ZSPSV Example

To solve the equations

Ax = b,

where A is the complex symmetric matrix

A = $\displaystyle \left(\vphantom{ \begin{array}{cccc} -0.56 + 0.12 i & -1.54 - 2... ... 0.92 i & -7.86 - 2.96 i & 5.14 - 0.64 i & -0.39 - 0.71 i \end{array} }\right.$ $\displaystyle \begin{array}{cccc} -0.56 + 0.12 i & -1.54 - 2.86 i & 5.32 - 1.5... ... 3.80 + 0.92 i & -7.86 - 2.96 i & 5.14 - 0.64 i & -0.39 - 0.71 i \end{array}$ $\displaystyle \left.\vphantom{ \begin{array}{cccc} -0.56 + 0.12 i & -1.54 - 2... ... 0.92 i & -7.86 - 2.96 i & 5.14 - 0.64 i & -0.39 - 0.71 i \end{array} }\right)$

and

b = $\displaystyle \left(\vphantom{ \begin{array}{c} -6.43 + 19.24 i \\ -0.49 - 1.47 i \\ -48.18 + 66.00 i \\ -55.64 + 41.22 i \end{array} }\right.$ $\displaystyle \begin{array}{c} -6.43 + 19.24 i \\ -0.49 - 1.47 i \\ -48.18 + 66.00 i \\ -55.64 + 41.22 i \end{array}$ $\displaystyle \left.\vphantom{ \begin{array}{c} -6.43 + 19.24 i \\ -0.49 - 1.47 i \\ -48.18 + 66.00 i \\ -55.64 + 41.22 i \end{array} }\right)$ .

Details of the factorization of A are also output.

Example program
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