I am trying to find the last row the same way I found the last column:
Sheets("Sheet2").Cells(1,Sheets("Sheet2").Columns.Count).End(xlToLeft).Column
I know this way but it is not as helpful as the prior would be:
u = Sheets("Sheet1").Range("A65536").End(xlUp).Row
I tried:
Sheets("Sheet2").Cells(Sheets("Sheet2",1).Rowa.Count).End(xlToUP).Column
Synopsis: I would like the below way for last row.
Sheets("Sheet2").Cells(1,Sheets("Sheet2").Columns.Count).End(xlToLeft).Column
You should use a with statement to qualify both your Rows and Columns counts. This will prevent any errors while working with older pre 2007 and newer 2007 Excel Workbooks.
Last Column
With Sheets("Sheet2")
.Cells(1, .Columns.Count).End(xlToLeft).Column
End With
Last Row
With Sheets("Sheet2")
.Range("A" & .Rows.Count).End(xlUp).Row
End With
Or
With Sheets("Sheet2")
.Cells(.Rows.Count, 1).End(xlUp).Row
End With
How is this?
dim rownum as integer
dim colnum as integer
dim lstrow as integer
dim lstcol as integer
dim r as range
'finds the last row
lastrow = ActiveSheet.UsedRange.Rows.Count
'finds the last column
lastcol = ActiveSheet.UsedRange.Columns.Count
'sets the range
set r = range(cells(rownum,colnum), cells(lstrow,lstcol))
This function should do the trick if you want to specify a particular sheet. I took the solution from user6432984 and modified it to not throw any errors. I am using Excel 2016 so it may not work for older versions:
Function findLastRow(ByVal inputSheet As Worksheet) As Integer
findLastRow = inputSheet.cellS(inputSheet.Rows.Count, 1).End(xlUp).Row
End Function
This is the code to run if you are already working in the sheet you want to find the last row of:
Dim lastRow as Integer
lastRow = cellS(Rows.Count, 1).End(xlUp).Row
I use this routine to find the count of data rows. There is a minimum of overhead required, but by counting using a decreasing scale, even a very large result requires few iterations. For example, a result of 28,395 would only require 2 + 8 + 3 + 9 + 5, or 27 times through the loop, instead of a time-expensive 28,395 times.
Even were we to multiply that by 10 (283,950), the iteration count is the same 27 times.
Dim lWorksheetRecordCountScaler as Long
Dim lWorksheetRecordCount as Long
Const sDataColumn = "A" '<----Set to column that has data in all rows (Code, ID, etc.)
'Count the data records
lWorksheetRecordCountScaler = 100000 'Begin by counting in 100,000-record bites
lWorksheetRecordCount = lWorksheetRecordCountScaler
While lWorksheetRecordCountScaler >= 1
While Sheets("Sheet2").Range(sDataColumn & lWorksheetRecordCount + 2).Formula > " "
lWorksheetRecordCount = lWorksheetRecordCount + lWorksheetRecordCountScaler
Wend
'To the beginning of the previous bite, count 1/10th of the scale from there
lWorksheetRecordCount = lWorksheetRecordCount - lWorksheetRecordCountScaler
lWorksheetRecordCountScaler = lWorksheetRecordCountScaler / 10
Wend
lWorksheetRecordCount = lWorksheetRecordCount + 1 'Final answer
This gives you the last used row in a specified column.
Optionally you can specify the worksheet, otherwise it will take the active sheet.
Function getLastRow(col As Integer, Optional ws As Worksheet) As Long
If ws Is Nothing Then Set ws = ActiveSheet
If ws.Cells(ws.Rows.Count, col).Value <> "" Then
getLastRow = ws.Cells(ws.Rows.Count, col).Row
Exit Function
End If
getLastRow = ws.Cells(Rows.Count, col).End(xlUp).Row
If shtRowCount = 1 Then
If ws.Cells(1, col) = "" Then
getLastRow = 0
Else
getLastRow = 1
End If
End If
End Function
Sub test()
Dim lgLastRow As Long
lgLastRow = getLastRow(2) 'Column B
End Sub
This is the best way I've seen to find the last cell.
MsgBox ActiveSheet.UsedRage.SpecialCells(xlCellTypeLastCell).Row
One of the disadvantages to using this is that it's not always accurate. If you use it then delete the last few rows and use it again, it does not always update. Saving your workbook before using this seems to force it to update though.
Using the next bit of code after updating the table (or refreshing the query that feeds the table) forces everything to update before finding the last row. But, it's been reported that it makes excel crash. Either way, calling this before trying to find the last row will ensure the table has finished updating first.
Application.CalculateUntilAsyncQueriesDone
Another way to get the last row for any given column, if you don't mind the overhead.
Function GetLastRow(col, row)
' col and row are where we will start.
