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importance on each factor. Each variable with any loading larger
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31 |
importance on each factor. Each variable with any loading larger
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than 0.5 (in modulus) is assigned to the factor with the largest
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than 0.5 (in modulus) is assigned to the factor with the largest
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loading, and the variables are printed in the order of the factor
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loading, and the variables are printed in the order of the factor
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they are assigned to, then those unassigned.}
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they are assigned to, then those unassigned.}
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\item{\dots}{further arguments for other methods; for \code{factanal}
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\item{\dots}{further arguments for other methods; for \code{factanal}
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printing, notably passed to \code{print(<loadings>, ...)}, hence, e.g.,
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printing, notably passed to \code{print(\var{loadings}, ...)}, hence, e.g.,
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\code{cutoff = <frac>}; ignored for \code{loadings}.}
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\code{cutoff = \var{frac}}; ignored for \code{loadings}.}
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}
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}
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39 |
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\details{
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40 |
\details{
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| 41 |
\sQuote{Loadings} is a term from \emph{factor analysis}, but because
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41 |
\sQuote{Loadings} is a term from \emph{factor analysis}, but because
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| 42 |
factor analysis and principal component analysis (PCA) are often
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42 |
factor analysis and principal component analysis (PCA) are often
|