Philip updates file description citation references

We reformated your file description a bit. Do you like how it looks then we will go with this version? I added the citation and the references to the metadata but could you send me the names of your co-authors so I can add them to the references?

README.md

@@ -2,7 +2,7 @@
 
 ## Overview
 These scripts form the basis of the analysis in "Sampling the diurnal and annual cycles of the Earth’s energy
-imbalance with constellations of satellite-borne radiometers" by Hocking et al., 2024.
+imbalance with constellations of satellite-borne radiometers" by Hocking et al. (2024).
 
 The code implements an idealised framework for satellite observations of top-of-atmosphere radiation.
 Individual satellite orbits can be selected by choosing appropriate inclination, altitude and right ascension of the ascending node.
@@ -36,40 +36,40 @@ Python
 └── experiment                               Directory with scripts to compute the measurements for a set of satellites.
 ```
 
-- `./README.md` - This document.
-- `./environment.yml` - Python environment specifications.
-- `./bin_satm_to_toagrid.py` - Process satellite measurements by binning them on a chosen grid.
-- `./earth.py` - Central script containing Earth class, for framework of the radiation fluxes.
-- `./measure_file_to_nc_sgp4sat.py` - Measure radiation from input file and save measurements to output file.
-- `./process_satm_to_gridweights.py` - Process satellite measurements to determine gridded distribution.
-- `./satellite.py` - Central script containing satellite classes, for framework of measurement of Earth instances.
-- `./smooth_file_with_satellite_footprint.py` - Compute the convolution of the input file with the satellite footprint.
-- `./split_CERES_files.py` - Convenience script for preparing input data files.
-- `./unitsconstants.py` - Collection of units and constants
-- `./ceres_reference` - Contains scripts to create CERES reference files, which are used in the processing of satellite measurements.
-- `./diurnalcycle` - Contains script to restructure input file in terms of local solar time, instead of e.g. GMT.
-- `./experiment` - Contains scripts to compute the measurements for a set of satellites.
+- `README.md` - This document.
+- `environment.yml` - Python environment specifications.
+- `bin_satm_to_toagrid.py` - Process satellite measurements by binning them on a chosen grid.
+- `earth.py` - Central script containing Earth class, for framework of the radiation fluxes.
+- `measure_file_to_nc_sgp4sat.py` - Measure radiation from input file and save measurements to output file.
+- `process_satm_to_gridweights.py` - Process satellite measurements to determine gridded distribution.
+- `satellite.py` - Central script containing satellite classes, for framework of measurement of Earth instances.
+- `smooth_file_with_satellite_footprint.py` - Compute the convolution of the input file with the satellite footprint.
+- `split_CERES_files.py` - Convenience script for preparing input data files.
+- `unitsconstants.py` - Collection of units and constants
+- `ceres_reference` - Contains scripts to create CERES reference files, which are used in the processing of satellite measurements.
+- `diurnalcycle` - Contains script to restructure input file in terms of local solar time, instead of e.g. GMT.
+- `experiment` - Contains scripts to compute the measurements for a set of satellites.
 
 ## Pipeline
 First, prepare the computing environment and the necessery input files according to the prerequisites.
 
-In `./ceres_reference`:
+In `ceres_reference`:
 - Execute `make_ceres_ref_files.py`.
 
-In `./experiment`:
+In `experiment`:
 - Execute `main.py`.
 - Execute `merge_day_to_year.py`.
 - Execute `make_singlesat_annualmean.py`.
 - Execute `make_combo_annualmean.py`.
 - Execute `make_combo_annualmean_fillpoles.py`.
 
-The output will be created in `./experiment/fullperiodoutput`, `./experiment/fullperiodoutput_filledpoles` and `./experiment/singlesat_output`.
+The output will be created in `experiment/fullperiodoutput`, `experiment/fullperiodoutput_filledpoles` and `experiment/singlesat_output`.
 
 ## Citation
-Shows how the source code should be cited (filled in by database staff).
+Hocking et al. (2024) Sampling the diurnal and annual cycles of the Earth’s energy imbalance with constellations of satellite-borne radiometers. Software version 1.0.0. Bolin Centre Code Repository. 
 
 ## References
-References to papers that describe the source code.
+Hocking et al. (2024) Sampling the diurnal and annual cycles of the Earth’s energy imbalance with constellations of satellite-borne radiometers
 
 ## Comments
 Any additional useful comments. This can e.g. be roles of persons involved in creating the source code.