This creates a new CPOTrained
object which will
behave according to the given state. The state should usually be obtained using
getCPOTrainedState
and then slightly modified. No checks for correctness
of the state will (or can) be done, it is the user's responsibility to ensure
that the correct CPOConstructor
is used, and that the state is
only modified in a way the CPO can handle.
makeCPOTrainedFromState(constructor, state, get.inverter = FALSE)
[CPOConstructor
]
A cpo constructor.
[list
]
A state gotten from another CPORetrafo
or CPOInverter
object using
getCPOTrainedState
.
[logical(1)]
Whether to get a CPOInverter
. Usually a CPORetrafo
is
created. This must be TRUE
if the state
was created from a CPOInverter
,
FALSE
otherwise. Default is FALSE
.
[CPOTrained
]. A CPORetrafo
or CPOInverter
(as if retrieved using retrafo
or inverter
after
a primitive CPO
was applied to some data) with the given state.
Other state functions:
getCPOTrainedState()
Other retrafo related:
CPOTrained
,
NULLCPO
,
%>>%()
,
applyCPO()
,
as.list.CPO
,
clearRI()
,
getCPOClass()
,
getCPOName()
,
getCPOOperatingType()
,
getCPOPredictType()
,
getCPOProperties()
,
getCPOTrainedCPO()
,
getCPOTrainedCapability()
,
getCPOTrainedState()
,
is.retrafo()
,
pipeCPO()
,
print.CPOConstructor()
Other inverter related:
CPOTrained
,
NULLCPO
,
%>>%()
,
applyCPO()
,
as.list.CPO
,
clearRI()
,
getCPOClass()
,
getCPOName()
,
getCPOOperatingType()
,
getCPOPredictType()
,
getCPOProperties()
,
getCPOTrainedCPO()
,
getCPOTrainedCapability()
,
getCPOTrainedState()
,
is.inverter()
,
pipeCPO()
,
print.CPOConstructor()