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XLPack 6.1
Excel Worksheet Function Numerical Library Reference Manual
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Functions | |
| Function | WZhesv (Uplo As String, N As Long, A As Variant, B As Variant, Optional Nrhs As Long=1) |
| Solution to system of linear equations AX = B for a Hermitian matrix (complex number representation in Excel format) | |
| Function | WZhesv2 (Uplo As String, N As Long, A As Variant, B As Variant, Optional Nrhs As Long=1) |
| Solution to system of linear equations AX = B for a Hermitian matrix (complex numbers in pairs of cells) | |
| Function | WZpbsv (Uplo As String, N As Long, Kd As Long, Ab As Variant, B As Variant, Optional Nrhs As Long=1) |
| Solution to system of linear equations AX = B for a Hermitian positive definite band matrix (complex number representation in Excel format) | |
| Function | WZpbsv2 (Uplo As String, N As Long, Kd As Long, Ab As Variant, B As Variant, Optional Nrhs As Long=1) |
| Solution to system of linear equations AX = B for a Hermitian positive definite band matrix (complex numbers in pairs of cells) | |
| Function | WZposv (Uplo As String, N As Long, A As Variant, B As Variant, Optional Nrhs As Long=1) |
| Solution to system of linear equations AX = B for a Hermitian positive definite matrix (complex number representation in Excel format) | |
| Function | WZposv2 (Uplo As String, N As Long, A As Variant, B As Variant, Optional Nrhs As Long=1) |
| Solution to system of linear equations AX = B for a Hermitian positive definite matrix (complex numbers in pairs of cells) | |
| Function | WZptsv (N As Long, D As Variant, E As Variant, B As Variant, Optional Nrhs As Long=1) |
| Solution to system of linear equations AX = B for a Hermitian positive definite tridiagonal matrix (complex number representation in Excel format) | |
| Function | WZptsv2 (N As Long, D As Variant, E As Variant, B As Variant, Optional Nrhs As Long=1) |
| Solution to system of linear equations AX = B for a Hermitian positive definite tridiagonal matrix (complex numbers in pairs of cells) | |
This is the group of D2d. Solution of systems of linear equations (Hermitian matrices, Hermitian positive definite matrices) (complex).