hi all, I'm starting off with LS and was hoping someone can help with the correct terminology or method so I can do more research through the docs.
I would like to present 9 questions.
Each question is a choice answer.
Each question is 2 column permutation of specific characteristics, of which one needs to be selected.
I have preset permutations to load into the tables for each questions. [What is this called?]
What's a good approach here, as the characteristics will be made up of text and a graphic.
It get's a bit more involved further re the presentation and randomization of questions.
It'll try and explain it like this:
a Set = 9Q's
question 1 has 5 permutations, BUT the permutation is linked to specific permutations of the other 8 questions.
Question 1:
| Option A | Option B |
size {varXX}: | L {varXx=l} | M {varXx=m} |
colour {varXz}: | Blue {varXz=B} | Red {varXz=C} |
neck {varXy}: | Polo {varXy=P} | Round {varXy=R} |
Which do you prefer? A or B
Question 2:
| Option A | Option B |
size {varXX}: | L {varXx=l} | X {varXx=x} |
colour {varXz}: | Red {varXz=C} | Blue {varXz=B} |
neck {varXy}: | Square {varXy=S} | Polo {varXy=P} |
Which do you prefer? A or B
....Question 9
So the 1st 'group' will have:
Q1 = A[{varXx=l},{varXz=B},{varXy=P}] + B[{varXx=m},{varXz=C},{varXy=R}]
Q2 = A[{varXx=l},{varXz=C},{varXy=S}] + B[{varXx=x},{varXz=B},{varXy=P}]...Q9
<then random function for next user> so they get a different group, say
'group 4'
Q1 = A[{varXx=l},{varXz=C},{varXy=S}] + B[{varXx=m},{varXz=C},{varXy=R}]
Q2 = A[{varXx=l},{varXz=B},{varXy=P}] + B[{varXx=x},{varXz=B},{varXy=P}]...Q9
and so on.
Ideally I would like to
1. load in the available options for each variable (Global range)
2. then program each group to display specific permutations of the variables
I need to be able to collect the data of the specific preferences between A and B per question and in relation to other questions in the same 'group'.
- There are other requirements as well (further randomization and a control question to help prevent random responding), but may confuse the issue at this stage.
I think if someone can help me with the correct names and concepts and can get it done.
Thanks!
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