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XLPack 6.1
Excel VBA Numerical Library Reference Manual
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Functions | |
Sub | Zgecov (Job As Long, N As Long, A() As Complex, Ci() As Complex, Info As Long) |
Unscaled covariance matrix of linear least squares problem solved by Zgels | |
Sub | Zgecovs (Job As Long, N As Long, A() As Complex, S() As Double, Ci() As Complex, Info As Long) |
Unscaled covariance matrix of linear least squares problem solved by Zgelss | |
Sub | Zgecovy (Job As Long, N As Long, A() As Complex, Jpvt() As Long, Ci() As Complex, Info As Long) |
Unscaled covariance matrix of linear least squares problem solved by Zgelsy | |
Sub | Zgels (Trans As String, M As Long, N As Long, A() As Complex, B() As Complex, Info As Long, Optional Nrhs As Long=1) |
Solution to overdetermined or underdetermined linear equations Ax = b for complex matrices (full rank) | |
Sub | Zgelsd (M As Long, N As Long, A() As Complex, B() As Complex, S() As Double, RCond As Double, Rank As Long, Info As Long, Optional Nrhs As Long=1) |
Solution to overdetermined or underdetermined linear equations Ax = b for complex matrices using the singular value decomposition (SVD) (Divide and conquer method) | |
Sub | Zgelss (M As Long, N As Long, A() As Complex, B() As Complex, S() As Double, RCond As Double, Rank As Long, Info As Long, Optional Nrhs As Long=1) |
Solution to overdetermined or underdetermined linear equations Ax = b for complex matrices using the singular value decomposition (SVD) | |
Sub | Zgelsy (M As Long, N As Long, A() As Complex, B() As Complex, Jpvt() As Long, RCond As Double, Rank As Long, Info As Long, Optional Nrhs As Long=1) |
Solution to overdetermined or underdetermined linear equations Ax = b for complex matrices using a complete orthogonal factorization | |
Sub | Zgetsls (Trans As String, M As Long, N As Long, A() As Complex, B() As Complex, Info As Long, Optional Nrhs As Long=1) |
Solution to overdetermined or underdetermined linear equations Ax = b for complex matrices (Full rank) (Tall skinny QR or short wide LQ factorization) | |
This is the group of D9a. Overdetermined or underdetermined systems of linear equations (unconstrained) (complex).