## Index of MATRIX classes

- `TDecompBase .......................... Matrix Decompositition Base`
- `TDecompChol .......................... Matrix Decompositition Cholesky`
- `TDecompLU ............................ Matrix Decompositition LU`
- `TDecompQRH ........................... Matrix Decompositition QRH`
- `TDecompSparse ........................ Matrix Decompositition LU`
- `TDecompSVD ........................... Matrix Decompositition SVD`
- `THaarMatrixD ......................... Haar matrix with double precision`
- `THaarMatrixF ......................... Haar matrix with single precision`
- `THilbertMatrixD ...................... (no_rows x no_cols) Hilbert matrix with double precision`
- `THilbertMatrixDSym ................... (no_rows x no_rows) Hilbert matrix with double precision`
- `THilbertMatrixF ...................... (no_rows x no_cols) Hilbert matrix with single precision`
- `THilbertMatrixFSym ................... (no_rows x no_rows) Hilbert matrix with single precision`
- `TMatrix .............................. Matrix class (single precision)`
- `TMatrixColumn ........................ One column of a matrix (single precision)`
- `TMatrixD ............................. Matrix class (double precision)`
- `TMatrixDBase ......................... Matrix base class (double precision)`
- `TMatrixDColumn ....................... One column of a dense matrix (double precision)`
- `TMatrixDColumn_const ................. One column of a dense matrix (double precision)`
- `TMatrixDDiag ......................... Diagonal of a dense matrix (double precision)`
- `TMatrixDDiag_const ................... Diagonal of a dense matrix (double precision)`
- `TMatrixDEigen ........................ Eigen-Vectors/Values of a Matrix`
- `TMatrixDFlat ......................... Flat representation of a dense matrix`
- `TMatrixDFlat_const ................... Flat representation of a dense matrix`
- `TMatrixDiag .......................... Diagonal of a matrix (single precision)`
- `TMatrixDLazy ......................... Lazy matrix with double precision`
- `TMatrixDRow .......................... One row of a dense matrix (double precision)`
- `TMatrixDRow_const .................... One row of a dense matrix (double precision)`
- `TMatrixDSparse ....................... Sparse Matrix class (double precision)`
- `TMatrixDSparseDiag ................... Diagonal of a dense matrix (double precision)`
- `TMatrixDSparseDiag_const ............. Diagonal of a sparse matrix (double precision)`
- `TMatrixDSparseRow .................... One row of a sparse matrix (double precision)`
- `TMatrixDSparseRow_const .............. One row of a sparse matrix (double precision)`
- `TMatrixDSub .......................... sub matrix (double precision)`
- `TMatrixDSub_const .................... sub matrix (double precision)`
- `TMatrixDSym .......................... Symmetric Matrix class (double precision)`
- `TMatrixDSymEigen ..................... Eigen-Vectors/Values of a Matrix`
- `TMatrixDSymLazy ...................... Lazy symmeytric matrix with double precision`
- `TMatrixF ............................. Matrix class (single precision)`
- `TMatrixFBase ......................... Dense Matrix base class (single precision)`
- `TMatrixFColumn ....................... One column of a dense matrix (single precision)`
- `TMatrixFColumn_const ................. One column of a dense matrix (single precision)`
- `TMatrixFDiag ......................... Diagonal of a dense matrix (single precision)`
- `TMatrixFDiag_const ................... Diagonal of a dense matrix (single precision)`
- `TMatrixFFlat ......................... Flat representation of a dense matrix`
- `TMatrixFFlat_const ................... Flat representation of a dense matrix`
- `TMatrixFlat .......................... Flat representation of a matrix`
- `TMatrixFLazy ......................... Lazy matrix with single precision`
- `TMatrixFRow .......................... One row of a dense matrix (single precision)`
- `TMatrixFRow_const .................... One row of a dense matrix (single precision)`
- `TMatrixFSub .......................... sub matrix (single precision)`
- `TMatrixFSub_const .................... sub matrix (single precision)`
- `TMatrixFSym .......................... Symmetric Matrix class (single precision)`
- `TMatrixFSymLazy ...................... Lazy symmeytric matrix with single precision`
- `TMatrixLazy .......................... Lazy matrix with single precision`
- `TMatrixRow ........................... One row of a matrix (single precision)`
- `TVector .............................. Vector class with single precision`
- `TVectorD ............................. Vector class with double precision`
- `TVectorF ............................. Vector class with single precision`

Last update: Fri Jul 9 21:28:34 2004