Pipeline for SO delensing study (L3.3)

This package contains Python codes for constructing B-mode lensing template from cosmic microwave background anisotropies (CMB) in curvedsky.

Dependencies

The current code depends on the following python modules:

The main files for the analysis are as follows:

simmap.py: generate simulated signal and noise maps for each frequency and patch
cmb_map2alm.py: spherical harmonic transform of map to alm at each frequency and patch, and compute power spectra
cmb_wiener.py: Optimally-combined alms from LAT and SAT with Wiener filtering.
delens.py: construct lensing B-mode template and compute auto and cross spectra between lensing template and SAT B-modes
gen_mass_sims.py: generate random Gaussian fields from the covariance of the mass-tracers.
prjlib.py: read and define parameters and filename for analysis and some functions
params.ini: parameter file

Toshiya Namikawa (namikawa at slac.stanford.edu) Anton Baleato (a.baleatolizancos at ast.cam.ac.uk) Emilie Hertig (emh83 at cam.ac.uk)

Name		Name	Last commit message	Last commit date
Latest commit History 45 Commits
README.md		README.md
check_cmb_aps_analytic.ipynb		check_cmb_aps_analytic.ipynb
check_cmb_aps_fltr.ipynb		check_cmb_aps_fltr.ipynb
check_cmb_aps_sim.ipynb		check_cmb_aps_sim.ipynb
check_cmb_cninv_P.ipynb		check_cmb_cninv_P.ipynb
check_cmb_cninv_T.ipynb		check_cmb_cninv_T.ipynb
check_cmb_hitmap.ipynb		check_cmb_hitmap.ipynb
check_cmb_maps.ipynb		check_cmb_maps.ipynb
check_cmb_mask.ipynb		check_cmb_mask.ipynb
check_delens_analytic.ipynb		check_delens_analytic.ipynb
check_delens_cmbphi.ipynb		check_delens_cmbphi.ipynb
check_delens_idealsim.ipynb		check_delens_idealsim.ipynb
check_lens_aps.ipynb		check_lens_aps.ipynb
check_lens_kmap.ipynb		check_lens_kmap.ipynb
check_lens_tests.ipynb		check_lens_tests.ipynb
check_multitracer.ipynb		check_multitracer.ipynb
params.ini		params.ini
prjlib.py		prjlib.py
run.py		run.py
tools_cmb.py		tools_cmb.py
tools_delens.py		tools_delens.py
tools_lens.py		tools_lens.py
tools_multitracer.py		tools_multitracer.py