trans(t)
=log(t), itrans(y)
=exp(y), dtrans(t)
=1/t.Y2T(x, ...)## S3 method for class 'NMixPredDensMarg':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
## S3 method for class 'NMixPlugDensMarg':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
## S3 method for class 'NMixPredCDFMarg':
Y2T(x, itrans=exp, \dots)
## S3 method for class 'NMixPredDensJoint2':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
## S3 method for class 'NMixPlugDensJoint2':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
## S3 method for class 'NMixPredCondDensMarg':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
## S3 method for class 'NMixPlugCondDensMarg':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
## S3 method for class 'NMixPredCondCDFMarg':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
## S3 method for class 'NMixPredCondDensJoint2':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
## S3 method for class 'NMixPlugCondDensJoint2':
Y2T(x, itrans=exp, dtrans=function(x){return(1 / x)}, ...)
function
or a list of
objects of class function
giving inverse transformations for
each margin. If itrans
is a single function then it is
assumed that all margins were transformefunction
or a list of
objects of class function
giving derivatives of transformations for
each margin. If dtrans
is a single function then it is
assumed that all margins were trax
.NMixPredDensMarg
, NMixPlugDensMarg
,
NMixPredCDFMarg
,
NMixPredDensJoint2
, NMixPlugDensJoint2
,
NMixPredCondDensMarg
, NMixPlugCondDensMarg
,
NMixPredCondCDFMarg
,
NMixPredCondDensJoint2
, NMixPlugCondDensJoint2
.