' We will find the last row for the given column.
Do Until ActiveSheet.Cells(row, col) = ""
row = row + 1
Loop
GetLastRow = row
End Function
Problems with normal methods
Account for Blank Rows / Columns -
If you have blank rows or columns at the beginning of your data then methods like UsedRange.Rows.Count and UsedRange.Columns.Count will skip over these blank rows (although they do account for any blank rows / columns that might break up the data), so if you refer to ThisWorkbook.Sheets(1).UsedRange.Rows.Count you will skip lines in cases where there are blank rows at the top of your sheet, for example on this sheet:
This will skip the top row from the count and return 11:
ThisWorkbook.Sheets(1).UsedRange.Rows.Count
This code will include the blank row and return 12 instead:
ThisWorkbook.Sheets(1).UsedRange.Cells(ThisWorkbook.Sheets(1).UsedRange.Rows.Count, 1).Row
The same issue applies to columns.
Full Sheets -
Identifying the last row or column can be difficult if your sheet is full (this only matters if either your data contains over a million lines or might have values in the final rows or columns of your data). For example, if you use xlEndUp or similar and the cell you're referring to is populated then the code will skip over data, in extreme cases your entire data set can be skipped if for example the data continues from the last row of the sheet (where you start your xlEndUp) solidly up to the first row (in this case the result would be 1).
'This code works, but...
'Will not function as intended if there is data in the cell you start with (Cell A:1048576).
Dim Sht1 as Range: Set Sht1 = ThisWorkbook.Sheets(1)
Sht1.Cells(Sht1.Rows.Count, 1).End(xlUp).Row
Columns with blank rows -
The above code also assumes that your data extends the entire way down column 1, if you have blank entries in column 1 you may lose rows as the code will find the first filled row from the bottom only for column 1.
Unnecessary Looping -
Self explanatory, best to avoid looping where possible as if you're dealing with a lot of data and repeating the looping process often it can slow down your code.
Solution
Note that this is targeted at finding the last "Used" Row or Column on an entire sheet, this doesn't work if you just want the last cell in a specific range.
I've setup some Functions here
Private Function GetLastRow(Sheet As Worksheet)
'Gets last used row # on sheet.
GetLastRow = Sheet.UsedRange.Cells(Sheet.UsedRange.Rows.Count, 1).Row
End Function
Private Function GetLastCol(Sheet As Worksheet)
'Gets last used column # on sheet.
GetLastCol = Sheet.UsedRange.Cells(1, Sheet.UsedRange.Columns.Count).Column
End Function
Examples of calling these Functions:
Sub CallFunctions()
'Define the Target Worksheet we're interested in:
Dim Sht1 As Worksheet: Set Sht1 = ThisWorkbook.Sheets(1)
'Print the last row and column numbers:
Debug.Print "Last Row = "; GetLastRow(Sht1)
Debug.Print "Last Col = "; GetLastCol(Sht1)
End Sub
I preferred search last blank cell:
Il you want last empty cell of column you can do that
Dim sh as Worksheet, r as range
set sh = ActiveWorksheet 'if you want an other it's possible
'find a value
'Columns("A:D") 'to check on multiple columns
Set r = sh.Columns("A").Find(What:="*", SearchOrder:=xlByRows, SearchDirection:=xlPrevious)
'no value return first row
If r Is Nothing Then Set r = sh.Cells(1, "A") Else Set r = sh1.Cells(r.Row + 1, "A")
If this is to insert new row, find on multiple columns is a good choice because first column can contains less rows than next columns
I use the following function extensively. As pointed out above, using other methods can sometimes give inaccurate results due to used range updates, gaps in the data, or different columns having different row counts.
Example of use:
lastRow=FindRange("Sheet1","A1:A1000")
would return the last occupied row number of the entire range. You can specify any range you want from single columns to random rows, eg FindRange("Sheet1","A100:A150")
Public Function FindRange(inSheet As String, inRange As String) As Long
Set fr = ThisWorkbook.Sheets(inSheet).Range(inRange).find("*", SearchOrder:=xlByRows, SearchDirection:=xlPrevious)
If Not fr Is Nothing Then FindRange = fr.row Else FindRange = 0
End Function
Related
I am trying to find the last row the same way I found the last column:
Sheets("Sheet2").Cells(1,Sheets("Sheet2").Columns.Count).End(xlToLeft).Column
I know this way but it is not as helpful as the prior would be:
u = Sheets("Sheet1").Range("A65536").End(xlUp).Row
I tried:
Sheets("Sheet2").Cells(Sheets("Sheet2",1).Rowa.Count).End(xlToUP).Column
Synopsis: I would like the below way for last row.
