Maxim Yurkin

The first operational version (proof-of-principle) for complex RI is available at https://github.com/Sunmosk/adda-complex_freq

It would be great to rewrite all linear algebra operations as BLAS calls. However, this may have some speed drawback. In terms of OpenCL (GPU), this issue is described in...

Currently scripts in `tests/2exec` do not test reserve FFT options (`FFT_TEMPERTON` and `CLFFT_APPLE`). This seems to be easy to implement, e.g. in `tests/2exec/test_all` by using `FFTCOMP` definition in `comp2exec`.

A few more ideas: - Make convenient comparison with previous (semi-stable) version, similar to what is now possible with the previous release. This can be accompanied by automatic build script,...

Probably, Github Actions can somehow be used for that.

A related idea is to use configure scripts as was discussed in #81

Another related idea is to create packages for ADDA (automatically compiled), for which GitHub has recently added internal support.

A related (potential) idea is to use CMake instead of `configure` - not sure what is better.

Use of CMake is a must for conveniently using other toolchains on Windows, like Intel Compiler on top of Visual Studio. If we do it ourselves, we need to: *...

Proof-of-principle is available at https://github.com/VadimBelkin/adda/tree/DraineCoefficients