Version 0.8.0

Now you can work with an arbitrary window function.

Version 0.7.0

With the notebook ipynbs/Computations_b1p5-sb0-fevo0.ipynb you can compare now the contribution of the Galaxy Number Counts to the Primordial Non-Gaussianities in the Power Spectrum.

Version 0.6.0

• Made the docstrings for almost all the functions in the code; only the LD, GNCxLD and LDxGNC TPCFs are huge holes in this picture

• Improved the structure of the functions that manage the Integrated Window Function (print_map_F and WindowF in particular); some options have changed name

• Improved the structure of the functions that manage the Integrated Window Function (print_map_IntegratedF and WindowFIntegrated in particular); some options have changed name

• Improved the code for PS_multipole and associated functions; some options have changed name

Version 0.5.0

You can now compute the PNG contributions to the PS at large scales. Still need to be fully tested, so it's not 100% reliable.

Version 0.4.0

Implementation of the following features:

• relativistic Galaxy Number Counts TPCFs;
• cross correlations between Luminosity Distance perturb and Galaxy Number Counts;
• code for the computation of the Doppler and the matter TPCFs in the Plain-Parallel approximation;
• tests for all of them;

Version 0.3.0

Improved docs, tests and PS computation. Implemented the functions necessary for the evaluation of the Doppler auto-CF in the Plane Parallel approximation.

Version 0.2.0

Resctructuration of CosmoParams and many other things; check the file CHANGELOG.md.

Version 0.1.0

First release of the code. The following functionalities are implemented:

• read an arbitrary input matter power spectrum, produced by CLASS
• write and read a map of the window F function
• read an arbitrary input background data file, produced by CLASS
• calculate all the GR effects two-point auto-correlation and cross-correlation multipole functions, for an arbitrary multipole order
• calculate the sum of all these TPCFs