MtxVec VCL
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The public members of the TSparseMtx class are listed here.
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Name |
Description |
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This is Ai, a member of class TSparseMtx. | |
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This is Ap, a member of class TSparseMtx. | |
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This is Control, a member of class TSparseMtx. | |
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This is Info, a member of class TSparseMtx. | |
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This is SControl, a member of class TSparseMtx. | |
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This is SInfo, a member of class TSparseMtx. |
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Name |
Description |
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This is the overview for the Add method overload. | |
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This is the overview for the AddSplit method overload. | |
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Adjungate operation. | |
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Converts banded matrix to modified compressed column sparse matrix format. | |
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Conjugate Sparse2 and matrix multiply it with Sparse1. | |
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Copies sparse matrix from Src to the calling object. | |
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Copies sparse matrix from Src to the calling object. | |
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Convert dense matrix to sparse matrix format. | |
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Copies the kk-th diagonal of TSparseMtx to the Vec object. | |
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Calculates the number of diagonals above and below main diagonal. | |
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Divide individual elements of sparse matrices. | |
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Computes eigenvalues and eigenvectors for symmetric (hermitian) sparse matrix. | |
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Computes eigenvalues and eigenvectors for generalized symmetric (hermitian) sparse problem. | |
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This is the overview for the Equal method overload. | |
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Form a full symmetric matrix from upper half with diagonal included. | |
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Frees the numeric object used by the Umfpack. | |
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Frees the memory of the Pardiso solver. | |
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Frees the symbolic object used by the Umfpack. | |
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Releases factorization stored by taucs. | |
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The inverse matrix. | |
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Compares matrix size. | |
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Loads the matrix stored in a matrix market file format. | |
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Extract lower part of the Mtx. | |
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Maximum of all non-zero elements. | |
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Maximum of all non-zero complex elements. | |
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Average of all non-zero elements. | |
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Average of all non-zero complex elements. | |
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Minimum of all non-zero elements. | |
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Minimum of all non-zero complex elements. | |
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Multiply two sparse matrices (matrix multiplication). | |
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This is the overview for the MulLeft method overload. | |
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This is the overview for the MulRight method overload. | |
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Reduces dense matrix for screen display (bitmap) to show the non-zero pattern. | |
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Creates quadratic non-complex non-singular sparse matrix. | |
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The residual norm of the solution of the system of linear equations A*X=B. | |
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Resizes the sparse matrix to a new number of non-zeros. | |
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Root mean squared of all non-zero elements. | |
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Saves the matrix in matrix market file format. | |
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This is the overview for the Size method overload. | |
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This is the overview for the Solve method overload. | |
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This is the overview for the SolveIterative method overload. | |
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Convert sparse matrix to banded matrix. | |
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Convert sparse matrix to banded matrix. | |
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This is the overview for the SparseToTriplets method overload. | |
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Split sparse matrix into lower triangle, main diagonal and upper triangle. | |
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Convert strings to specific matrix format. | |
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Required by Pardiso solver to solve for general matrices. | |
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Subract two sparse matrices. | |
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This is the overview for the Transp method overload. | |
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This is the overview for the TripletsToSparse method overload. | |
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Construct a sparse matrix by specifying the position of each element in dense matrix. | |
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Extract upper part of the Mtx. | |
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Convert matrix values to strings. | |
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Reduces the number of non-zeros. |
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Name |
Description |
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Returns the number of actual iterations performed by Solve. | |
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Holds the backward or iterative stopping criteria. | |
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Allows setting and getting double precision complex values. | |
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Holds the error string, if an error has occurred. | |
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Allows setting and getting single precision complex values. | |
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Defines the pattern used when solving a system of linear equations. | |
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Allows setting and single precision values. | |
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Allows setting and getting value at position Row and Col. |
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