Spectral cloud¶
The following routines return the norms of the shifted inverses in the vector
invNorms
for a given set of shifts. The returned integer vector is a list
of the number of iterations required for convergence of each shift.
C++ API¶
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Matrix<int>
SpectralCloud
(const Matrix<F> &A, const Matrix<Complex<Base<F>>> &shifts, Matrix<Base<F>> &invNorms, PseudospecCtrl<Base<F>> psCtrl = PseudospecCtrl<Base<F>>())¶
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DistMatrix<int, VR, STAR>
SpectralCloud
(const AbstractDistMatrix<F> &A, const AbstractDistMatrix<Complex<Base<F>>> &shifts, AbstractDistMatrix<Base<F>> &invNorms, PseudospecCtrl<Base<F>> psCtrl = PseudospecCtrl<Base<F>>())¶
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Matrix<int>
TriangularSpectralCloud
(const Matrix<F> &U, const Matrix<Complex<Base<F>>> &shifts, Matrix<Base<F>> &invNorms, PseudospecCtrl<Base<F>> psCtrl = PseudospecCtrl<Base<F>>())¶
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DistMatrix<int, VR, STAR>
TriangularSpectralCloud
(const AbstractDistMatrix<F> &U, const AbstractDistMatrix<Complex<Base<F>>> &shifts, AbstractDistMatrix<Base<F>> &invNorms, PseudospecCtrl<Base<F>> psCtrl = PseudospecCtrl<Base<F>>())¶
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DistMatrix<int, VR, STAR>
QuasiTriangularSpectralCloud
(const AbstractDistMatrix<Real> &U, const AbstractDistMatrix<Complex<Real>> &shifts, AbstractDistMatrix<Real> &invNorms, PseudospecCtrl<Real> psCtrl = PseudospecCtrl<Real>())¶
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Matrix<int>
HessenbergSpectralCloud
(const Matrix<F> &H, const Matrix<Complex<Base<F>>> &shifts, Matrix<Base<F>> &invNorms, PseudospecCtrl<Base<F>> psCtrl = PseudospecCtrl<Base<F>>())¶
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DistMatrix<int, VR, STAR>
HessenbergSpectralCloud
(const AbstractDistMatrix<F> &H, const AbstractDistMatrix<Complex<Base<F>>> &shifts, AbstractDistMatrix<Base<F>> &invNorms, PseudospecCtrl<Base<F>> psCtrl = PseudospecCtrl<Base<F>>())¶
C API¶
Single-precision¶
-
ElError
ElSpectralCloudDist_s
(ElConstDistMatrix_s A, ElConstDistMatrix_c shifts, ElDistMatrix_s invNormMap)¶
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ElError
ElSpectralCloudX_s
(ElConstMatrix_s A, ElConstMatrix_c shifts, ElMatrix_s invNormMap, ElPseudospecCtrl_s ctrl)¶
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ElError
ElSpectralCloudXDist_s
(ElConstDistMatrix_s A, ElConstDistMatrix_c shifts, ElDistMatrix_s invNormMap, ElPseudospecCtrl_s ctrl)¶
Double-precision¶
-
ElError
ElSpectralCloudDist_d
(ElConstDistMatrix_d A, ElConstDistMatrix_z shifts, ElDistMatrix_d invNormMap)¶
-
ElError
ElSpectralCloudX_d
(ElConstMatrix_d A, ElConstMatrix_z shifts, ElMatrix_d invNormMap, ElPseudospecCtrl_d ctrl)¶
-
ElError
ElSpectralCloudXDist_d
(ElConstDistMatrix_d A, ElConstDistMatrix_z shifts, ElDistMatrix_d invNormMap, ElPseudospecCtrl_d ctrl)¶
Single-precision complex¶
-
ElError
ElSpectralCloudDist_c
(ElConstDistMatrix_c A, ElConstDistMatrix_c shifts, ElDistMatrix_s invNormMap)¶
-
ElError
ElSpectralCloudX_c
(ElConstMatrix_c A, ElConstMatrix_c shifts, ElMatrix_s invNormMap, ElPseudospecCtrl_s ctrl)¶
-
ElError
ElSpectralCloudXDist_c
(ElConstDistMatrix_c A, ElConstDistMatrix_c shifts, ElDistMatrix_s invNormMap, ElPseudospecCtrl_s ctrl)¶
Double-precision complex¶
-
ElError
ElSpectralCloudDist_z
(ElConstDistMatrix_z A, ElConstDistMatrix_z shifts, ElDistMatrix_d invNormMap)¶
-
ElError
ElSpectralCloudX_z
(ElConstMatrix_z A, ElConstMatrix_z shifts, ElMatrix_d invNormMap, ElPseudospecCtrl_d ctrl)¶
-
ElError
ElSpectralCloudXDist_z
(ElConstDistMatrix_z A, ElConstDistMatrix_z shifts, ElDistMatrix_d invNormMap, ElPseudospecCtrl_d ctrl)¶