With these Python codes you can reproduce the main figures of the article for the exported data.

For each of the exported data it is possible to:
- plot S(Ib) and F(eV/kT), as in Figure 2.
- plot fitting parameter(s) as a function of tau, as in Figure 3.
- plot average and spread of the fitting parameters for each QPC gate voltage span versus experimental conditions, as in Figures 4 and 5.

To use the codes:
/!\ You may have trouble to set the correct working directory to be the Zenodo folder. 
This should be done automatically but you may need to replace the two '/' by '\' (you can check the current working directory and the correct syntax with os.getcwd()).
And __file__ that is used to get the location of the script may not work depending on what you use to execute the Python code (Spyder was OK).
If this is the case just set manually the path to the Zenodo folder instead of parentpath in the os.chdir command (line 4).
Then:
Choose whether you look at fits with one or two free parameters, to use the corresponding directory -> Nparams
For Fits(tau) and Noise&Fano set the filling fraction nu=... in '1s3','2s5oEC','2s5iEC','2s3','3' to use the correct directory.
Then indicate the experimental conditions:
QPC+(Vtg if QPCW), temperature Temp, as in file names in Exported Data, and possible B shift (only at 1/3, on QPCE at 31 mK).
For Noise&Fano select the file in Exported Data you want to look at by indicating tau, charge and delta as in file name.

More details on what is plotted:
- Noise&Fano presents the data similarly as in Figure 2 of the article.
It plots the measured noise vs (1-tau)Ib, the theoretical prediction for \Delta=\Delta_th and \Delta=1/2, and the result of the fit.
The same plots are performed for the Fano factor as a function of eV/kT.
The QPC transmission as a function of V is inserted in the corresponding noise plot.
- Fits(tau) presents the data similarly as in Figures 3 and S4,S5. 
The fitting parameter(s) \Delta (and e*) are plotted as a function of the QPC transmission at V=0.
Different symbols are used for strange values of the charge. The corresponding points are not included in the statistical analysis of \Delta and in the 1 parameter fit.
- Summary presents the data similarly as in Figures 4 or 5, whether the one or two parameters fit is selected in the code.  