Sheets("Sheet2").Cells(1,Sheets("Sheet2").Columns.Count).End(xlToLeft).Column
You should use a with statement to qualify both your Rows and Columns counts. This will prevent any errors while working with older pre 2007 and newer 2007 Excel Workbooks.
Last Column
With Sheets("Sheet2")
.Cells(1, .Columns.Count).End(xlToLeft).Column
End With
Last Row
With Sheets("Sheet2")
.Range("A" & .Rows.Count).End(xlUp).Row
End With
Or
With Sheets("Sheet2")
.Cells(.Rows.Count, 1).End(xlUp).Row
End With
How is this?
dim rownum as integer
dim colnum as integer
dim lstrow as integer
dim lstcol as integer
dim r as range
'finds the last row
lastrow = ActiveSheet.UsedRange.Rows.Count
'finds the last column
lastcol = ActiveSheet.UsedRange.Columns.Count
'sets the range
set r = range(cells(rownum,colnum), cells(lstrow,lstcol))
This function should do the trick if you want to specify a particular sheet. I took the solution from user6432984 and modified it to not throw any errors. I am using Excel 2016 so it may not work for older versions:
Function findLastRow(ByVal inputSheet As Worksheet) As Integer
findLastRow = inputSheet.cellS(inputSheet.Rows.Count, 1).End(xlUp).Row
End Function
This is the code to run if you are already working in the sheet you want to find the last row of:
Dim lastRow as Integer
lastRow = cellS(Rows.Count, 1).End(xlUp).Row
I use this routine to find the count of data rows. There is a minimum of overhead required, but by counting using a decreasing scale, even a very large result requires few iterations. For example, a result of 28,395 would only require 2 + 8 + 3 + 9 + 5, or 27 times through the loop, instead of a time-expensive 28,395 times.
Even were we to multiply that by 10 (283,950), the iteration count is the same 27 times.
Dim lWorksheetRecordCountScaler as Long
Dim lWorksheetRecordCount as Long
Const sDataColumn = "A" '<----Set to column that has data in all rows (Code, ID, etc.)
'Count the data records
lWorksheetRecordCountScaler = 100000 'Begin by counting in 100,000-record bites
lWorksheetRecordCount = lWorksheetRecordCountScaler
While lWorksheetRecordCountScaler >= 1
While Sheets("Sheet2").Range(sDataColumn & lWorksheetRecordCount + 2).Formula > " "
lWorksheetRecordCount = lWorksheetRecordCount + lWorksheetRecordCountScaler
Wend
'To the beginning of the previous bite, count 1/10th of the scale from there
lWorksheetRecordCount = lWorksheetRecordCount - lWorksheetRecordCountScaler
lWorksheetRecordCountScaler = lWorksheetRecordCountScaler / 10
Wend
lWorksheetRecordCount = lWorksheetRecordCount + 1 'Final answer
This gives you the last used row in a specified column.
Optionally you can specify the worksheet, otherwise it will take the active sheet.
Function getLastRow(col As Integer, Optional ws As Worksheet) As Long
If ws Is Nothing Then Set ws = ActiveSheet
If ws.Cells(ws.Rows.Count, col).Value <> "" Then
getLastRow = ws.Cells(ws.Rows.Count, col).Row
Exit Function
End If
getLastRow = ws.Cells(Rows.Count, col).End(xlUp).Row
If shtRowCount = 1 Then
If ws.Cells(1, col) = "" Then
getLastRow = 0
Else
getLastRow = 1
End If
End If
End Function
Sub test()
Dim lgLastRow As Long
lgLastRow = getLastRow(2) 'Column B
End Sub
This is the best way I've seen to find the last cell.
MsgBox ActiveSheet.UsedRage.SpecialCells(xlCellTypeLastCell).Row
One of the disadvantages to using this is that it's not always accurate. If you use it then delete the last few rows and use it again, it does not always update. Saving your workbook before using this seems to force it to update though.
Using the next bit of code after updating the table (or refreshing the query that feeds the table) forces everything to update before finding the last row. But, it's been reported that it makes excel crash. Either way, calling this before trying to find the last row will ensure the table has finished updating first.
Application.CalculateUntilAsyncQueriesDone
Another way to get the last row for any given column, if you don't mind the overhead.
Function GetLastRow(col, row)
' col and row are where we will start.
' We will find the last row for the given column.
Do Until ActiveSheet.Cells(row, col) = ""
row = row + 1
Loop
GetLastRow = row
End Function
Problems with normal methods
Account for Blank Rows / Columns -
If you have blank rows or columns at the beginning of your data then methods like UsedRange.Rows.Count and UsedRange.Columns.Count will skip over these blank rows (although they do account for any blank rows / columns that might break up the data), so if you refer to ThisWorkbook.Sheets(1).UsedRange.Rows.Count you will skip lines in cases where there are blank rows at the top of your sheet, for example on this sheet:
This will skip the top row from the count and return 11:
ThisWorkbook.Sheets(1).UsedRange.Rows.Count
This code will include the blank row and return 12 instead:
ThisWorkbook.Sheets(1).UsedRange.Cells(ThisWorkbook.Sheets(1).UsedRange.Rows.Count, 1).Row
The same issue applies to columns.
