D4a4. Ordinary eigenvalue problems (general matrices) (complex) - Driver routines

Functions
Sub	Zgees (Jobvs As String, Sort As String, Selct As LongPtr, N As Long, A() As Complex, Sdim As Long, W() As Complex, Vs() As Complex, Info As Long)
	(Simple driver) Schur factorization of a complex matrix
Sub	Zgees_r (Jobvs As String, Sort As String, N As Long, A() As Complex, Sdim As Long, W() As Complex, Vs() As Complex, Info As Long, IRev As Long, Selct() As Long)
	(Simple driver) Schur factorization of a complex matrix (reverse communication version)
Sub	Zgeesx (JobVs As String, Sort As String, Selct As LongPtr, Sense As String, N As Long, A() As Complex, Sdim As Long, W() As Complex, Vs() As Complex, RConde As Double, RCondv As Double, Info As Long)
	(Expert driver) Schur factorization of a complex matrix
Sub	Zgeesx_r (Jobvs As String, Sort As String, Sense As String, N As Long, A() As Complex, Sdim As Long, W() As Complex, Vs() As Complex, RConde As Double, RCondv As Double, Info As Long, IRev As Long, Selct() As Long)
	(Expert driver) Schur factorization of a complex matrix (reverse communication version)
Sub	Zgeev (Jobvl As String, Jobvr As String, N As Long, A() As Complex, W() As Complex, Vl() As Complex, Vr() As Complex, Info As Long)
	(Simple driver) Eigenvalues and left and/or right eigenvectors of a complex matrix
Sub	Zgeevx (Balanc As String, Jobvl As String, Jobvr As String, Sense As String, N As Long, A() As Complex, W() As Complex, Vl() As Complex, Vr() As Complex, Ilo As Long, Ihi As Long, Scal() As Double, AbNrm As Double, RConde() As Double, RCondv() As Double, Info As Long)
	(Expert driver) Eigenvalues and left and/or right eigenvectors of a complex matrix

Detailed Description

This is the group of D4a4. Ordinary eigenvalue problems (general matrices) (complex) - Driver routines.