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5 Matrix Factorizations
— :
AEPBALANCE
(
void
)
— :
AEPBALANCE
(
const Matrix &a, const char *balance_job
)
— :
AEPBALANCE
(
const AEPBALANCE &a
)
— : AEPBALANCE&
operator =
(
const AEPBALANCE &a
)
— : Matrix
balanced_matrix
(
void
)
const
— : Matrix
balancing_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const AEPBALANCE &a
)
— : ComplexAEPBALANCE
(
void
)
— : ComplexAEPBALANCE
(
const ComplexMatrix &a, const char *balance_job
)
— : ComplexAEPBALANCE
(
const ComplexAEPBALANCE &a
)
— : ComplexAEPBALANCE&
operator =
(
const ComplexAEPBALANCE &a
)
— : ComplexMatrix
balanced_matrix
(
void
)
const
— : ComplexMatrix
balancing_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const ComplexAEPBALANCE &a
)
— :
DET
(
void
)
— :
DET
(
const DET &a
)
— : DET&
operator =
(
const DET &a
)
— : int
value_will_overflow
(
void
)
const
— : int
value_will_underflow
(
void
)
const
— : double
coefficient
(
void
)
const
— : int
exponent
(
void
)
const
— : double
value
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const DET &a
)
— :
ComplexDET
(
void
)
— :
ComplexDET
(
const ComplexDET &a
)
— : ComplexDET&
operator =
(
const ComplexDET &a
)
— : int
value_will_overflow
(
void
)
const
— : int
value_will_underflow
(
void
)
const
— : Complex
coefficient
(
void
)
const
— : int
exponent
(
void
)
const
— : Complex
value
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const ComplexDET &a
)
— :
GEPBALANCE
(
void
)
— :
GEPBALANCE
(
const Matrix &a, const Matrix &, const char *balance_job
)
— :
GEPBALANCE
(
const GEPBALANCE &a
)
— : GEPBALANCE&
operator =
(
const GEPBALANCE &a
)
— : Matrix
balanced_a_matrix
(
void
)
const
— : Matrix
balanced_b_matrix
(
void
)
const
— : Matrix
left_balancing_matrix
(
void
)
const
— : Matrix
right_balancing_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const GEPBALANCE &a
)
— :
CHOL
(
void
)
— :
CHOL
(
const Matrix &a
)
— :
CHOL
(
const Matrix &a, int &info
)
— :
CHOL
(
const CHOL &a
)
— : CHOL&
operator =
(
const CHOL &a
)
— : Matrix
chol_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const CHOL &a
)
— :
ComplexCHOL
(
void
)
— :
ComplexCHOL
(
const ComplexMatrix &a
)
— :
ComplexCHOL
(
const ComplexMatrix &a, int &info
)
— :
ComplexCHOL
(
const ComplexCHOL &a
)
— : ComplexCHOL&
operator =
(
const ComplexCHOL &a
)
— : ComplexMatrix
chol_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const ComplexCHOL &a
)
— :
HESS
(
void
)
— :
HESS
(
const Matrix &a
)
— :
HESS
(
const Matrix&a, int &info
)
— :
HESS
(
const HESS &a
)
— : HESS&
operator =
(
const HESS &a
)
— : Matrix
hess_matrix
(
void
)
const
— : Matrix
unitary_hess_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const HESS &a
)
— :
ComplexHESS
(
void
)
— :
ComplexHESS
(
const ComplexMatrix &a
)
— :
ComplexHESS
(
const ComplexMatrix &a, int &info
)
— :
ComplexHESS
(
const ComplexHESS &a
)
— : ComplexHESS&
operator =
(
const ComplexHESS &a
)
— : ComplexMatrix
hess_matrix
(
void
)
const
— : ComplexMatrix
unitary_hess_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const ComplexHESS &a
)
— :
SCHUR
(
void
)
— :
SCHUR
(
const Matrix &a, const char *ord
)
— :
SCHUR
(
const Matrix &a, const char *ord, int &info
)
— :
SCHUR
(
const SCHUR &a, const char *ord
)
— : SCHUR&
operator =
(
const SCHUR &a
)
— : Matrix
schur_matrix
(
void
)
const
— : Matrix
unitary_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const SCHUR &a
)
— :
ComplexSCHUR
(
void
)
— :
ComplexSCHUR
(
const ComplexMatrix &a, const char *ord
)
— :
ComplexSCHUR
(
const ComplexMatrix &a, const char *ord, int &info
)
— :
ComplexSCHUR
(
const ComplexSCHUR &a, const char *ord
)
— : ComplexSCHUR&
operator =
(
const ComplexSCHUR &a
)
— : ComplexMatrix
schur_matrix
(
void
)
const
— : ComplexMatrix
unitary_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const ComplexSCHUR &a
)
— :
SVD
(
void
)
— :
SVD
(
const Matrix &a
)
— :
SVD
(
const Matrix &a, int &info
)
— :
SVD
(
const SVD &a
)
— : SVD&
operator =
(
const SVD &a
)
— : DiagMatrix
singular_values
(
void
)
const
— : Matrix
left_singular_matrix
(
void
)
const
— : Matrix
right_singular_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const SVD &a
)
— :
ComplexSVD
(
void
)
— :
ComplexSVD
(
const ComplexMatrix &a
)
— :
ComplexSVD
(
const ComplexMatrix &a, int &info
)
— :
ComplexSVD
(
const ComplexSVD &a
)
— : ComplexSVD&
operator =
(
const ComplexSVD &a
)
— : DiagMatrix
singular_values
(
void
)
const
— : ComplexMatrix
left_singular_matrix
(
void
)
const
— : ComplexMatrix
right_singular_matrix
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const ComplexSVD &a
)
— :
EIG
(
void
)
— :
EIG
(
const Matrix &a
)
— :
EIG
(
const Matrix &a, int &info
)
— :
EIG
(
const ComplexMatrix &a
)
— :
EIG
(
const ComplexMatrix &a, int &info
)
— :
EIG
(
const EIG &a
)
— : EIG&
operator =
(
const EIG &a
)
— : ComplexColumnVector
eigenvalues
(
void
)
const
— : ComplexMatrix
eigenvectors
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const EIG &a
)
— :
LU
(
void
)
— :
LU
(
const Matrix &a
)
— :
LU
(
const LU &a
)
— : LU&
operator =
(
const LU &a
)
— : Matrix
L
(
void
)
const
— : Matrix
U
(
void
)
const
— : Matrix
P
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const LU &a
)
— :
ComplexLU
(
void
)
— :
ComplexLU
(
const ComplexMatrix &a
)
— :
ComplexLU
(
const ComplexLU &a
)
— : ComplexLU&
operator =
(
const ComplexLU &a
)
— : ComplexMatrix
L
(
void
)
const
— : ComplexMatrix
U
(
void
)
const
— : Matrix
P
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const ComplexLU &a
)
— :
QR
(
void
)
— :
QR
(
const Matrix &A
)
— :
QR
(
const QR &a
)
— : QR&
operator =
(
const QR &a
)
— : Matrix
Q
(
void
)
const
— : Matrix
R
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const QR &a
)
— :
ComplexQR
(
void
)
— :
ComplexQR
(
const ComplexMatrix &A
)
— :
ComplexQR
(
const ComplexQR &a
)
— : ComplexQR&
operator =
(
const ComplexQR &a
)
— : ComplexMatrix
Q
(
void
)
const
— : ComplexMatrix
R
(
void
)
const
— : ostream&
operator <<
(
ostream &os, const ComplexQR &a
)