Full Sheets -
Identifying the last row or column can be difficult if your sheet is full (this only matters if either your data contains over a million lines or might have values in the final rows or columns of your data). For example, if you use xlEndUp or similar and the cell you're referring to is populated then the code will skip over data, in extreme cases your entire data set can be skipped if for example the data continues from the last row of the sheet (where you start your xlEndUp) solidly up to the first row (in this case the result would be 1).
'This code works, but...
'Will not function as intended if there is data in the cell you start with (Cell A:1048576).
Dim Sht1 as Range: Set Sht1 = ThisWorkbook.Sheets(1)
Sht1.Cells(Sht1.Rows.Count, 1).End(xlUp).Row
Columns with blank rows -
The above code also assumes that your data extends the entire way down column 1, if you have blank entries in column 1 you may lose rows as the code will find the first filled row from the bottom only for column 1.
Unnecessary Looping -
Self explanatory, best to avoid looping where possible as if you're dealing with a lot of data and repeating the looping process often it can slow down your code.
Solution
Note that this is targeted at finding the last "Used" Row or Column on an entire sheet, this doesn't work if you just want the last cell in a specific range.
I've setup some Functions here
Private Function GetLastRow(Sheet As Worksheet)
'Gets last used row # on sheet.
GetLastRow = Sheet.UsedRange.Cells(Sheet.UsedRange.Rows.Count, 1).Row
End Function
Private Function GetLastCol(Sheet As Worksheet)
'Gets last used column # on sheet.
GetLastCol = Sheet.UsedRange.Cells(1, Sheet.UsedRange.Columns.Count).Column
End Function
Examples of calling these Functions:
Sub CallFunctions()
'Define the Target Worksheet we're interested in:
Dim Sht1 As Worksheet: Set Sht1 = ThisWorkbook.Sheets(1)
'Print the last row and column numbers:
Debug.Print "Last Row = "; GetLastRow(Sht1)
Debug.Print "Last Col = "; GetLastCol(Sht1)
End Sub
I preferred search last blank cell:
Il you want last empty cell of column you can do that
Dim sh as Worksheet, r as range
set sh = ActiveWorksheet 'if you want an other it's possible
'find a value
'Columns("A:D") 'to check on multiple columns
Set r = sh.Columns("A").Find(What:="*", SearchOrder:=xlByRows, SearchDirection:=xlPrevious)
'no value return first row
If r Is Nothing Then Set r = sh.Cells(1, "A") Else Set r = sh1.Cells(r.Row + 1, "A")
If this is to insert new row, find on multiple columns is a good choice because first column can contains less rows than next columns
I use the following function extensively. As pointed out above, using other methods can sometimes give inaccurate results due to used range updates, gaps in the data, or different columns having different row counts.
Example of use:
lastRow=FindRange("Sheet1","A1:A1000")
would return the last occupied row number of the entire range. You can specify any range you want from single columns to random rows, eg FindRange("Sheet1","A100:A150")
Public Function FindRange(inSheet As String, inRange As String) As Long
Set fr = ThisWorkbook.Sheets(inSheet).Range(inRange).find("*", SearchOrder:=xlByRows, SearchDirection:=xlPrevious)
If Not fr Is Nothing Then FindRange = fr.row Else FindRange = 0
End Function
Given the lack of elegance with the data
the record sheet continues for many MANY rows, each entry having its own set of identical headings
I was hoping to just extract the data from rows 7, 14 and so on, then populate the data into a simple table to be used on the 'Protocol Summary' form, then sort them all into alphanumeric order based on the data that is in the A column so they all become grouped by 'Event Type'.
Because the potential data that could be under the 'Event Type' heading can vary a lot (generally has the format of [number 1-32/letter/number 1-30] but can also be all letters, with a few thousand possibilities, I thought it might be easier to filter the other lines OUT, given they don't change. I would love to redesign the table, but unfortunately it's not my table so I have to work with what I'm given.
Thanks for your time.
This will loop over your sheet up to the last used row, starting from Row 7 and stepping 7 rows each iteration.
Within each iteration, each cell in the row is written into an array which is then written to another sheet ready for sorting (however you want to do that).
This code is sample and may not work by copy/paste.
I have written this in the Sheet1 code module, so Me refers to ThisWorkbook.Sheets("Sheet1").
I have made this from a blank workbook and did not rename any sheets therefore you will need to make adjustments to any sheet references to match your appropriate sheet names.
