D6. Singular value decomposition (SVD) (complex)

Functions
Sub	Zgejsv (Joba As String, Jobu As String, Jobv As String, Jobr As String, Jobt As String, Jobp As String, M As Long, N As Long, A() As Complex, S() As Double, U() As Complex, V() As Complex, Info As Long, Optional Scale0 As Double, Optional Scale1 As Double, Optional Ns As Long, Optional SCond As Double, Optional Nrank As Long)
	Singular value decomposition (SVD) of a complex matrix (preconditioned Jacobi SVD algorithm)
Sub	Zgesdd (Jobz As String, M As Long, N As Long, A() As Complex, S() As Double, U() As Complex, Vt() As Complex, Info As Long)
	(Divide and conquer driver) Singular value decomposition (SVD) of a complex matrix
Sub	Zgesvd (Jobu As String, Jobvt As String, M As Long, N As Long, A() As Complex, S() As Double, U() As Complex, Vt() As Complex, Info As Long)
	(Simple driver) Singular value decomposition (SVD) of a complex matrix
Sub	Zgesvdq (Joba As String, Jobp As String, Jobr As String, Jobu As String, Jobv As String, M As Long, N As Long, A() As Complex, S() As Double, U() As Complex, V() As Complex, Numrank As Long, Info As Long, Optional Cond As Double)
	Singular value decomposition (SVD) of a complex matrix (Preconditioned QR method)
Sub	Zgesvdx (Jobu As String, Jobvt As String, Range As String, M As Long, N As Long, A() As Complex, Vl As Double, Vu As Double, Il As Long, Iu As Long, Ns As Long, S() As Double, U() As Complex, Vt() As Complex, Info As Long)
	(Expert driver) Singular value decomposition (SVD) of a complex matrix
Sub	Zggsvd3 (Jobu As String, Jobv As String, Jobq As String, M As Long, N As Long, P As Long, K As Long, L As Long, A() As Complex, B() As Complex, Alpha() As Double, Beta() As Double, U() As Complex, V() As Complex, Q() As Complex, Info As Long)
	Generalized singular value decomposition (GSVD) of complex matrices

Detailed Description

This is the group of D6. Singular value decomposition (SVD) (complex).