Update README.txt

README.txt

@@ -2,13 +2,20 @@
 Here the scripts are stored which are used within De Hertog et al. (2022) (https://doi.org/10.5194/esd-2022-5)
 Below you can find a short description of the scripts which are stored and how they were applied in the analysis:
 1. evaluation_sensitivity_mean.ipynb
+python notebook that takes signal seperated surface temperature and observational dataset and plots them against each other
 2. evaluation_sensitivity_mean_eflux.ipynb
+python notebook that takes signal seperated energy fluxes and observational dataset and plots them against each other
 3. evaluation_sensitivity_seas.ipynb
+python notebook that takes signal seperated surface temperature and observational dataset and plots them against each other for the seasons
 4. evaluation_sensitivity_seas_eflux.ipynb
+python notebook that takes signal seperated energy fluxes and observational dataset and plots them against each other for the seasons
 5. plot_signals_all_models.ipynb 
-6. prepare_local_nonlocal_total_effects.py
-7. LCLM_checkers.ipynb
-8. Ebal_decomp-all.ipynb
-9. regrid_ecearth.py
-10. regrid_ecearth.sh
-11. signal_separation.sh
+python notebook that plots signal seperated data for the 3 ESMs
+6. LCLM_checkers.ipynb
+python notebook that plots the land cover in mangement changes between the different simulations
+7. Ebal_decomp-all.ipynb
+python notebook that describes the functions used for the signal seperation
+8. signal_separation.sh and prepare_local_nonlocal_total_effects.py
+Scripts used for signals seperation of raw ESM data
+9. regrid_ecearth.py and regrid_ecearth.sh
+Python script and bash wrapper to regrid signal seperated EC-EARTH data to a regular grid