Problem I'm having is that table.Columns.add(ref Object BeforeColumn) requires a reference to another column in the table. However, when I try to access the last column in the table to pass as a reference using table.Columns.Add(table.Columns[table.Columns.Count])
I get the error:
"Cannot access individual columns in this collection because the table has mixed cell widths."
As my current work around, I catch the error, and call table.Columns.DistributeWidth() to make sure the columns are uniform and run the rest of the code. However, I lose the formatting of my cell widths this way, which is unfortunate.
Is there any way I can workaround this without losing the cell width?
(I realize one way is to store every cell's width before running this process, and then re-applying the widths afterward, but this seems like a very costly solution to something that should be simpler)
I've found one way to do it. Here's how I approached it.
*Caution, I'm assuming that the table is uniform. i.e. The number of columns is the same across all the rows. (Note, the API has a Table.uniform function, but the description is not complete. In the API it says "True if all the rows in a table have the same number of columns." However, it also checks if the columns have uniform width).
Instead of using table.Columns.Add(table.Columns[table.Columns.Count]) to add a column before the last below, I select a cell in the table and used the insert command:
//assuming table is the name of the table you want to add columns to
table.Cell(1, table.Columns.Count).Select();
word.Selection selection = table.Application.ActiveWindow.Selection;
selection.InsertColumns();
This might actually be a better way to add columns, as the api gives you way more options on how to insert (i.e. use InsertColumnsRight to insert to the right of the column). The Columns.Add(...) function by default inserts to the left of the select
Related
I have a table in Excel that has column heading names (e.g. data_type1, data_type2, etc.). The data in this table changes based on parameters entered on another sheet, and they are pulled to charts which update dynamically.
As a convenience to a user who might be using this sheet I have added a 'user specified function' (non-vba) which also plots to one of the charts. By user specified function I mean I have three cells with dropdown lists. Two correspond to the table headings and one has a short list of operations that can be applied between the two selected data types (e.g. a user might select 'dataype1', '+', 'datatype2' which would produce a sum of the two in the final column of my table).
The user specified function is achieved by defining a named 'range/function' to match the drop downs with their respective column headers and then calls evaluate. See below:
=EVALUATE("="&ADDRESS(ROW('Raw Data'!XFD5),MATCH(user_in1,'Raw Data'!$A$4:$AF$4,0)) & user_operation & ADDRESS(ROW('Raw Data'!XFD5),MATCH(user_in2,'Raw Data'!$A$4:$AF$4,0)))
I name this 'user1_result' and then enter =user1_result in the final column of my table. This approach is nice because it calculates much faster than doing the same thing through building a UDF in VBA and then applying that UDF to every cell in a fairly long column.
Now here is my hangup, this works fine initially, but if the user makes a parameter change that affects one or both of the selected datatypes, the user specified column does not recalculate on-the-fly with the updated data. If the user re-toggles any of the dropdowns the data does recalculate. I am speculating this is from one of two things:
1) Excel does not recognize that a precedent of 'user1_result' has changed, and so for efficiency sake doesn't bother to recompute the column;
2) The 'Evaluate' function used in the named definition of 'user1_result' is not checked for updating, because it's not a normal function (doesn't show up through intellisense if you try to just add that to a cell).
So I am looking for some either confirmation or refutation of these speculations. In the case of confirmation I am hoping to get some advice on how to force the user specified column to update if its precedents change.
One solution is to have VBA do this checking for me and force the computation, but I would like to leave that as a last resort. So, non-VBA solutions preferred.
For posterity I'll answer the above question based on Mat'sMug's feedback:
Regarding the cause of the problem:
The reason the user specified column does not update is because the 'Evaluate' portion of the 'user1_result' named formula is intended to be used at the application level and not as a worksheet function. Because of this, Excel doesn't bother checking to see if its precedents change and ignores it for recalculation.
The problem's solution:
It was suggested to use VBA to watch for worksheet_change events, however, my problem requires that I do NOT use VBA. So, an alternative workaround that forces Excel to check precedents and recalculate the user specified function uses two steps. This functions as a pseudo worksheet_change stand-in.
First, I use a helper cell that performs a countif with an arbitrary counting condition. I don't need it to change, I just need it to share precedents with the inputs of 'user1_result'. So I have it count the number of cells in the first row of data that are larger than some constant:
=COUNTIF(A5:AK5,">100000")
The result of this computation doesn't matter, but in my case my data have small values and so this returns 0 always.
Second, I use a condition for the computation in the user specified column (the last column in my data table).