The code will only reference columns A, B and C in the TargetRow (I only tested with 3 columns of data as I don't know your working range). I'll reference what to update to extend this after the code block.
Currently the array is put back into Sheet2 starting from cell A2. This is assuming row 1 contains table headers as this will write the data directly into the table format. Naturally if you want to change where the data is written, change the cell it is written to (when writing an array to sheet, you only need to define the top left cell of the range it is written to, Excel works out the rest based on the size and dimensions of the array).
Sub WriteEverySeventhRowToAnotherSheet()
Dim SeventhRowCount As Long
Dim myArray() As Variant
Dim lastrow As Long
Dim TargetCell As Variant
Dim TargetRow As Range
Dim ArrFirstDimension As Long
Dim ArrSecondDimension As Long
lastrow = Me.Range("A" & Me.Rows.Count).End(xlUp).Row
ReDim myArray(1 To lastrow / 7, 1 To 3)
ArrFirstDimension = 1
ArrSecondDimension = 1
'------------------Loop over every 7th row and enter row data to array---------------
For SeventhRowCount = 7 To lastrow Step 7
Set TargetRow = Me.Range("A" & SeventhRowCount & ":C" & SeventhRowCount)
For Each TargetCell In TargetRow
If Not ArrSecondDimension > UBound(myArray) Then
myArray(ArrFirstDimension, ArrSecondDimension) = TargetCell
'Debug.Print TargetCell
ArrSecondDimension = ArrSecondDimension + 1
End If
Next TargetCell
ArrFirstDimension = ArrFirstDimension + 1
ArrSecondDimension = 1
Set TargetRow = Nothing
Next SeventhRowCount
'---------------------Write array to another sheet------------------
Dim Destination As Range
Set Destination = ThisWorkbook.Sheets("Sheet2").Range("A2")
Destination.Resize(UBound(myArray, 1), UBound(myArray, 2)).Value = myArray
End Sub
To extend the number of columns the loop will write to the array, change the following instance of C to the correct column letter (in the below line the range is set from Column A to Column C):
Set TargetRow = Me.Range("A" & SeventhRowCount & ":C" & SeventhRowCount)
Also change the 2nd dimension of the Array to match the number of the Column set above (i.e Column E = 5 and Column L = 13 etc.) - You need to replace the number 3 with the correct number.
ReDim myArray(1 To lastrow / 7, 1 To 3)
I'm sure this is possible, im just not sure what the code should be. i have 2 sheets: (1)Component which has all the Component Names where an analyst got marked down on, including dates of when the call occurred, and (2)Calculator, which counts the number of times a specific component appeared in a specific week number.
ive created a code which gets the distinct Component Names from the Component Sheet, and then copies and transpose them to the Calculator sheet. all the Component Names are in Row 1 starting from Column D1 then goes to E1, F1, and so on. i want row 2 to display the count or the number of times the component(listed in row 1) appeared in a week.
The code i have only works for columns, i do not know how to make it get the non-empty values of an entire row.
'//here the code i used to transpose Distinct Components from the Component sheet to the Calculator Sheet
Public Sub GetDistinctComponents()
Application.ScreenUpdating = False
Dim lr As Long
lr = Sheets("Components Data").Cells(Rows.Count, "F").End(xlUp).Row
Sheets("Calculator").Unprotect Password:="secret"
Sheets("Components Data").Range("F1:F" & lr).AdvancedFilter Action:=xlFilterCopy, _
CopyToRange:=ActiveSheet.Range("DW1"), Unique:=True
With ThisWorkbook.Worksheets("Calculator")
.Range(.Range("DW1"), .Range("DW1").End(xlDown)).Copy
.Range("DX1").PasteSpecial xlPasteValues, Transpose:=True
.Columns("DW").EntireColumn.Delete
End With
Sheets("Calculator").Protect Password:="secret", DrawingObjects:=False
End Sub
Here's my Component sheet
And below is my Calculator sheet. as you can see, the code to transpose the distinct Components works fine. i just do not know how to get the value of Row 1 starting from DX so i can store it in a variable which i will use in counting the number of times that component appeared in a week . I'm thinking it should go like this
Component = wsCalculator.Cells(i, "D").Value
But this code only works if i want to get the Values of all cells in Column D, not the values of the cells next to D1
and here's the code i currently have
Public Sub CountComponent()
Application.ScreenUpdating = False
Sheets("Calculator").Unprotect Password:="secret"
Set wsComponentData = Sheets("Components Data")
Set wsCalculator = Sheets("Calculator")
Dim ComponentCount As Integer
'//Get the index of the last filled row based on column A
LastComponentRowIndex = wsComponentData.Cells(Rows.Count, "A").End(xlUp).Row
'//Get Range for ComponentData
Set ComponentRange = wsComponentData.Range("F2:F" & LastComponentRowIndex)
'//Get the index of the last filled row based on column C
LasttotalauditRowIndex = wsCalculator.Cells(Rows.Count, "C").End(xlUp).Row
'//Get range for Calculator
Set MyRange = wsCalculator.Range("C2:C" & LasttotalauditRowIndex)
TotalCalls = WorksheetFunction.Sum(MyRange)
'//Looping through all filled rows in the Components Data sheet
For i = 2 To wsCalculator.Cells(Rows.Count, "A").End(xlUp).Row
'//Get Component from cell in column "DW"
'Component = wsCalculator.Cells(i, "DW").Value
'//Count the # of calls that got hit in the corresponding Component
If wsCalculator.Cells(i, "DW").Value <> "" Then
ComponentCount = Application.WorksheetFunction.CountIf( _
ComponentRange, component)
wsCalculator.Cells(i, "DX").Value = ComponentCount
End If
Next
End Sub
I'll take a crack at this. I'm not 100% sure what you are doing, but I'm going to assume you will have soon calculations in cells D2, down, and to the right. Is that correct? Try this small code sample to copy from D2 (down and right) on the "Components Data" sheet, and transpose to your "Calculator" sheet.
