power-class {sse} | R Documentation |
follows
## S4 method for signature 'power' plot(x = "power", y = "missing") ## S4 method for signature 'power' show(object = "power") ## S4 method for signature 'power,character' tex(x, type, ...) ## S4 method for signature 'power' inspect(object) ## S4 method for signature 'power,missing' plot(x, y, ...)
are ..
cluster
:Object of class "list"
~~
core
:Object of class "array"
~~
divisor
:Object of class "numeric"
~~
drop
:Object of class "numeric"
~~
endpoint.example
:Object of class "character"
~~
forceDivisor
:Object of class "logical"
~~
iter
:Object of class "integer"
~~
list
:Object of class "list"
~~
lm.range
:Object of class "list"
~~
method
:Object of class "character"
~~
n
:Object of class "integer"
~~
n.act
:Object of class "integer"
~~
power.example
:Object of class "numeric"
~~
return.list
:Object of class "character"
~~
return.n
:Object of class "character"
~~
return.names
:Object of class "character"
~~
return.power
:Object of class "character"
~~
size
:Object of class "array"
~~
statistic
:Object of class "function"
~~
theta
:Object of class "numeric"
~~
theta.act
:Object of class "numeric"
~~
theta.example
:Object of class "numeric"
~~
theta.name
:Object of class "character"
~~
xi
:Object of class "numeric"
~~
xi.name
:Object of class "character"
~~
xi.act
:Object of class "numeric"
~~
xi.example
:Object of class "numeric"
~~
theta.example
:Object of class "numeric"
, the
value of the parameter theta used for illustration and for
estimating sample size.
xi.example
:Object of class "numeric"
Like
theta.example but for xi-
endpoint.example
:Object of class "character"
,
the endpoint to be used, only if several endpoints were evaluated.
power.example
:Object of class "numeric"
method
:Object of class "character"
~~
lm.range
:Object of class "numeric"
~~
drop
:Object of class "numeric"
~~
forceDivisor
:Object of class "logical"
~~
divisor
:Object of class "logical"
~~
Class "powCalc"
, directly.
Class "powEx"
, directly.
Class "powFun"
, by class "powCalc", distance 2.
Class "powPar"
, by class "powCalc", distance 2.
signature(x = "power", y = "missing")
: ...
signature(object = "power")
: ...
showClass("power")