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Version 0.14.0
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@ziotom78 ziotom78 released this 20 Feb 09:51
· 463 commits to master since this release
v0.14.0
a6d727e

  • Breaking change: Bug in the 1/f noise generation has been corrected. Previously, the frequency array was miscalculated due to an incorrect factor of 2 in the sample spacing passed to the SciPy function fft.rfftfreq. #362.

  • Breaking change: PointingSys() now requires Observation as an argument. And several functions to add pointing systematics are merged into left_multiply_syst_quats().

  • Breaking change: Redefinition (ωt instead of 2ωt) of the hwp angle returned by get_pointings(). Change in the pointing returned by Observation.get_pointings(), now behaving as it was before this commit. Documentation updated accordingly. #340

  • Breaking change: Change to the pointing API #358, in detail:

    1. DetectorInfo has three new attributes: pol_angle_rad (polarization angle), pol_efficiency (polarization efficiency)and mueller_hwp (mueller matrix of the HWP).

    2. get_pointings() return only the orientation ψ of the detector, the polarization angle is a separate variable stored in the Observation class. The same class also handles the mueller_hwp for each detector, and it has a new bool variable has_hwp that is set to true if an HWP object is passed to prepare_pointings().

    3. The mock vPTEP IMo has been updated accordingly.

    4. The HWP class has a new field called mueller, that contains the mueller matrix of the HWP.

    5. The function scan_map() now handles three possible algebras: (i) no HWP, (ii) ideal HWP, (iii) generic optical chain.

  • Implementation of distributing detectors across the MPI processes by grouping them according to given attributes #334

  • Restructure the manual and use a new, cleaner style #342

  • Module for including nonlinearity in the simulations #331

  • Improve the documentation of the binner and the destriper #333

  • Make the code compatible with Python 3.12 #332

  • plot_fp.py which visualizes focal plane and DetectorInfo is implemented. Also it can generate a dector list file by clicking visualized detectors. The function is executable by: python -m litebird_sim.plot_fp #345

  • Simulation.add_noise() uses self.random as default random number generator #349

  • Mbs updated, code aligned to pysm 3.4.0, CO lines included plus other new foreground models #347

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