Sub TransposeThis()
Set Rng = Sheets("Components Data").Range("D2:D7") 'Input range of all fruits
Set Rng_output = Sheets("Calculator").Range("B2") 'Output range
For i = 1 To Rng.Cells.Count
Set rng_values = Range(Rng.Cells(i).Offset(0, 1), Rng.Cells(i).End(xlToRight)) 'For each fruit taking the values to the right which need to be transposed
If rng_values.Cells.Count < 16000 Then 'To ensure that it doesnt select till the right end of the sheet
For j = 1 To rng_values.Cells.Count
Rng_output.Value = Rng.Cells(i).Value
Rng_output.Offset(0, 1).Value = rng_values.Cells(j).Value
Set Rng_output = Rng_output.Offset(1, 0) 'Shifting the output row so that next value can be printed
Next j
End If
Next i
End Sub
Before:
After:
If I got something wrong, post your feedback, and I'll adjust the code to suit your needs.
The code below is your own code, in part, which I commented, and of my own making for those parts where you seemed to have lost your way.
Public Sub CountComponent()
' Locations:-
Dim WsComp As Worksheet
Dim WsCalc As Worksheet
Dim CompRng As Range ' column A
Dim CalcRng As Range ' Calculator!D1:D?)
Dim Rt As Long ' Target row (in WsCalc)
' Helpers:-
Dim Cell As Range
Dim R As Long
Set WsComp = Sheets("Components Data")
Set WsCalc = Sheets("Calculator")
WsCalc.Unprotect Password:="secret"
Application.ScreenUpdating = False
'//Get the index of the last filled row based on column A
With WsComp
' observe the leading period in ".Rows.Count"
'LastComponentRowIndex = .Cells(.Rows.Count, "A").End(xlUp).Row
'//Get Range for ComponentData
'Set CompRng = .Range("A2:A" & LastComponentRowIndex)
' avoids the need for decalring LastComponentRowIndex
Set CompRng = .Range(.Cells(2, "A"), _
.Cells(.Rows.Count, "A").End(xlUp))
End With
With WsCalc
' set a range of all criteria to look up
Set CalcRng = .Range(.Cells(1, "D"), _
.Cells(1, .Columns.Count).End(xlToLeft))
'//Get the index of the last non-empty row in column B
' loop through all rows in WsCalc
For R = .Cells(.Rows.Count, "B").End(xlUp).Row To 2 Step -1
If Val(.Cells(R, "B").Value) Then ' presumed to be a week number
'//Loop through all audit criteria
For Each Cell In CalcRng
With .Cells(R, Cell.Column)
.Value = WorksheetFunction.CountIfs( _
CompRng, Cell.Value, _
CompRng.Offset(0, 1), WsCalc.Cells(R, "B").Value)
.NumberFormat = "0;-0;;" ' suppress display of zero
End With
Next Cell
End If
.Cells(R, "C").Value = WorksheetFunction.Sum(CalcRng.Offset(R - 1))
Next R
End With
Application.ScreenUpdating = True
End Sub
Frankly, I couldn't understand all of your intentions. I presumed that column B in your Calculations sheet would contain a week number and that this week number would also be found in the Components Data (in column B). If so, you would be counting the occurrences of each component by week, and that is what I programmed.
I think it doesn't matter if I got that part wrong. Your main question was how to look up each of the Components in Calculations!D1:??. That method is very well demonstrated in my above answer and I feel confident you will be able to transplant the useful bits to your own project. Good luck!
