Fill an array from an (unreferenced) list?
Peter Quain
pquain at une.edu.au
Tue Aug 4 10:03:28 UTC 2009
If you want flexibility and to avoid finicky typing, perhaps you could:
- type the words in text documents, 1 word to a line. you have
seperate arrays for each stimulus type ... and you need to type the
stim sometime
- open the text documents to read, 1 at a time
- run a loop, reading each line of the document and saving it as the
string in each cell of your array
Something like this would allow lists of differing length to be read in.
...
' for 0 option base
Dim YourArray() As String
Dim s$ As String
Dim LineCount As Integer
Dim n As Integer
' Find out the number of lines
Open "YOURFILE.txt" For Input As #1
LineCount = -1
Do While Not EOF(1)
LineCount = LineCount + 1
Input #1, s$
Loop
Close #1
' make the array the size of the document...
ReDim YourArray(LineCount)
' Read in the stimuli
Open "YOURFILE.txt" For Input As #1
For n = 0 To LineCount
Input #1, YourArray(n)
Next n
Close #1
At 07:13 PM 4/08/2009, you wrote:
>Hi all!
>
>I got something....
>
>Does anyone know how to fill an array with words from an
>(unreferenced) list???
>
>Elaborated background info:
>I'm working on a NAP task which demands control over two pairs of
>stimuli in consecutive trials. I.E. a prime trial may show a negative
>distractorword and a negative targetword and is followed by a probe
>trial that shows a neutral distractorword and a positive targetword.
>To put it differently: each trials consists of 2 displays with 4
>stimuli in total and control over which type of word (pos neg neutral)
>appears in which position is needed. Moreover... blocks of trial
>(pairs) are repeated and the stimuliwords need to be randomized each
>time.
>
>I got this all working by using arrays. I got separate arrays for
>negative, positive and neutral words and at the beginning of each
>block these 3 arrays are randomised and then used to fill a triallist.
>The trialpair described above for instance is one level in this list
>that has four attributes (primetarget = negarray(0) primedistractor =
>negarray(1), probetarget = posarray(0) and probedistractor = neutarray
>(0), etc etc, with one level per trialpair.
>
>So far so good.... but now about filling the arrays... in my testsetup
>I filled the arrays by typing out each word in the array-inline for
>instance:
>
>negarray(0) = "negword1"
>negarray(1) = "negword2"
>etc
>
>This works fine but it means that each single word in every list has
>to be written out in the inline and completed with " " at the start
>and beginning. As I like my setups to be 'versatile' and easy to
>adjust for later use I would think it to be more elegant (and less of
>a pain in adding " -wise) if the stimuliwords could more simply be
>pasted in to an (unreferenced) list and the arrays being filled from
>these lists.... but I can't get this to work.... I tried it with
>colon notation and unreferenced lists ( negarray(0) = [negative:0] and
>with getattrib/setattrib setattrib ( "negarray(0)", [negative:0] as
>well as negarray(0) = getattrib ([negative:0]) ), both in all kinds of
>bracket-arrangements and with the list that contains the attribute
>'negative' placed in different locations (trashthing, sessionproc,
>blockproc, trialproc etc) but to no avail....
>
>I'm just hoping that I'm majorly overlooking something and/or that
>someone just happens to know how to do this. The task is working fine
>as it is, I just think it would be more elegant if the arrays could be
>filled from lists. Or could this perhaps be another instance of colon-
>notation not working properly?
>
>Best regards,
>
>liwenna
>
>
--~--~---------~--~----~------------~-------~--~----~
You received this message because you are subscribed to the Google Groups "E-Prime" group.
To post to this group, send email to e-prime at googlegroups.com
To unsubscribe from this group, send email to e-prime+unsubscribe at googlegroups.com
For more options, visit this group at http://groups.google.com/group/e-prime?hl=en
-~----------~----~----~----~------~----~------~--~---
More information about the Eprime
mailing list