D2c. Solution of systems of linear equations (general matrices) (complex) - Driver routines

Functions
Sub	Zcgesv (N As Long, A() As Complex, IPiv() As Long, B() As Complex, X() As Complex, Iter As Long, Info As Long, Optional Nrhs As Long=1)
	(Simple driver) Solution to system of linear equations AX = B for a complex matrix (mixed precision with iterative refinement)
Sub	Zgbsv (N As Long, Kl As Long, Ku As Long, Ab() As Complex, IPiv() As Long, B() As Complex, Info As Long, Optional Nrhs As Long=1)
	(Simple driver) Solution to system of linear equations AX = B for a complex band matrix
Sub	Zgbsvx (Fact As String, Trans As String, N As Long, Kl As Long, Ku As Long, Ab() As Complex, Afb() As Complex, IPiv() As Long, Equed As String, R() As Double, C() As Double, B() As Complex, X() As Complex, RCond As Double, FErr() As Double, BErr() As Double, Info As Long, Optional Nrhs As Long=1, Optional RPiv As Double)
	(Expert driver) Solution to system of linear equations AX = B for a complex band matrix
Sub	Zgesv (N As Long, A() As Complex, IPiv() As Long, B() As Complex, Info As Long, Optional Nrhs As Long=1)
	(Simple driver) Solution to system of linear equations AX = B for a complex matrix
Sub	Zgesvx (Fact As String, Trans As String, N As Long, A() As Complex, Af() As Complex, IPiv() As Long, Equed As String, R() As Double, C() As Double, B() As Complex, X() As Complex, RCond As Double, FErr() As Double, BErr() As Double, Info As Long, Optional Nrhs As Long=1, Optional RPiv As Double)
	(Expert driver) Solution to system of linear equations AX = B for a complex matrix
Sub	Zgtsv (N As Long, Dl() As Complex, D() As Complex, Du() As Complex, B() As Complex, Info As Long, Optional Nrhs As Long=1)
	(Simple driver) Solution to system of linear equations AX = B for a complex tridiagonal matrix
Sub	Zgtsvx (Fact As String, Trans As String, N As Long, Dl() As Complex, D() As Complex, Du() As Complex, Dlf() As Complex, Df() As Complex, Duf() As Complex, Du2() As Complex, IPiv() As Long, B() As Complex, X() As Complex, RCond As Double, FErr() As Double, BErr() As Double, Info As Long, Optional Nrhs As Long=1)
	(Expert driver) Solution to system of linear equations AX = B for a complex tridiagonal matrix
Sub	Zspsv (Uplo As String, N As Long, Ap() As Complex, IPiv() As Long, B() As Complex, Info As Long, Optional Nrhs As Long=1)
	(Simple driver) Solution to system of linear equations AX = B for a complex symmetric matrix in packed form
Sub	Zspsvx (Fact As String, Uplo As String, N As Long, Ap() As Complex, Afp() As Complex, IPiv() As Long, B() As Complex, X() As Complex, RCond As Double, FErr() As Double, BErr() As Double, Info As Long, Optional Nrhs As Long=1)
	(Expert driver) Solution to system of linear equations AX = B for a complex symmetric matrix in packed form
Sub	Zsysv (Uplo As String, N As Long, A() As Complex, IPiv() As Long, B() As Complex, Info As Long, Optional Nrhs As Long=1)
	(Simple driver) Solution to system of linear equations AX = B for a complex symmetric matrix
Sub	Zsysvx (Fact As String, Uplo As String, N As Long, A() As Complex, Af() As Complex, IPiv() As Long, B() As Complex, X() As Complex, RCond As Double, FErr() As Double, BErr() As Double, Info As Long, Optional Nrhs As Long=1)
	(Expert driver) Solution to system of linear equations AX = B for a complex symmetric matrix

Detailed Description

This is the group of D2c. Solution of systems of linear equations (general matrices) (complex) - Driver routines.