I suggest taking a look at VBA dictionaries. In this case, you could store each component as a key and for the value you can accumulate the number of occurrences of the component for a given week.
I don't have a VBA editor available on my computer at the moment to test this, but it would likely look something along the lines of what I've got below. Also, I'll admit that I may not have fully understood the layout of your sheets, but the general principle here will definitely apply.
For a pretty full overview of dictionaries in VBA, here's a good resource that'd I'd recommend: https://excelmacromastery.com/vba-dictionary/
Public Sub CountComponent()
Application.ScreenUpdating = False
Sheets("Calculator").Unprotect Password:="secret"
Set wsComponentData = Sheets("Components Data")
Set wsCalculator = Sheets("Calculator")
'//Get the index of the last filled row based on column A
LastComponentRowIndex = wsComponentData.Cells(Rows.Count, "A").End(xlUp).Row
'//Get Range for ComponentData
Set ComponentRange = wsComponentData.Range("A2:A" & LastComponentRowIndex)
'//Get the index of the last filled row based on column C
LasttotalauditRowIndex = wsCalculator.Cells(Rows.Count, "C").End(xlUp).Row
'//Get range for Calculator
Set MyRange = wsCalculator.Range("C2:C" & LasttotalauditRowIndex)
TotalCalls = WorksheetFunction.Sum(MyRange)
'// Declare a new dictionary
dim componentDict as New Scripting.Dictionary
'// First loop through the Calculator sheet to get each component
'// and set initial value to zero
dim i as Long, lastCalcColumn as Long
lastCalcColumn = wsCalculator.Cells(1, Columns.count).end(xlToLeft).Column
for i = 4 to lastCalcColumn
'// Adding each item to dictionary, a couple of ways to write this,
'// but this is probably the easiest
componentDict(wsCalculator.Cells(i, 1).Value) = 0
next i
'//Looping through all filled rows in the Components Data sheet
'// I changed this to loop through each row in your component sheet
'// So that we can accumulate the total occurences
dim current_key as String
For i = 2 To LastComponentRowIndex
If wsComponentData.Range("G" & i).Value <> "" Then
'// assuming component names are in the "G" column
'// change this as needed
current_key = wsComponentData.Range("G" & i).Value
componentDict(current_key) = componentDict(current_key) + 1
end if
Next i
'// now back to the Calculator sheet to enter the values
for i = 4 to lastCalcColumn
current_key = wsCalculator.Cells(i, 1).Value
wsCalculator.Cells(i, 2).Value = componentDict(current_key)
next i
End Sub
I have a sheet with about 6000 rows. In my code I first filter out some rows.
Sheets("privata").Rows("2:" & Rows.count).AutoFilter Field:=26, Criteria1:=">=2020-01-30 09:00:00", Operator:=xlAnd, Criteria2:="<=2020-01-30 09:30:00"
Sheets("privata").Rows("2:" & Rows.count).AutoFilter Field:=24, Criteria1:="<>OK"
Sheets("privata").Rows("2:" & Rows.count).AutoFilter Field:=25, Criteria1:="<>SUPPLY_CONTROL,"
Its now down to about 350 rows. After I've filtered it I copy and paste the data to another sheet
Sheets("privata").UsedRange.Copy
Sheets("toptre").Range("A1").PasteSpecial xlPasteAll
After I've copied the data I work on it in various ways in the new sheet.
The entire code takes a while to run. After stepping through the code I discovered that the filtering out process is super quick. What takes time is the pasting of the data in to the other sheet.
Is there a possibility to work with the original filtered sheet? When I try to, it uses all 6000 rows, not just the filtered out ones.
Example of what I want to do:
For i = 2 To RowCount + 1
employee = Sheets("privata").Cells(i, 25)
onList = False
For j = 1 To UBound(employeeList)
If employee = employeeList(j) Then
onList = True
Exit For
End If
Next j
If onList = False Then
countEmployees = countEmployees + 1
employeeList(countEmployees) = employee
End If
If onList = True Then
onList = False
End If
Next i
When referring to Cells(2, 25) I want to refer to the second row in the filtered sheet. Which might be row 3568 in the sheet. Is that possible?
/Jens
After the filtering has been applied, you can make the copy/paste process very fast if you don't use a loop, but use Selection. For example:
Sub TryThis()
Dim r As Range
Sheets("privata").Select
Set r = ActiveSheet.AutoFilter.Range
r.Select
Selection.Copy Sheets("toptre").Range("A1")
End Sub
Usually you want to avoid Selection in VBA. However, you will end up with:
a block of data in sheet "toptre"
the block will include the header row and all visible rows
the block will be just a block (un-filtered)
I am not sure if this will make your process any faster, but it attempts to accomplish what you ask about in your question:
You could use the expression suggested by #GSerg 's comment to create a range object with only the visible rows in the data sheet, e.g.
