Virtual Class "unpackedMatrix" of Unpacked Dense Matrices

Class "unpackedMatrix" is the virtual class of dense matrices in "unpacked" format, storing all m*n elements of an m-by-n matrix. It is used to define common methods for efficient subsetting, transposing, etc. of its proper subclasses: currently "[dln]geMatrix" (unpacked general), "[dln]syMatrix" (unpacked symmetric), "[dln]trMatrix" (unpacked triangular), and subclasses of these, such as "dpoMatrix".

Slots

Dim, Dimnames:

as all Matrix objects.

Extends

Class "denseMatrix", directly. Class "Matrix", by class "denseMatrix", distance 2.

Methods

pack

signature(x = "unpackedMatrix"): ...

unpack

signature(x = "unpackedMatrix"): ...

isSymmetric

signature(object = "unpackedMatrix"): ...

isTriangular

signature(object = "unpackedMatrix"): ...

isDiagonal

signature(object = "unpackedMatrix"): ...

t

signature(x = "unpackedMatrix"): ...

diag

signature(x = "unpackedMatrix"): ...

diag<-

signature(x = "unpackedMatrix"): ...

Author

Mikael Jagan

See also

pack and unpack; its virtual "complement" "packedMatrix"; its proper subclasses "dsyMatrix", "ltrMatrix", etc.

Examples

showClass("unpackedMatrix")
#> Virtual Class "unpackedMatrix" [package "Matrix"]
#> 
#> Slots:
#>                         
#> Name:       Dim Dimnames
#> Class:  integer     list
#> 
#> Extends: 
#> Class "denseMatrix", directly
#> Class "Matrix", by class "denseMatrix", distance 2
#> 
#> Known Subclasses: 
#> Class "ngeMatrix", directly
#> Class "nsyMatrix", directly
#> Class "ntrMatrix", directly
#> Class "lgeMatrix", directly
#> Class "lsyMatrix", directly
#> Class "ltrMatrix", directly
#> Class "dgeMatrix", directly
#> Class "dsyMatrix", directly
#> Class "dtrMatrix", directly
#> Class "dpoMatrix", by class "dsyMatrix", distance 2
#> Class "corMatrix", by class "dsyMatrix", distance 3
showMethods(classes = "unpackedMatrix")
#> 
#> Function "as.matrix.coo":
#>  <not an S4 generic function>
#> 
#> Function "as.matrix.csc":
#>  <not an S4 generic function>
#> 
#> Function "as.matrix.csr":
#>  <not an S4 generic function>
#> 
#> Function "as.matrix.ssc":
#>  <not an S4 generic function>
#> 
#> Function "as.matrix.ssr":
#>  <not an S4 generic function>
#> 
#> Function "asJSON":
#>  <not an S4 generic function>
#> 
#> Function "backsolve":
#>  <not an S4 generic function>
#> Function: coerce (package methods)
#> from="Matrix", to="unpackedMatrix"
#> from="dgeMatrix", to="unpackedMatrix"
#> from="dpoMatrix", to="unpackedMatrix"
#> from="dsyMatrix", to="unpackedMatrix"
#> from="dtrMatrix", to="unpackedMatrix"
#> from="lgeMatrix", to="unpackedMatrix"
#> from="lsyMatrix", to="unpackedMatrix"
#> from="matrix", to="unpackedMatrix"
#> from="sparseVector", to="unpackedMatrix"
#> from="vector", to="unpackedMatrix"
#> 
#> Function: cov2cor (package stats)
#> V="unpackedMatrix"
#> 
#> 
#> Function "forwardsolve":
#>  <not an S4 generic function>
#> 
#> Function "model.guess":
#>  <not an S4 generic function>
#> 
#> Function "model.matrix":
#>  <not an S4 generic function>
#> 
#> Function "model.response":
#>  <not an S4 generic function>
#> 
#> Function "model.xexact":
#>  <not an S4 generic function>
#> Function: pack (package Matrix)
#> x="unpackedMatrix"
#> 
#> Function: unpack (package Matrix)
#> x="unpackedMatrix"
#>