Yeah, I had tried:

lcfunction = toform.myarray[i,1]
.controlsource = EVAL(lcfunction)

which I would think would do the same thing, but I'll try it your way just in case...


>Maybe
>

>.controlsource = EVAL(toForm.myarray[i,1])
>

>>Normally when I want to set a grid column controlsource to run a form method, I will do something like this:
>>
>>grid1.column1.controlsource = [thisform.mymethod('myvalue')]
>>
>>and it works fine. However, I need to pass that to a another form to set the control source for it's grid to the same method in the 1st form (calling form). I build a form array to store the value for all the columns' controlsource, then I look at that array in the called form:
>>
>>In form 1 (calling form):
>>

>>thisform.myarray(1,1) = "[thisform.poform.mymethod('myvalue')]"
>>

>>In form 2 (called form):
>>

>>LPARAMATERS toForm && form called by which contains the array and the method
>>THISFORM.poForm = toForm
>>*--An example but shows what I'm doing
>>FOR i = 1 TO ALEN(toform.myarray,1)
>>   WITH THISFORM.grid1.Columns[i]
>>      lcType = TYPE(toform.myarray[i,1])
>>      do case
>>      case lcType = "C" && this works, even with the UDF
>>        .width = && a computation that works
>>      endcase
>>      .controlsource = toForm.myarray[i,1] && normally this is just a field name
>>      * for the udf toForm.myarray[i,1] = "[thisform.poform.mymethod('myvalue')]" without quotes
>>      * so it does not work for udfs, it ends up the character string thisform.poform.mymethod('myvalue')
>>      * when the udf call is in a variable, how to set it here?
>>   ENDWITH
>>ENDFOR
>>
>>

>>
>>I've tried a dozen or more variations of storing the value in the array in the 1st form and checking it in the 2nd form.