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| Packages that use QuadMatrix | |
|---|---|
| astro | |
| stella.util | |
| vec_math | |
| Uses of QuadMatrix in astro |
|---|
| Methods in astro that return QuadMatrix | |
|---|---|
static QuadMatrix |
Precesser.generalPrecession(double deq1,
double deq2)
Returns the general precession matrix. |
| Uses of QuadMatrix in stella.util |
|---|
| Fields in stella.util declared as QuadMatrix | |
|---|---|
private QuadMatrix |
PointingModel.altcorrelation
The covariance matrix of the altitude solution devided by altsigma. |
private QuadMatrix |
PointingModel.altcovariance
The covariance matrix of the altitude solution. |
private QuadMatrix |
PointingModel.azcorrelation
The covariance matrix of the azimuth solution devided by azsigma. |
private QuadMatrix |
PointingModel.azcovariance
The covariance matrix of the azimuth solution. |
| Uses of QuadMatrix in vec_math |
|---|
| Fields in vec_math declared as QuadMatrix | |
|---|---|
private QuadMatrix |
GeneralLinearRegression.invert
The inverted matrix of A^TċA (design matrix). |
| Methods in vec_math that return QuadMatrix | |
|---|---|
QuadMatrix |
GeneralLinearRegression.getCovarianceMatrix()
Returns the covariance matrix. |
QuadMatrix |
QuadMatrix.getInverse()
Inverts the current matrix via luDecomposition. |
static QuadMatrix |
QuadMatrix.getInverse(QuadMatrix invert)
The static version of matrix inversion. |
QuadMatrix |
Bootstrap.getOriginalCovariance()
Returns the covariance matrix of the original fit. |
static QuadMatrix |
AbstractGradientModel.getPseudoHessian(GradientModel grad,
VectorG a)
Returns the pseudo-hessian matrix consiting of the first derivatives only for the given set of parameters. |
QuadMatrix |
AbstractGradientModel.getPseudoHessian(VectorG a)
Returns the pseudo-hessian matrix consiting of the first derivatives only for the given set of parameters. |
static QuadMatrix |
QuadMatrix.getUnitMatrix(int n)
Returns a unit matrix of range nxn. |
private QuadMatrix |
GeneralLinearRegression.invertNormal(Matrix desm,
VectorG sig)
Inverts the normal equations (A(T)A), therefore the design matrix must be valid. |
| Methods in vec_math with parameters of type QuadMatrix | |
|---|---|
static double |
QuadMatrix.getDeterminant(QuadMatrix invert)
Returns the determinant of the actual Matrix. |
static QuadMatrix |
QuadMatrix.getInverse(QuadMatrix invert)
The static version of matrix inversion. |
static VectorG |
QuadMatrix.solve(QuadMatrix q,
VectorG rhs)
Solves the system of linear equations represented by this quadmatrix for the system |
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