All Classes and Interfaces

Class	Description
Dcs_add	Add sparse matrices.
Dcs_amd	Approximate minimum degree ordering.
Dcs_chol	Sparse Cholesky.
Dcs_cholsol	Solves Ax=b where A is symmetric positive definite.
Dcs_common	Common data structures.
Dcs_common.Dcs	Matrix in compressed-column or triplet form.
Dcs_common.Dcsd	Output of Dulmage-Mendelsohn decomposition.
Dcs_common.Dcsn	Output of numeric Cholesky, LU, or QR factorization
Dcs_common.Dcss	Output of symbolic Cholesky, LU, or QR analysis.
Dcs_compress	Convert a triplet form to compressed-column form.
Dcs_counts	Column counts for Cholesky and QR.
Dcs_cumsum	Cumulative sum.
Dcs_dfs	Depth-first-search.
Dcs_dmperm	Dulmage-Mendelsohn decomposition.
Dcs_droptol	Drop small entries from a sparse matrix.
Dcs_dropzeros	Drop zeros from a sparse matrix.
Dcs_dupl	Remove (and sum) duplicates.
Dcs_entry	Add an entry to a triplet matrix.
Dcs_ereach	Nonzero pattern of kth row of Cholesky factor, L(k,1:k-1).
Dcs_etree	Find elimination tree.
Dcs_fkeep	Drop entries from a sparse matrix.
Dcs_gaxpy	Sparse matrix times dense vector.
Dcs_happly	Apply Householder reflection.
Dcs_house	Compute Householder reflection.
Dcs_ifkeep	Interface for Dcs_fkeep.
Dcs_ipvec	Permute a vector, x = P'b.
Dcs_leaf	Determine if j is a leaf of the skeleton matrix and find lowest common ancestor (lca).
Dcs_load	Load a sparse matrix from a file.
Dcs_lsolve	Solve a lower triangular system Lx=b.
Dcs_ltsolve	Solve an upper triangular system L'x=b.
Dcs_lu	Sparse LU factorization.
Dcs_lusol	Solve Ax=b using sparse LU factorization.
Dcs_maxtrans	Maximum transveral (permutation for zero-free diagonal).
Dcs_multiply	Sparse matrix multiply.
Dcs_norm	Sparse matrix 1-norm.
Dcs_permute	Permute a sparse matrix.
Dcs_pinv	Invert a permutation vector.
Dcs_post	Postorder a tree or forest.
Dcs_print	Print a sparse matrix.
Dcs_pvec	Permutes a vector, x=P*b.
Dcs_qr	Sparse QR factorization.
Dcs_qrsol	Solve a least-squares or underdetermined problem.
Dcs_randperm	Random permutation.
Dcs_reach	Find nonzero pattern of x=L\b for sparse L and b.
Dcs_scatter	Scatter a sparse vector.
Dcs_scc	Strongly-connected components.
Dcs_schol	Symbolic Cholesky ordering and analysis.
Dcs_spsolve	Sparse lower or upper triangular solve. x=G\b where G, x, and b are sparse, and G upper/lower triangular.
Dcs_sqr	Symbolic QR or LU ordering and analysis.
Dcs_symperm	Symmetric permutation of a sparse matrix.
Dcs_tdfs	Depth-first-search of a tree.
Dcs_transpose	Transpose a sparse matrix.
Dcs_updown	Sparse rank-1 Cholesky update/downate.
Dcs_usolve	Solve an upper triangular system Ux=b.
Dcs_util	Various utilities.
Dcs_utsolve	Solve a lower triangular system U'x=b.
DZcs_add	Add sparse matrices.
DZcs_amd	Approximate minimum degree ordering.
DZcs_chol	Sparse Cholesky.
DZcs_cholsol	Solves Ax=b where A is symmetric positive definite.
DZcs_common	Common data structures.
DZcs_common.DZcs	Complex matrix in compressed-column or triplet form.
DZcs_common.DZcsa	Complex array.
DZcs_common.DZcsd	Output of Dulmage-Mendelsohn decomposition.
DZcs_common.DZcsn	Output of numeric Cholesky, LU, or QR factorization
DZcs_common.DZcss	Output of symbolic Cholesky, LU, or QR analysis.
DZcs_complex
DZcs_compress	Convert a triplet form to compressed-column form.
DZcs_counts	Column counts for Cholesky and QR.
DZcs_cumsum	Cumulative sum.
DZcs_dfs	Depth-first-search.
DZcs_dmperm	Dulmage-Mendelsohn decomposition.
DZcs_droptol	Drop small entries from a sparse matrix.
DZcs_dropzeros	Drop zeros from a sparse matrix.
DZcs_dupl	Remove (and sum) duplicates.
DZcs_entry	Add an entry to a triplet matrix.
DZcs_ereach	Nonzero pattern of kth row of Cholesky factor, L(k,1:k-1).
DZcs_etree	Find elimination tree.
DZcs_fkeep	Drop entries from a sparse matrix.
DZcs_gaxpy	Sparse matrix times dense vector.
DZcs_happly	Apply Householder reflection.
DZcs_house	Compute Householder reflection.
DZcs_ifkeep	Interface for Zcs_fkeep.
DZcs_ipvec	Permute a vector, x = P'b.
DZcs_leaf	Determine if j is a leaf of the skeleton matrix and find lowest common ancestor (lca).
DZcs_load	Load a sparse matrix from a file.
