MatrixObject Members
These members are related to Matrix Library Management Object.
| Name | Description |
|---|---|
| MatrixAdd | Adds Matrix1 with Matrix2, of the same dimension, and places in MatrixResult. Return value: Integer. |
| MatrixAllNonZero | Returns 1 if all elements of Matrix are not 0, else returns 0. Return value: Integer. |
| MatrixAnyNonZero | Returns 1 if any element of Matrix is not 0, else returns 0. Return value: Integer. |
| MatrixCholeskyDecomposition | Performs a Cholesky Decomposition on the upper diagonal of Matrix and places in MatrixResult. Return value: Integer. |
| MatrixCombineHoriz | Places Matrix2 to the right of Matrix1 in MatrixResult. Return value: Integer. |
| MatrixCombineVert | Places Matrix2 to the right of Matrix1 in MatrixResult. Return value: Integer. |
| MatrixCopy | Copies Matrix from Row1,Col1 using NumOfRows and NumOfColumns to Matrix2 starting at Row2,Col2. Source and Destination Matrices may be the same and overlap is allowed. Return value: Integer. |
| MatrixCorrelations | Computes the correlation of Matrix and places in MatrixResult. Intercept is included if set to 1 and not included if set to 0. Return value: Integer. |
| MatrixCrossProductOfDev | Computes the Cross product of deviations of Matrix places in MatrixResult. Intercept is included if set to 1 and not included if set to 0. Return value: Integer. |
| MatrixDet | Calculates the determinant of Matrix and places in MatrixResult. Return value: Integer. |
| MatrixDisplay | Displays the Matrix in a scrollsheet with the title of Title. Return value: Integer. |
| MatrixDrawInverseWishart | Return an N by N matrix of random numbers from the inverse Wishart distribution. Covariance matrix is N by N. Return value: Variant. |
| MatrixDrawMVN | Return an N by M matrix of random numbers from multivariate normal distribution. Mean vector is length M, Covariance Matrix is M by M. Return value: Variant. |
| MatrixDuplicate | Duplicates Matrix into MatrixResult. Return value: Integer. |
| MatrixEigenValues | Computes Eigen values in EigenValueVector using Matrix1 and returns the positive number of Eigen values in NumPosEigenValues. Return value: Integer. |
| MatrixEigenVectors | Computes Eigen values in EigenValueVector, Eigen vectors in EigenVectorVector using Matrix1 and returns the positive number of Eigen values in NumPosEigenValues. Return value: Integer. |
| MatrixElemAdd | Adds Scalar to Matrix and places in MatrixResult. Return value: Integer. |
| MatrixElemDivide | Divides Scalar from Matrix and places in MatrixResult. Return value: Integer. |
| MatrixElemMultiply | Multiplies Scalar to Matrix and places in MatrixResult. Return value: Integer. |
| MatrixElemSubtract | Subtracts Scalar from Matrix and places in MatrixResult. Return value: Integer. |
| MatrixExtract | Extracts a sub-Matrix from Matrix starting at (Row,Col) for NoOfRows and NoOfColumns. If NoOfRows or NoOfCols is 0 then the full size of the sub-Matrix is used. Return value: Integer. |
| MatrixFill | Places Value to Matrix in the region given by Row,Col and NumOfRows,NumOfColumns. Return value: Integer. |
| MatrixGeneralEigenvalues | Compute eigenvalues for a general matrix. |
| MatrixGeneralPseudoInverse | Calculates the general inverse of Matrix so that MatrixResult*Matrix*MatrixResult = MatrixResult. Return value: Integer. |
| MatrixGetColumn | Extracts Column from Matrix and places in ColVector. Return value: Integer. |
| MatrixGetDiagonal | Places the main diagonal of Matrix to Vector. Return value: Integer. |
| MatrixGetRow | Extracts Row from Matrix and places in RowVector. Return value: Integer. |
| MatrixGramSchmidtOrt | Performs the Gram Schmidt orthonormalization of Matrix and places in MatrixResult. Return value: Integer. |
| MatrixIdentity | Sets the Matrix to the Identity matrix. The diagonal of the Matrix will be 1 and the rest 0. Return value: Integer. |
| MatrixInverse | Inverts Matrix to MatrixResult. Return value: Integer. |
| MatrixIsEqual | Compares Matrix1 with Matrix2 and places result in MatrixResult. If Matrix1(n,m) = Matrix2(n,m) then MatrixResult(n,m) = 1 else MatrixResult(n,m) = 0. Return value: Integer. |