=IF($AO$1=$AO$1,user1_result)
Now, anytime my data table updates, the final column using the named function recomputes. Simple, and if using macros is not viable (for example due to a client/user's security concerns), this can sort of substitute for a worksheet change event.
I hope somebody out there gets use from this!
I am new on VBA, I am creating a script to generate a report from a DB, I have been able to assemble a general draft of my report but I need to insert a table into an existing cell inside a word document, I have been surfing around but I am unable either to do a websearch with the correct terms in order to find some guidance on how to achieve this, If I am able to do it with my mouse I am sure I am able to do it through scripting, any resources that would help me in the right direction will be deeply appreciated.
Ok I found a way, The secret is in the Range, to specify where do you want your nested table to be placed.
so, I am using Powershell so the syntax might vary a little
For creating the Table in the Document (assuming you already have a created document, if not you are missing that part which I am not going through since they already are several question/answer pairs on that subject).
$TableX = $oDoc.Tables.Add($oDoc.Bookmarks("TableX").Range, 4, 3)
So TableX is our actual table, then we are telling word to use the helper method on the oDoc (Which is the name of our document object) to add a table, with a Bookmark named TableX (I will again not do a large explanation on this one, just for practical purposes, we name the Bookmark so we can reference to the table by Bookmark name later if we need to add data to it or manipulate it in any way we need) and at the same time we are calling to the method Range which is going to tell the Document Object where do we want the table to be placed, since we have not defined the range explicitly it will insert it in the next available line on the document,
Finally we specify how many rows and columns we would like in the table.
That is what we need for creating a table, now the tricky part, how do we insert a nested table, and moreover how do we specify where do we want this second table to be nested.
Well, with this:
$oNestedTable = $oDoc.Tables.Add($TableX.Cell(4, 2).Range,7,3)
We name our nested table oNestedTable, then we are calling the same helper method we called before to add a new table to the document, but wait, look carefully at the differences, the range part of the command is pointing to a specific cell on in our first table, that is in the fourth row within the second cell, it is there where we are explicitly telling the document to insert a new table with 7 rows and 3 columns.
I hope this gives you some bare minimum guidance.
Regards
en
I have a list of stock prices for several stocks. Some of the values are missing due to weekends, holidays and probably other reasons.
The gaps are not consistent. Some are two days and some are more than that.
I want to fill the gaps with the last known value but not at the end of the list.
I have tried in Excel to test a few cells below and if it's now empty, do the fill. The problem is that due to the inconsistency of the gaps, it's a tedious task to change the function for all the cases.
Is there a way to test for the end of a list?
UPDATE - added a screenshot.
See this screenshot. I want to fill where the blue dots are. The red dots are at the end of the list and I don't want to fill those cells.
I am looking for a way to detect the end of the list and stop the filling when the end is detected.
I think this is pretty difficult in OpenRefine and probably a different tool would work better. The main issue is that OpenRefine does not offer the ability to easily work across rows so 'summing a column' (or part of a column) is tricky - this is mentioned in https://github.com/OpenRefine/OpenRefine/issues/200
However, you can do this by forcing OpenRefine in Record mode with the whole project containing a single record. Once you've done this you can access all values in a column using syntax like:
row.record.cells["Column name"].value
This gives an array of all the non-blank values in the column. Since this ignores blank values, in order to have a true view of the values in the column you have to fill in blank cells with a value.
So I think you could probably achieve what you want as follows:
For each column you are going to work with do a cell transform to put a dummy value in empty cells - e.g. if(isBlank(value),"null",value)
Create a new column at the start of your project and put a single value in the very first cell in that column
Switch to Record mode
At this point you should have a single 'Record' in your project - e.g.
You can now access all cells in a column using syntax like row.record.cells["Column 1"].value. You can combine this with 'forRange' to iterate through the contents of this array, using the row.index as the marker for the current row.
I used the following formula to add a new column to the project:
with(row.record.cells["Column 1"].value,w,if(forRange(row.index,w.length(),1,i,w[i].toNumber()).sum()>0,"a","b"))
Then...
Change back to 'Row' mode
Remove the 'null' placeholder from the original column
Create a facet on the 'fill filter' column
In my case I filter to 'a'
Use the 'fill down' option
Remove the filter
And remove the 'record' column
Rather a long winded way of doing it to say the least, but so far I've not been able to find anything better while not going outside OpenRefine. I'm guessing you could probably compress steps 5-11 into a single step or smaller number of steps.
