multic.control(epsilon = 1e-5,
max.iterations = 50,
boundary.fix = TRUE,
constraints = c("E", "E", "E", "E", "F", "F", "F"),
initial.values = NULL,
save.output.files = FALSE,
method = c("multic", "leastsq", "maxfun", "emvc"),
calc.fam.log.liks = FALSE,
calc.residuals = FALSE,
keep.input = calc.residuals)epsilon, the value has
"converged".multic
will take to converge during the polygenic and sporadic model
calculations.TRUE, then the variances
generated will be fixed to 0
and no longer estimated when they become less than
0.00001 (1e-5)."E" - `E'stimate the variance and
covariance, "C" - estimate the variance
TRUE, then the multiple
temporary output files multic
generates are not removed. This is mostly for debugging purposes and
is very likely to be not useful to the user community."multic"
(default), "leastsq",
"maxfun", and
"emvc" (all case insensitive).TRUE, then the family
log likelihoods will be
returned in the multic object. WARNING:
This significantly increases
the size of the returned multic object.TRUE, then the
residuals will be calculated and Y
beta differences and V matrix data will be returned in the
multic
object. WARNING: This dramatically increases the size of the returned
multic objTRUE, then the traits
and covariates will be
saved in the metdata list of the
multic
object. Since the input is
needed during special residual calculations, its default value is that
of calmultic. The values for
multic.control can
be supplied directly in a
call to multic (via the
... parameter). These values are then
filtered through multic.control inside multic.multic,
multic.object## The following calls to multic are equivalent
multic(formula, data, control = multic.control(calc.fam.log.liks = TRUE,
calc.residuals = TRUE))
multic(formula, data, calc.fam.log.liks = TRUE, calc.residuals = TRUE)Run the code above in your browser using DataLab