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Statistical Reference Guide
Factor analysis (FA)
Matrix rotations
Orthogonal and oblique matrix rotations.
p = number of variables, m = number of factors.
Method
Parameters
Purpose
Varimax
Orthogonal only. A computational faster equivalent to CF-Varimax.
Promax
power 0 ... 4
Oblique only.
Crawford-Ferguson
kappa 0 ... 1
Smaller kappa minimizes variables complexity and larger kappa minimizes factor complexity.
CF-Varimax
Crawford-Ferguson kappa = 1/p.
Spread variances across factors. Each factor tends to have either large or small loadings on a particular variable making it easy to identify each variable with a single factor.
CF-Quartimax
Crawford-Ferguson kappa = 0.
Minimizes variable complexity. Works well with distinct clusters without cross-loadings.
CF-Equamax
Crawford-Ferguson kappa = m/(2p).
CF-Parsimax
Crawford-Ferguson kappa = (m-1) / (p+m-2).
CF-Factor Parsimony
Crawford-Ferguson kappa = 1.
Minimizes factor complexity. Primarily of theoretical interest.
Oblimin
gamma 0 ... 1
O-Quartimin
Oblimin gamma = 0.
Equivalent to quartimax.
O-Biquartimin
Oblimin gamma = 0.5.
O-Covarimin
Oblimin gamma = 1.
Equivalent to varimax.
Geomin
delta > 0
Minimizes variable complexity.
Related concepts
Factor rotation
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Version 6.15
Published 18-Apr-2023
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