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mxlib
c++ tools for analyzing astronomical data and other tasks by Jared R. Males. [git repo]
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Files | |
| file | templateLapack_test.cpp |
| Tests the typed LAPACK wrappers. | |
Functions | |
| TEST_CASE ("getting lamch values", "[templateLapack]") | |
| Verify typed lamch wrappers for supported real precisions. | |
| TEST_CASE ("solving a rank-one secular equation with laed9", "[templateLapack]") | |
| solving a rank-one secular equation with laed9 | |
| TEST_CASE | ( | "getting lamch values" | , |
| "" | [templateLapack] ) |
Verify typed lamch wrappers for supported real precisions.
Definition at line 18 of file templateLapack_test.cpp.
References mx::math::lamch().
| TEST_CASE | ( | "solving a rank-one secular equation with laed9" | , |
| "" | [templateLapack] ) |
solving a rank-one secular equation with laed9
The mx::math::laed9<float>() and mx::math::laed9<double>() wrappers are applied to a two-dimensional diagonal-plus-rank-one eigenproblem with an analytic spectrum.
Definition at line 45 of file templateLapack_test.cpp.
References mx::math::laed9().