData() As Variant
Dim i as Long
arrData = Range("A1", Cells(lrow(1), 2))
set dict = new Scripting.Dictionary
For i = LBound(arrData, 1) To UBound(arrData, 1)
dict(arrData(i, 1)) = arrData(i, 2)
Next i
End Sub
Function lrow(ByVal colNum As Long) As Long
lrow = Cells(Rows.Count, 1).End(xlUp).Row
End Function
This should do the trick :
Public Function test_leora(SheetName As String, _
KeyColumn As String, _
ValColumn As String) _
As Variant
Dim Dic, _
Val As String, _
Key As String, _
Ws As Worksheet, _
LastRow As Long
Set Ws = ThisWorkbook.Sheets(SheetName)
Set Dic = CreateObject("Scripting.Dictionary")
With Ws
LastRow = .Range(KeyColumn & .Rows.Count).End(xlUp).Row
For i = 1 To LastRow
Val = .Cells(i, ValColumn)
Key = .Cells(i, KeyColumn)
If Dic.exists(Key) Then
Else
Dic.Add Key, Val
End If
Next i
End With
test_leora = Dic
End Function
I have an Excel table in which sometimes an entire cell has the following content:
pos=51;70;112;111;132;153
Note the whole content in in a single cell, that is to say the value 51;70;112... are strings clumped together in a single cell and not in their own cells.
Can I write a macro that in all cells that contain the keyphrase "pos=", add 2 to each value, so that the end result is:
pos=53;72;114;113;134;155
Here is a code that will do it (tested on a sample on my Excel 2003):
Sub t()
Dim rCells As Range, c As Range
Dim arr As Variant, i As Integer
'Define the range to apply the code
Set rCells = Range("A1")
For Each c In rCells
'check if the cell desserves to be changed (could be adapted though to another check)
If Left(c.Value, 4) = "pos=" Then
'split all the values after the "pos=" into an array
arr = Split(Mid(c.Value, 5, Len(c.Value)), ";")
'add +2 to every value of the array (we convert the value to be sure, probably unneeded)
For i = 0 To UBound(arr)
arr(i) = CLng(arr(i)) + 2
Next i
'set back the value to the worksheet
c.Value = "pos=" & Join(arr, ";")
End If
Next c
End Sub
Note that I didn't add the error checking part if your values aren't well formated.
You know that you can easily split data without using macros, right? Just use the TextToColumns function on the Data tab
But if you really want a macro, you can do something like the following:
Sub AddNumber()
Dim numberToAdd As Integer
numberToAdd = 2
Set myRange = Range("A1:A5")
For Each myCell In myRange
If Left(myCell.Value, 4) = "pos=" Then
arEquality = Split(myCell, "=")
arElements = Split(arEquality(1), ";")
For i = 0 To UBound(arElements)
arElements(i) = arElements(i) + numberToAdd
Next
myCell.Offset(0, 1).Value = arEquality(0) + "=" + Join(arElements, ";")
End If
Next
End Sub