Displaying 4 results from an estimated 4 matches for "symdiagon".
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2017 Nov 20
2
package check fail on Windows-release only?
...ray.sparseVector', 'as.matrix.Matrix', 'as.matrix.sparseVector',
'as.vector.Matrix', 'as.vector.sparseVector' were declared in
NAMESPACE but not found
Error in namespaceExport(ns, exports) :
undefined exports: %&%, Cholesky, .SuiteSparse_version, Diagonal,
.symDiagonal, .sparseDiagonal, .trDiagonal, Hilbert, KhatriRao,
Matrix, MatrixClass, spMatrix, sparseMatrix, rsparsematrix, Schur,
abIseq, abIseq1, rep2abI, band, bandSparse, bdiag, .bdiag,
c.sparseVector, condest, onenormest, .asmatrix, .dsy2mat, .dsy2dsp,
.dxC2mat, .T2Cmat, ..2dge, .dense2sy, .C2nC, .nC2d,...
2017 Nov 21
0
package check fail on Windows-release only?
...x', 'as.matrix.sparseVector',
> 'as.vector.Matrix', 'as.vector.sparseVector' were declared in
> NAMESPACE but not found
> Error in namespaceExport(ns, exports) :
> undefined exports: %&%, Cholesky, .SuiteSparse_version, Diagonal,
> .symDiagonal, .sparseDiagonal, .trDiagonal, Hilbert, KhatriRao,
> Matrix, MatrixClass, spMatrix, sparseMatrix, rsparsematrix, Schur,
> abIseq, abIseq1, rep2abI, band, bandSparse, bdiag, .bdiag,
> c.sparseVector, condest, onenormest, .asmatrix, .dsy2mat, .dsy2dsp,
> .dxC2mat, .T2Cma...
2009 Aug 28
2
R CMD check does not recognize S4 functions inside other functions?
I am developing a new R package and am now checking it for submission to
CRAN.
The some functions in the package make use of the sparse matrix routines
in the package 'Matrix'.
When these are loaded in R, they create no problems.
However, when running R CMD check, I run into the following error in
executing the examples in a .rd file:
> DD = Matrix(diag(1,200),sparse=TRUE)
>
2015 Mar 19
6
RFC: Matrix package: Matrix products (%*%, crossprod, tcrossprod) involving "nsparseMatrix" aka sparse pattern matrices
This is a Request For Comment, also BCCed to 390 package maintainers
of reverse dependencies of the Matrix package.
Most users and package authors working with our 'Matrix' package will
be using it for numerical computations, and so will be using
"dMatrix" (d : double precision) matrix objects M, and indirectly, e.g., for
M >= c will also use "lMatrix" (l: