strax_auxiliary_files

Public files needed for running strax on XENON data. This e.g. contains testing and dummy files.

How to use

Before if uploading any data please update the table below with a short description of the file and preferably a link to a wiki note where it is discussed.a

./strax_files

File-name	Short description	Used for	Link
`elipe.npy`	1T electron livetimes	`straxen`
`filters_per_chan.npy`	1T pulse filters per channel	`straxen` 1T	link
`pmt_positions_xenonnt.csv`	nT PMT positions	`straxen` 1T	link
`remapped_channels_....csv`	(see link)	`straxen` nT	link
`strax_test_data.tar`	Ancient strax test data	`straxen`
`strax_test_data_straxv0.9.tar`	Straxen test data	`straxen`
`strax_..._straxv1.1.0.tar`	Straxen test data	`straxen`
`to_pe.npy`	1T to pe per running	`straxen` 1T
`XENON1T_..._20171217_sr0.h5`	SR0 NN	`straxen` 1T	?
`XENON1T_..._20171217_sr1.h5`	SR1 NN	`straxen` 1T	?
`XENON1T_..._20171217_sr1_reformatted.json`	SR1 NN	`straxen` 1T	?
`012882-raw_records-z7q2d2ye2t.tar`	Straxen automated testing	`straxen`	Joran
`s1_aft_UNITY_xyz_XENONnT.json`	S1(x,y,z) AFT dummy map	`straxen` nT	link
`s1_lce_UNITY_xyz_XENONnT.json`	S1(x,y,z) LCE dummy map	`straxen` nT
`s2_map_UNITY_xy_XENONnT.json`	S2(x,y) correction dummy map	`straxen` nT
`dummy_bayes_model.npz`	Bayes dummy modele file	`straxen` nT

./sim_files

File-name	Short description	Used for
`170203_0850_00_small.npz`		`wfsim`
`ele_after_pulse.npy`	1T el. afterpulse template	`wfsim`
`fax_config.json`	wfsim conf placeholder	`wfsim`
`fax_config_1t.json`	wfsim 1T conf	`wfsim`
`mlp_model.h5`	nT NN placeholder	`straxen` nT
`mlp_model.json`	nt NN placeholder	`straxen` nT
`placeholder_map.json`	?	`?`
`x1t_noise_170203_0850_....npz`	1T Noise template	`wfsim`
`x1t_pmt_afterpulse_config.pkl.gz`	1T pmt afterpulse template	`wfsim`
`x1t_se_afterpulse_delaytime.pkl.gz`	1T single electron afterpulse	`wfsim`
`XENON1T_effective_diffusion_SR1.pkl`	1T diffusion model	`wfsim`
`XENON1T_FDC_SR1_data_dr....gz`	1T field distortion correction	`wfsim`
`XENON1T_s1_xyz_ly_kr8....json`	1T light-yield map	`wfsim`
`XENON1T_s1_xyz_patterns....gz`	1T iterpolation map	`wfsim`
`XENON1T_s2_xy_ly_SR1_v2.2.json`	1T S2 light-yield map	`wfsim`
`XENON1T_s2_xy_patterns_....gz`	1T pattern map	`wfsim`
`XENON1T_spe_distributions.csv`	1T single photonelectron distributions	`wfsim`

This repo is structured as a package. To interact:

Install:

git clone https://github.com/XENONnT/strax_auxiliary_files
cd strax_auxiliary_files
python setup.py develop

Open files

These are some examples of how to interact with the package.

Example 1. Open a simulation file

Let's see how we can interact with the package. Below is an example of how we can open a simulation file.

import straxauxfiles
# Let's see what kind of simulation files we have
print(straxauxfiles.list_sim_files())
# Let's load the fax_config_nt and open it as a dictionary
config = straxauxfiles.get_sim_file('fax_config.json')
# We can now treat it as a dictionary
print(config.keys())

Example 3. Open a strax file

Let's see how we can interact with the package. Below is an example of how we can open a simulation file.

import straxauxfiles
# Let's see what kind of strax files we have
print(straxauxfiles.list_strax_files())
# Let's load the fax_config_nt and open it as a dictionary
print(straxauxfiles.get_strax_file('elife.npy')

Example 2. Locate all the files in this auxiliary repo

Let's see how we can interact with the package. Below is an example of how we can open a simulation file.

import straxauxfiles
# Let's see what kind of files we have
print(straxauxfiles.list_aux_files())
# Let's make a a dictionary of the paths of each of the files.
my_files = {f: straxauxfiles.get_abspath(f) for f in straxauxfiles.list_aux_files()}
# Print the dictionary
print(my_files)

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