I am not sure that would be possible, because testing scalar invariance involves estimating a model with freely estimated intercepts (and one with the intercepts constrained to equality). Moreover, you need scalar invariance for comparing latent means.
In other words: Why would you test scalar incariance when you do not want to use means or intercepts?
I am not sure that would be possible, because testing scalar invariance involves estimating a model with freely estimated intercepts (and one with the intercepts constrained to equality). Moreover, you need scalar invariance for comparing latent means.
In other words: Why would you test scalar incariance when you do not want to use means or intercepts?
Dear Lisete Mónic, I do agree with Heiko Breitsohl, I have same question with you is: Why would you test scalar incariance when you do not want to use means or intercepts? By the way scalar invariance, just name the intercepts instead of the regression weights. For further help you can explore following links to get in to scalar invariance depth, I trust these provided sources will help you a lot.