Glm | R Documentation |
This function saves rms
attributes with the fit object so that
anova.rms
, Predict
, etc. can be used just as with ols
and other fits. No validate
or calibrate
methods exist for
Glm
though.
Glm(
formula,
family = gaussian,
data = environment(formula),
weights,
subset,
na.action = na.delete,
start = NULL,
offset = NULL,
control = glm.control(...),
model = TRUE,
method = "glm.fit",
x = FALSE,
y = TRUE,
contrasts = NULL,
...
)
formula , family , data , weights , subset , na.action , start , offset , control , model , method , x , y , contrasts |
see |
... |
ignored |
For the print
method, format of output is controlled by the user
previously running options(prType="lang")
where lang
is
"plain"
(the default), "latex"
, or "html"
.
a fit object like that produced by stats::glm()
but with
rms
attributes and a class
of "rms"
, "Glm"
,
"glm"
, and "lm"
. The g
element of the fit object is
the g
-index.
stats::glm()
,Hmisc::GiniMd()
, prModFit()
, stats::residuals.glm
## Dobson (1990) Page 93: Randomized Controlled Trial :
counts <- c(18,17,15,20,10,20,25,13,12)
outcome <- gl(3,1,9)
treatment <- gl(3,3)
f <- glm(counts ~ outcome + treatment, family=poisson())
f
anova(f)
summary(f)
f <- Glm(counts ~ outcome + treatment, family=poisson())
# could have had rcs( ) etc. if there were continuous predictors
f
anova(f)
summary(f, outcome=c('1','2','3'), treatment=c('1','2','3'))
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