Dim filteredRange As Range
Set filteredRange = Sheets("privata").UsedRange.Rows.SpecialCells(xlCellTypeVisible)
Assuming there is at least 1 visible row in the sheet (meaning that the above statement will not throw an error), you could then use the following function to access that range as if it were a single, contiguous range:
Function RelativeCell(rng As Range, ByVal row As Long, ByVal col As Long) As Range
Dim areaNum As Long: areaNum = 0
Dim maxRow As Long: maxRow = 0
Dim areaCount As Long: areaCount = rng.Areas.Count
Do While maxRow < row
areaNum = areaNum + 1
If areaNum > areaCount Then
Set RelativeCell = Nothing
Exit Function
End If
maxRow = maxRow + rng.Areas(areaNum).Rows.Count
Loop
Dim lastArea As Range: Set lastArea = rng.Areas(areaNum)
Set RelativeCell = lastArea.Cells(row - (maxRow - lastArea.Rows.Count), col)
End Function
To print all the filtered values in column B, for example, you could use the above method on the filteredRange object (set earlier) this way:
Dim r As Long: r = 1
Do
Dim cell As Range: Set cell = RelativeCell(filteredRange, r, 2)
If cell Is Nothing Then Exit Do
Debug.Print cell.Value
r = r + 1
Loop
To simplify the above code, you could also use a function to know the last relative row number in the filtered range using the following function:
Function RelativeCellLastRow(rng As Range) As Long
Dim r As Long: r = 0
Dim i As Long
For i = 1 To rng.Areas.Count
r = r + rng.Areas(i).Rows.Count
Next
RelativeCellLastRow = r
End Function
Then, the code to print all the filtered values in column B would be reduced to this:
Dim r As Long
For r = 1 To RelativeCellLastRow(filteredRange)
Debug.Print RelativeCell(testRng, r, 2).Value
Next
If you use RelativeCellLastRow, it would be good to ensure that it is only executed once, to avoid unnecessary recalculations. In the For loop above, it is only executed once, since VBA only executes the limits of a For loop before the first iteration. If you need the value several times, you can store it in a variable and use the variable instead.
The idea behind the RelativeCell function is that the range returned by the call to SpecialCells is a multi-area range, i.e. a range made up of several non-contiguous ranges. What relativeCell does is to skip through the non-contiguous areas until it finds the row number it is looking for. If the row number is beyond the total number of rows in the range, the function returns Nothing, so the calling code must be aware of this to avoid calling a method or property on Nothing.
It is also worth nothing that RelativeCell works on a range with hidden rows, not hidden columns. With hidden columns, the code becomes a little more complex, but the complexity can be encapsulated in the RelativeCell function without affecting the code that uses the function.
Again, I am not sure whether this will make your code faster. When I did some tests to emulate your scenario using a sheet with 6000+ rows and 30 columns of random strings, the copy/paste after the filtering ran very quickly, but it could be because of the machine I am using, the version of Excel that I am using (2016), or the data I used. Having said that, I hope the above code is of some help.
The code below is working. It will progress through all columns in the sheet and change the data within it to a number of fixed length based on the number found in the 2nd row.
My issue is that it selects the entire column when doing so. This is a problem for me since I have 4 header rows that I do not want converted.
My first thought was to offset/resize a selection and apply changes to all cells, but I'm simply having no luck doing that.
Can anyone modify this code to ignore the first 4 header rows as it progresses through the columns?
Note: lastCol is a separate function that simply returns an integer value with the number of the last used column on the sheet.
Sub FormatFixedNumber()
Dim i As Long
Application.ScreenUpdating = False
For i = 1 To lastCol 'replace 10 by the index of the last column of your spreadsheet
With Columns(i)
.NumberFormat = String(.Cells(2, 1), "0") 'number length is in second row
End With
Next i
Application.ScreenUpdating = True
End Sub
This should do it. I added a Constant to hold the header rows count.
EDIT: Added code to just go to last row as requested. Also checks that LastRow is greater than HEADER_ROWS. And fixed some convoluted adding and subtracting of the HEADER_ROWS in the Resize/Offset.
Sub FormatFixedNumber()
Const HEADER_ROWS As Long = 4
Dim i As Long
Dim LastRow As Long
Application.ScreenUpdating = False
For i = 1 To LastCol 'replace 10 by the index of the last column of your spreadsheet
With Columns(i)
LastRow = .Cells(Rows.Count).End(xlUp).Row
If LastRow > HEADER_ROWS Then
With .Resize(LastRow - HEADER_ROWS).Offset(HEADER_ROWS)
.NumberFormat = String(.EntireColumn.Cells(2, 1), "0") 'number length is in second row
End With
End If
End With
Next i
Application.ScreenUpdating = True
End Sub