| MatrixIsGreater | Compares Matrix1 with Matrix2 and places result in MatrixResult. If Matrix1(n,m) > Matrix2(n,m) then MatrixResult(n,m) = 1 else MatrixResult(n,m) = 0. Return value: Integer. |
| MatrixIsGreaterEqual | Compares Matrix1 with Matrix2 and places result in MatrixResult. If Matrix1(n,m) >= Matrix2(n,m) then MatrixResult(n,m) = 1 else MatrixResult(n,m) = 0. Return value: Integer. |
| MatrixIsLess | Compares Matrix1 with Matrix2 and places result in MatrixResult. If Matrix1(n,m) < Matrix2(n,m) then MatrixResult(n,m) = 1 else MatrixResult(n,m) = 0. Return value: Integer. |
| MatrixIsLessEqual | Compares Matrix1 with Matrix2 and places result in MatrixResult. If Matrix1(n,m) <= Matrix2(n,m) then MatrixResult(n,m) = 1 else MatrixResult(n,m) = 0. Return value: Integer. |
| MatrixIsNotEqual | Compares Matrix1 with Matrix2 and places result in MatrixResult. If Matrix1(n,m) <> Matrix2(n,m) then MatrixResult(n,m) = 1 else MatrixResult(n,m) = 0. Return value: Integer. |
| MatrixKroneckerMultiply | Kronecker multiplies Matrix1 and Matrix2 and places in MatrixResult. Return value: Integer. |
| MatrixLogicalAnd | Applies the logical AND function to Matrix1 and Matrix2 and places result in MatrixResult. Consult logical AND truth table for more information about the AND function. Return value: Integer. |
| MatrixLogicalNot | Applies the logical NOT function to Matrix1 and Matrix2 and places result in MatrixResult. Consult logical NOT truth table for more information about the NOT function. Return value: Integer. |
| MatrixLogicalOr | Applies the logical OR function to Matrix1 and Matrix2 and places result in MatrixResult. Consult logical OR truth table for more information about the OR function. Return value: Integer. |
| MatrixMeans | Computes the means of Matrix and places in Vector. Return value: Integer. |
| MatrixMultiply | Matrix multiplies Matrix1 and Matrix2 and places in MatrixResult. Return value: Integer. |
| MatrixRank | Returns the rank of Matrix in Rank. Return value: Integer. |
| MatrixRead | Reads the file containing matrix data into Matrix. The file should be delimited with non-numeric data such as a space or tab and each line should end with a carriage return character. Return value: Integer. |
| MatrixSetColumn | Sets Column of Matrix to ColVector. Return value: Integer. |
| MatrixSetDiagonal | Places the Vector to the main diagonal of the Matrix. Return value: Integer. |
| MatrixSetRow | Sets Row of Matrix to RowVector. Return value: Integer. |
| MatrixSetToZero | Sets the entire matrix to 0. Return value: Integer. |
| MatrixSingularValues | Calculates the Singular values of Matrix and places in SingularVector. Return value: Integer. |
| MatrixSingularValuesDecomp | The MatrixSingularValuesDecomp function will perform the singular value decomposition for the specified Matrix. Return value: Integer. |
| MatrixSolve | Solves a set of linear equations expressed by Matrix and Vector and places the solution in VectorResult. Return value: Integer. |
| MatrixSubtract | Subtracts Matrix2 from Matrix1, of the same dimension, and places in MatrixResult. Return value: Integer. |
| MatrixSumOfSquares | Computes the Sum of Squares of the Matrix and places in Result. Return value: Integer. |
| MatrixSweep | Performs a sweep of Matrix placing results back in Matrix starting from FromColumn and ending at ToColumn. Delta is the direction of the sweep. Delta = 1 is forward sweep, Delta = -1 is backward sweep. Return value: Integer. |
| MatrixTrace | Sums the Diagonal of the Matrix and places in DiagonalSum. Return value: Integer. |
| MatrixTranspose | Transposes Matrix to MatrixResult. Return value: Integer. |
| MatrixWrite | Save the Matrix to the file that is compatible with the MatrixRead function. Return value: Integer. |
| MultivariateNormalProbability | Computes multivariate normal probabilities. Return value: Double. |
| PolynomialFit | Calculates Polynomial fit of the specified order for the array of x/y values specified; returns array of polynomial coefficients and the calculated rSquare of the fit. |
| PolynomialRoots | Find the roots of a polynomial by finding the eigenvalues of the companion matrix. Specify the poly coefficients C as an array of length n, C[0] + C[1] x + ... |
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