If you want to access the array of cell values using Jython as suggested by iMitwe you need to use:
row["record"]["cells"]["Column 1"]["value"]
instead of
row.record.cells["Column 1"].value
(step 5)
I am doing this on the top of my head, but I think your best chance my be using the fill down option in record mode:
first move your column to the first column and switch to record mode.
then use the following GREL: row.record.cells["data"].value[-1] where data is the name of your column
The [-1] will take the last value and fill the blank. For the case with the red dot, since there is no value it should remains empty. Let us know how it goes.
Unless there's something I am missing or not seeing...
I would have just sorted reverse (date ascending) on the Date column, then individually use Fill Down on each column, except for that last column where you could then use a Date facet on your column Date to specify the exact Date range you wanted to work with, then fill down on that last column, then remove the Date range facet.
I have a very large array of data with many columns that display different outputs for the values presented. I would like to add a row above the data that will display the most common occurring value or word below.
Generally I would like to have each top of the column (right under the column label in row 1) have the most common value below. I will then use this value for various data analysis functions!
Is this possible, and if so, how? Preferably this will not require VBA, but simply a short code in the cell.
One caveat: The exact values may vary, so there is no set list where I can say "it will be one of these."
Any ideas appreciated!
Try a series of =COUNTIF(A:A,"VALUE TO SEARCH") functions if you want to stay away from VBA.
Otherwise, the best method would be to iterate through each column via VBA. With this method, you can even count the "varying" values and return the count and/or the value itself.
http://www.excel-easy.com/examples/most-frequently-occurring-word.html
This is a single formula you would write at the top of each column. Does not require VBA. You can replace the set range to an entire column, such as (A:A) instead of (A1:A7).
If you mean an array as in a data type, it could work differently but it depends what you're trying to do.
With data from A3 through A16, in A2 enter:
=INDEX($A$3:$A$16,MODE(MATCH($A$3:$A$16,$A$3:$A$16,0)))
This will work for text as well as numbers. Adjust this to match the column size.
I have a Worksheet with 10 columns and data range from A1:J55. Col A has the invoice # and rest of the columns have other demographic data. Goal is to type the invoice number on a cell and display all the rows matching the invoice number from col A.
Besides auto filter function, the only thing comes to my mind is VBA. Please advice what is the best way to get the data. Thanks for your help in advance.
Alright, I'm pretty proud of this one. Again avoiding VBA, this one uses the volatile formula OFFSET to keep moving its VLOOKUP search down the table until it's found all matches. Just make sure you paste enough rows of the formula that if there are many matches, there's room for all of them to appear. If you put a border around your match area then it would be clear if you ever ran out of room and needed to copy down the formula some more.
Again, in the main section, it's just a single formula (using index):
=IFERROR(INDEX($A$1:$J$200,$M3,MATCH(N$2,$A$1:$J$1,0)),"")
This gets to be so simple because the hard work of the lookup is done by an initial column which looks up the next row that matches the invoice number. It has the formula:
=IFERROR(MATCH($L$2,OFFSET($A$1:$A$200,M2,0),0)+M2," ")
Here is the working example that goes with those formulas:
Let me know if you need any further description of how it works, but it mostly uses the same rules as above so that it's robust in copying and moving around.
I've uploaded the Excel file so you can play with it, but everything you need to reproduce this feature should be in this solution.
Google Docs - Click link and hit Ctrl+S to download and open in Excel.
A popular solution to this problem is a simple VLookup. Lookup the invoice the user types in on the table A1:J55, and then return an adjascent column's data.
Here's an example of it working:
The formula in the highlighted cell is:
=VLOOKUP($L3,$A:$J,MATCH(N$2,$1:$1,0),FALSE)
What's nice about this formula is you only need to type it once and then you can copy it across and it'll automatically pick out the correct column of the table (that's the match part). The rest is very simple:
The first part says lookup value $L3 (the invoice number typed in),
The second part says look it up in range $A:$J (which is where your table is located). I've shown how you can select the entire columns $A:$J so that you can add and remove data without worrying about adjustin the range in your lookups. (Excel takes care of optimizing the formula so that unused cells aren't checked)
The third part picks the column from which the resulting data will be drawn once a matching row is found.
The FALSE part is an indication that the invoice number must match exactly (no approximate matching allowed)
The $ signs ensure that fixed ranges like the location of your source table ($A:$J) and your lookup value ($L3) don't get automatically changed as you copy the formula across for multiple columns.
The formula is pretty easy to adapt if you want to move around your table and the area where you do your lookup. Here's an example:
Bonus
If you want to add a little spiff, you can add a dropdown to the Invoice # field so that the user gets auto-completion and the option to browse existing values like so: