0000000000000000000000000000000000000000 31ba64e978603b9ea98eabef1622c998b7ded7bb fabien-UX310UQK <fabien.lacasa@unige.ch> 1542305178 +0100	clone: from git@github.com:fabienlacasa/PySSC.git
31ba64e978603b9ea98eabef1622c998b7ded7bb 1faed2a1ae8b60d82d25e2825d0acf59a1573a66 fabien-UX310UQK <fabien.lacasa@unige.ch> 1543072595 +0100	commit: Made python notebook for computation of the Sij matrix.
1faed2a1ae8b60d82d25e2825d0acf59a1573a66 ecceda18635f2f975cdc00d156b790f8d8622ccd fabien-UX310UQK <fabien.lacasa@unige.ch> 1543073065 +0100	commit: Updated README
ecceda18635f2f975cdc00d156b790f8d8622ccd 3f8c6a0f624a70093b7a7d2abe74063bac636816 fabien-UX310UQK <fabien.lacasa@unige.ch> 1543246542 +0100	commit: Added computation of maximum signal to noise, and SSC multipole.
3f8c6a0f624a70093b7a7d2abe74063bac636816 151a14941a97943f1ca1cc61712c1ab14d4f7149 fabien-UX310UQK <fabien.lacasa@unige.ch> 1543339052 +0100	commit: Added data file with binned Cl, covariances and derivatives wrt parameters. Added computation of the SNR and Fisher matrices in the notebook and reproduction of the plots of the article.
151a14941a97943f1ca1cc61712c1ab14d4f7149 d372e1136bc210e9827ff2f18c004ad2e7c72157 fabien-UX310UQK <fabien.lacasa@unige.ch> 1549713456 +0100	commit: Renamed Python notebook fastSSC -> plots-article
d372e1136bc210e9827ff2f18c004ad2e7c72157 80d9a8920207bacc90c480764c3f85daea4308e5 fabien-UX310UQK <fabien.lacasa@unige.ch> 1549716837 +0100	commit: Added a module : pyssc, with a function to compute the Sij matrix. Updated the readme, listed required dependencies (numpy etc).
80d9a8920207bacc90c480764c3f85daea4308e5 4cecef5819e80e73fcf90ac7a24cff8f438edbc8 fabien-UX310UQK <fabien.lacasa@unige.ch> 1549718986 +0100	commit: Redshift bins and cosmological parameters can now be given as argument to pyssc.Sij() (before, they were fixed to default values).
4cecef5819e80e73fcf90ac7a24cff8f438edbc8 96ff48a678258531279b1cc7b628707914fcf855 fabien-UX310UQK <fabien.lacasa@unige.ch> 1549810211 +0100	commit: Added a notebook examples.ipynb showing how to use the module and examples of applications.
