Includes:
- refactor build_lib and build_lib_example macros
- unify src and contrib macros
- replace macro with function not to leak definitions
- parse list of arguments
- different cmake-format file for modules to list one item per line
Co-authored-by: Sandra Lagen <sandra.lagen@cttc.es>
This commit also fixes an issue that was discovered during this implementation,
and that is that the stream was never assigned for the uniform random variable used for
the term D and alpha generation.
-Store term D and alpha into the channel params structure.
-Make sure to use correct angles and zenit of departure and arrival:
Save the direction of the generation of the channel params and channel matrix,
in order to know when regenerating channel matrix if the saved angles aoa, aod,
zoa and zod are of of s-to-u or u-to-s, so to properly use them.
- Simplify the type of the key of channel matrix map
- Remove unecessary if statements and abort replace by assert
- Add a more detailed description of the ThreeGppSpectrumPropagationLossModel changes
It seems that is not the best way to save in the structure the pointer
to the channel condition model because the underlying condition,
and later when we compare the new condition with the old one, we
are basically comparing the underlying object with itself, because
we saved the pointer to it in the structure.
Instead we should save the concrete values of LOS and O2I condition
in the 3gpp structure, and then once the ChannelCondition state changes,
we can compare these saved values against the new once.
This could not be done when the pointer was being changed because pointer
was pointing to the same object.
This fixes basically the condition in 3gpp whether th channel needs to be
updated when condition changes.
- Introduce PhasedArrayModel
- Use the new PhasedArrayModel framework across modules (e.g., 3gpp channel model)
- Improve Angles class. Furthermore, Angles has been translated from elevation to inclination and from degrees to radians
- Update antenna module doc
- Fix random angle generation for the 3gpp channel model. Specifically, cluster and sub-cluster angles might be generated with inclination angles outside the inclination range [0, pi], and have now been fixed.