DZcs_lsolve	Solve a lower triangular system Lx=b.
DZcs_ltsolve	Solve an upper triangular system L'x=b.
DZcs_lu	Sparse LU factorization.
DZcs_lusol	Solve Ax=b using sparse LU factorization.
DZcs_maxtrans	Maximum transveral (permutation for zero-free diagonal).
DZcs_multiply	Sparse matrix multiply.
DZcs_norm	Sparse matrix 1-norm.
DZcs_permute	Permute a sparse matrix.
DZcs_pinv	Invert a permutation vector.
DZcs_post	Postorder a tree or forest.
DZcs_print	Print a sparse matrix.
DZcs_pvec	Permutes a vector, x=P*b.
DZcs_qr	Sparse QR factorization.
DZcs_qrsol	Solve a least-squares or underdetermined problem.
DZcs_randperm	Random permutation.
DZcs_reach	Find nonzero pattern of x=L\b for sparse L and b.
DZcs_scatter	Scatter a sparse vector.
DZcs_scc	Strongly-connected components.
DZcs_schol	Symbolic Cholesky ordering and analysis.
DZcs_spsolve	Sparse lower or upper triangular solve. x=G\b where G, x, and b are sparse, and G upper/lower triangular.
DZcs_sqr	Symbolic QR or LU ordering and analysis.
DZcs_symperm	Symmetric permutation of a sparse matrix.
DZcs_tdfs	Depth-first-search of a tree.
DZcs_transpose	Transpose a sparse matrix.
DZcs_updown	Sparse rank-1 Cholesky update/downate.
DZcs_usolve	Solve an upper triangular system Ux=b.
DZcs_util	Various utilities.
DZcs_utsolve	Solve a lower triangular system U'x=b.
Scs_add	Add sparse matrices.
Scs_amd	Approximate minimum degree ordering.
Scs_chol	Sparse Cholesky.
Scs_cholsol	Solves Ax=b where A is symmetric positive definite.
Scs_common	Common data structures.
Scs_common.Scs	Matrix in compressed-column or triplet form.
Scs_common.Scsd	Output of Sulmage-Mendelsohn decomposition.
Scs_common.Scsn	Output of numeric Cholesky, LU, or QR factorization
Scs_common.Scss	Output of symbolic Cholesky, LU, or QR analysis.
Scs_compress	Convert a triplet form to compressed-column form.
Scs_counts	Column counts for Cholesky and QR.
Scs_cumsum	Cumulative sum.
Scs_demo	Support routines for Scs_demo*.java
Scs_demo.Sproblem	A structure for a demo problem.
Scs_demo1	Read a matrix from a file and perform basic matrix operations.
Scs_demo2	Read a matrix from a file and solve a linear system.
Scs_demo3	Read a matrix, solve a linear system, update/downdate.
Scs_dfs	Septh-first-search.
Scs_dmperm	Sulmage-Mendelsohn decomposition.
Scs_droptol	Srop small entries from a sparse matrix.
Scs_dropzeros	Srop zeros from a sparse matrix.
Scs_dupl	Remove (and sum) duplicates.
Scs_entry	Add an entry to a triplet matrix.
Scs_ereach	Nonzero pattern of kth row of Cholesky factor, L(k,1:k-1).
Scs_etree	Find elimination tree.
Scs_fkeep	Srop entries from a sparse matrix.
Scs_gaxpy	Sparse matrix times dense vector.
Scs_happly	Apply Householder reflection.
Scs_house	Compute Householder reflection.
Scs_ifkeep	Interface for Scs_fkeep.
Scs_ipvec	Permute a vector, x = P'b.
Scs_leaf	Setermine if j is a leaf of the skeleton matrix and find lowest common ancestor (lca).
Scs_load	Load a sparse matrix from a file.
Scs_lsolve	Solve a lower triangular system Lx=b.
Scs_ltsolve	Solve an upper triangular system L'x=b.
Scs_lu	Sparse LU factorization.
Scs_lusol	Solve Ax=b using sparse LU factorization.
Scs_maxtrans	Maximum transveral (permutation for zero-free diagonal).
Scs_multiply	Sparse matrix multiply.
Scs_norm	Sparse matrix 1-norm.
Scs_permute	Permute a sparse matrix.
Scs_pinv	Invert a permutation vector.
Scs_post	Postorder a tree or forest.
Scs_print	Print a sparse matrix.
Scs_pvec	Permutes a vector, x=P*b.
Scs_qr	Sparse QR factorization.
Scs_qrsol	Solve a least-squares or underdetermined problem.
Scs_randperm	Random permutation.
Scs_reach	Find nonzero pattern of x=L\b for sparse L and b.
Scs_scatter	Scatter a sparse vector.
Scs_scc	Strongly-connected components.
Scs_schol	Symbolic Cholesky ordering and analysis.
Scs_spsolve	Sparse lower or upper triangular solve. x=G\b where G, x, and b are sparse, and G upper/lower triangular.
Scs_sqr	Symbolic QR or LU ordering and analysis.
Scs_symperm	Symmetric permutation of a sparse matrix.
Scs_tdfs	Septh-first-search of a tree.
Scs_transpose	Transpose a sparse matrix.
Scs_updown	Sparse rank-1 Cholesky update/downate.
Scs_usolve	Solve an upper triangular system Ux=b.
Scs_util	Various utilities.
Scs_utsolve	Solve a lower triangular system U'x=b.