These are the workhorse functions called by manylm used
to fit multivariate linear models. These should usually not be used
directly unless by experienced users.
manylm.fit(x, y, offset = NULL, tol=1.0e-010, singular.ok = TRUE, ...)
manylm.wfit(x, y, w, offset = NULL, tol=1.0e-010, singular.ok = TRUE, ...)a list with components
p vector
n vector or matrix
n vector or matrix
n vector --- only for the *wfit*
functions.
integer, giving the rank
(not null fits) the QR decomposition.
degrees of freedom of residuals
the hat matrix.
the matrix (t(x)%*%x).
design matrix of dimension n * p.
matrix or an mvabund object of observations of dimension n*q.
vector of weights (length n) to be used in the fitting
process for the manylm.wfit functions. Weighted least squares is
used with weights w, i.e., sum(w * e^2) is minimized.
numeric of length n). This can be used to
specify an a priori known component to be included in the
linear predictor during fitting.
tolerance for the qr decomposition. Default
is 1.0e-050.
logical. If FALSE, a singular model is an
error.
currently disregarded.
Ulrike Naumann and David Warton <David.Warton@unsw.edu.au>.
manylm