|
Function |
Description |
| | AddTensorProd | Calculates the tensor product of two vectors and adds the result to the calling matrix. |
| | Adjung | Adjungate matrix. |
| | BandedToDense | Convert banded matrix to dense. |
| | Cholesky | Test if the matrix is semi positive definite. |
| | ColExchange | Exchange matrix columns. |
| | Concat | Concatenate an array of matrices to single matrix. |
| | ConcatHorz | Concenates an array of matrices horizontally. |
| | ConcatVert | Concenates an array of matrices vertically. |
| | Convolve | Performs finite, linear convolution of two two-dimensional signals. |
| | Copy | Copies the matrix. |
| | CopyFromArray | Copies the matrix from a 2D array. |
| | CopyToArray | Copies matrix values to a 2D array. |
| | CopyVec | Copies values from vector to a matrix. |
| | Create | Create a new TMtx object. |
| | CreateFromCache | Obtain a pointer to a matrix from object cache. |
| | CumSum | Cumulative sum for each of the matrix columns. |
| | DenseToBanded | Convert dense matrix to banded. |
| | DetectMtxType | Determines type of the matrix. |
| | Determinant | Determinant of squared matrix. |
| | Diag | Sets the matrix diagonal to values from the vector. |
| | Eig | Calculates matrix eigenvalues and eigenvectors. |
| | EigGen | Performs the reduction of the symmetric-definite generalized eigenvalues/eigenvectors problem to the normal eigenvalue case. |
| | Equal | Compares two matrices. |
| | Eye | Constructs an eye matrix. |
| | FFT1D | Forward parallel in-place 1D FFT. |
| | FFT1DFromReal | Forward parallel in-place 1D FFT from real to complex. |
| | FFT2D | Forward two-dimentional Fast Fourier Transformation from real/complex to complex. |
| | FFT2DFromReal | Forward two-dimentional Fast Fourier Transformation for real numbers. |
| | FlipHor | Flips the matrix elements horizontally. |
| | FlipVer | Flips the matrix elements vertically Flip calling matrix elements vertically - element [j, col] = element [Rows-j, col]. |
| | FreeMemory | |
| | IFFT1D | Inverse parallel in-place 1D FFT. |
| | IFFT1DToReal | Inverse parallel in-place 1D FFT from complex to real. |
| | IFFT2D | Inverse two-dimentional Fast Fourier Transformation from complex to complex. |
| | IFFT2DToReal | Inverse two-dimentional Fast Fourier Transformation from complex to real. |
| | Inv | Calculates matrix inverse (Mtx^-1). |
| | InvElem | The inverse of matrix elements. |
| | Kron | The Kronecker product between two vectors. |
| | LowerTriangle | Constructs lower triangular matrix. |
| | LQR | QR or LQ factorization. |
| | LQRSolve | Solve overdetermined or underdetermined system of real linear equations. |
| | LU | General LU, Cholesky or Bunch-Kaufmann factorization. |
| | LUSolve | Solves system of linear equations by using LU factorization. |
| | MeanCols | Calculates the mean value of each of the matrix columns. |
| | MeanRows | Calculates the mean value of each of the matrix rows. |
| | MtxFunction | Compute matrix function as a function of another matrix. |
| | MtxIntPower | Calculates the matrix to integer power. |
| | MtxPower | Calculates the matrix to any power, real or integer. |
| | MtxSqrt | Calculates the square root of the matrix. |
| | Mul | Matrix multiplication. |
| | MulElem | Matrix array multiplication. |
| | Norm1 | Calculates the matrix norm-1. |
| | NormFro | Calculates the matrix Frobenius norm. |
| | NormInf | Calculates the matrix infinity norm. |
| | Pascl | Constructs a Pascal matrix. |
| | PCValues | Returns a pointer to the complex value stored at Row and Col. |
| | PixelDownSample | Creates a reduced size dense matrix for screen display (bitmap) to show the matrix pattern. |
| | PowerMtx | Raises matrix elements to any power. |
| | PValues | Returns a pointer to the real value stored at Row and Col. |
| | Resize | Resizes the matrix, while preserving the values in already allocated memory. |
| | ResizeAndTranspose | Resize and transpose. |
| | Rotate90 | Rotates matrix rows 90 degrees clockwise. |
| | RowExchange | Exchanges two matrix rows. |
| | SaveToMatrixMarketFile | Saves matrix data to MatrixMarket ASCII file format. |
| | SetCol | Copies values from vector to matrix column. |
| | SetIt | Sets matrix values. |
| | SetRow | Copies values from vector to matrix row. |
| | SetVal | Initializes matrix values to Value. |
| | SetZero | Initializes matrix values to zero. |
| | Size | Sets the size of matrix. |
| | SizeFromArray | Sizes the calling matrix to match the size of the array. |
| | SizeToArray | Sizes the Dst array to match the matrix. |
| | SortAscend | Sorts the elements in a matrix row(s) in ascending order. |
| | SortDescend | Sorts the elements in a matrix row(s) in descending order. |
| | Split | Splits matrix in blocks. |
| | StringsToValues | Convert strings to TSample (TCplx) and store them in the Values array. |
| | SumCols | Calculates the sum of each of the calling matrix columns. |
| | SumRows | Calculates the sum of each of the calling matrix rows. |
| | SVD | Singular value decomposition. |
| | SVDSolve | Calculates the minimum norm solution to a real linear least squares problem. |
| | Sylvester | Solves the Sylvester equation. |
| | TensorProd | Calculates the tensor product of two vectors. |
| | Toeplitz | Constructs a Toeplitz matrix. |
| | Trace | Matrix trace. |
| | Transp | Transposes matrix. |
| | UpperTriangle | Constructs upper triangular matrix. |
| | ValuesToStrings | Converts the content of the matrix Values array to a list of strings. |
| | VanderMonde | Construct VanderMonde matrix |
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