| isInDomain | R Documentation |
The function acts vectorized, i.e. in case of numbers or other atomic objects it expects a vector of the given type. In case of values that can not be stored in a vector it expects a list of the elements.
isInDomain(x, referenceMeasure)
## S3 method for class 'BayesSpace'
isInDomain(x, referenceMeasure)
## S3 method for class 'L2Space'
isInDomain(x, referenceMeasure)
## S3 method for class 'BayesSpaceBasis'
isInDomain(x, referenceMeasure)
## S3 method for class 'ReferenceMeasureTransformed'
isInDomain(x, referenceMeasure)
## S3 method for class 'ReferenceMeasureDiscrete'
isInDomain(x, referenceMeasure)
## S3 method for class 'ReferenceMeasureCartesianProduct'
isInDomain(x, referenceMeasure)
x |
values to be checked to be in the reference measure |
referenceMeasure |
the referenceMeasure to be checked against. It can be provided indirectly. |
a logical vector of the same length as 'x', 'TRUE' where the corresponding value lies in the domain (support) of the reference measure and 'FALSE' otherwise.
isInDomain(BayesSpace): method for BayesSpaces
isInDomain(L2Space): method for L2Spaces
isInDomain(BayesSpaceBasis): method for BayesSpaces
isInDomain(ReferenceMeasureTransformed): method for ReferenceMeasureTransformed. The
domain is always an open interval, where 0<cdf(x)<1.
isInDomain(ReferenceMeasureDiscrete): method for discrete Reference Measures
isInDomain(ReferenceMeasureCartesianProduct): method for product measures
isInDomain.ReferenceMeasureUniform
Other ReferenceMeasures:
B2N01,
ReferenceMeasureDiscrete(),
ReferenceMeasureTransformed(),
ReferenceMeasureUniform(),
StdReferenceMeasureUnif01,
expectation(),
getSample()
isInDomain(1:10,B2Unif01)
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