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|No.| Name | Contact |Short explanation| Comments from the reviewer | Usage|Remarks |
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| 1. | [event_selection_SNR_chieff.ipynb](https://git.ligo.org/muhammed.saleem/o3siqm-updates/-/blob/master/o3b/scripts/event_selection_SNR_chieff.ipynb), [event_selection_o3a.py](https://git.ligo.org/muhammed.saleem/o3siqm-updates/-/blob/master/o3b/scripts/event_selection_o3a.py) | sayantani.datta| Inspiral SNR calculation section is adapted from [here](https://git.ligo.org/publications/O3/o3a-cbc-tgr/-/blob/master/notebooks/Event_Selection_Optimal_SNR.ipynb). Since SIQM tests work better for spinning systems, a selection criteria is added which checks if chi_eff posteriors exclude zero at 95%/68% credible levels| | | |
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| 1. | [event_selection_o3b.ipynb](https://git.ligo.org/muhammed.saleem/o3siqm-updates/-/blob/master/o3b/scripts/event_selection_o3b.ipynb), [event_selection_o3a.py](https://git.ligo.org/muhammed.saleem/o3siqm-updates/-/blob/master/o3b/scripts/event_selection_o3a.py) | sayantani.datta| Inspiral SNR calculation section is adapted from [here](https://git.ligo.org/publications/O3/o3a-cbc-tgr/-/blob/master/notebooks/Event_Selection_Optimal_SNR.ipynb). Since SIQM tests work better for spinning systems, a selection criteria is added which checks if chi_eff posteriors exclude zero at 95%/68% credible levels.`event_selection_o3b.ipynb` for o3a events. `event_selection_o3b.ipynb` for o3b events. | | Run these notebook on CIT within any suitable conda env like `igwn-py38-20210107` | |
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| 2. | [LOGIC_edited.py](https://git.ligo.org/muhammed.saleem/o3siqm-updates/-/blob/master/o3b/scripts/LOGIC_edited.py) | divyajyoti.nln | The script checks the config files between PE ROTA and TGR runs. | | 1. Activate the environment (eg. igwn-py37)<br/> <br/> 2. Run `python LOGIC_edited.py --baseline-config base_config.ini --derivative-config bh_config.ini > /path/to/event/logic_bbh.txt` | |
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| 3. | [LAPLACE_edited.py](https://git.ligo.org/muhammed.saleem/o3siqm-updates/-/blob/master/o3b/scripts/LAPLACE_edited.py) | divyajyoti.nln | The script checks the prior railing. | | 1. Activate the environment (eg. igwn-py37)<br/> <br/> 2. Run `python LAPLACE_edited.py --posterior file.hdf5 > laplace_bbh.txt`<br/> <br/> 3. To check the GR run (whether the results are consistent with GR or not): `python LAPLACE_edited.py --posterior file.hdf5 --GR-check > laplace_ks_sym.txt`<br/> <br/> 4. There are additional functionalities also like providing extra parameters, changing credible intervals, etc. To know those, run `python LAPLACE_edited.py --help` | |
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|4. | [simplot.ipynb](https://git.ligo.org/muhammed.saleem/o3siqm-updates/-/blob/master/o3b/scripts/simplot.ipynb) | sayantani.datta |Script to plot dkappa_s | | ||
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