![]() | Double |
The DoubleComplexQRLeastSq type exposes the following members.
Name | Description | |
---|---|---|
![]() | DoubleComplexQRLeastSq | Constrcts a DoubleComplexQRLeastSq instance with all sizes zero. |
![]() | DoubleComplexQRLeastSq(DoubleComplexMatrix) | Constructs a DoubleComplexQRLeastSq instance from the given matrix. |
![]() | DoubleComplexQRLeastSq(DoubleComplexMatrix, Double) | Constructs a DoubleComplexQRLeastSq instance from the given matrix. The specified tolerance is used in computing the numerical rank of the matrix. |
Name | Description | |
---|---|---|
![]() | Cols | Gets the number of columns in the matrix. |
![]() | IsGood | Gets a boolean value that is true if the QR decomposition may be used to solve least squares problems; otherwise false. |
![]() | Rank | Gets the numerical rank of the matrix. |
![]() | Rows | Gets the number of rows in the matrix. |
Name | Description | |
---|---|---|
![]() | Clone | Creates a deep copy of this least squares instance. |
![]() | Factor(DoubleComplexMatrix) | Factors a given matrix so that it may be used to solve least squares problems. |
![]() | Factor(DoubleComplexMatrix, Double) | Factors a given matrix so that it may be used to solve least squares problems. The specified tolerance is used in computing the numerical rank of the matrix. |
![]() | OnSerializing | processing following deserialization |
![]() | ResidualNormSqr | Computes the 2-norm squared of the residual vector. |
![]() | ResidualVector | Computes and returns the residual vector. |
![]() | Solve | Computes the solution to the least squares problem Ax = b. |
Ax = b