<div>Hi James, </div>
<div> </div>
<div>Thanks for the quick reply. I will try to do that using the User Guide. I will let you know. Thanks a lot!</div>
<div> </div>
<div>Cheers,</div>
<div> </div>
<div>N<br><br></div>
<div class="gmail_quote">On Thu, Mar 6, 2008 at 1:48 PM, James Keidel <<a href="mailto:keidel@gmail.com">keidel@gmail.com</a>> wrote:<br>
<blockquote class="gmail_quote" style="PADDING-LEFT: 1ex; MARGIN: 0px 0px 0px 0.8ex; BORDER-LEFT: #ccc 1px solid"><br>hi NIkos<br><br>yes, indeed there should be an easier way to do this with an inline.<br>to get you started, basically your list only needs one row I think,<br>
with attributes in place of values as you have in your email.<br><br>you then have a script which creates an array of integers, 0-9. you<br>then call RandomizeArray and take the first 5 entries from the<br>randomized version. half the time you set the probe digit to one of<br>
the digits from the first five, the other half you take the 6th entry<br>in the randomized array and make that the probe. One drawback here is<br>that there is no guarantee you won't have a duplicate trial in there,<br>
but if that is a concern you can generate all the trials before<br>starting then run through them in a script to ensure there are no<br>duplicates. I think it is extremely unlikely this would happen<br>though.<br><br>hope this helps you get started; feel free to email me if you get stuck at all.<br>
<br>best<br><br>JK<br>
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<div class="Wj3C7c"><br>On Thu, Mar 6, 2008 at 1:14 PM, Nikos Konstantinou<br><<a href="mailto:nkonstantinou@gmail.com">nkonstantinou@gmail.com</a>> wrote:<br>> Dear E-prime group,<br>><br>> I 'd appreciate any help on this issue:<br>
><br>> I created an experiment which has two tasks. Task 1: participants hear over<br>> the headphones either two or six digits which they have to remember until<br>> the end of the trial. At the end of the trial, they see a single probe digit<br>
> (visual this time) on the screen, which matches one of digits they heard at<br>> the beggining of the trial 50% of the times.<br>><br>> One way of doing it is something like this:<br>><br>> Weight Digit1 Digit2 Digit3 Digit4 Digit5 Digit6<br>
> ProbeDigit<br>> 1 [Digit:0] [Digit:1] [Digit:2] [Digit:3] [Digit:4] [Digit:5]<br>> [ProbeDigit:0]<br>> 1 [Digit:0] [Digit:1] [Digit:2] [Digit:3] [Digit:4] [Digit:5]<br>> [ProbeDigit:1]<br>
> 1 [Digit:0] [Digit:1] [Digit:2] [Digit:3] [Digit:4] [Digit:5]<br>> [ProbeDigit:2]<br>> 1 [Digit:0] [Digit:1] [Digit:2] [Digit:3] [Digit:4] [Digit:5]<br>> [ProbeDigit:3]<br>> 1 [Digit:0] [Digit:1] [Digit:2] [Digit:3] [Digit:4] [Digit:5]<br>
> [ProbeDigit:4]<br>> 1 [Digit:0] [Digit:1] [Digit:2] [Digit:3] [Digit:4] [Digit:5]<br>> [ProbeDigit:5]<br>> 6 [Digit:0] [Digit:1] [Digit:2] [Digit:3] [Digit:4] [Digit:5]<br>> [ProbeDigit:6]<br>
><br>> A problem with this solution is that it results in a huge list of rows, one<br>> for every possible compination.<br>> Although the experiment is working this way, I believe there is an easier<br>> and "smarter" way of doing this. Maybe using and InLine?<br>
><br>> Anybody can help?<br>><br>> Thanks in advance,<br>><br>> Nikos<br>> ><br>><br><br></div></div></blockquote></div><br><br>
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