Additional data, which is not present explicitly in the calculation output, is also calculated by Digichem. This includes simulated absorption spectra, using Gaussian-broadened electronic excited states or vibrational frequencies, simulated NMR spectra, fluorescence decay rates, the dissymmetry factor of transition dipole moments, and spin-orbit coupling, the latter of which is calculated using a modified version of the PySOC program. The processed data is saved to a number of text files in the Results directory of the calculation. The most important of these results, such as the calculation metadata, HOMO/LUMO energies and geometry information are available in the summary results file (Figure ). This file is written in a plain-text format which allows it to be easily read using simple text editors, including those available on the command line (nano, vi, emacs, etc), and thus provides an immediate overview of the completed calculation data. For further processing with other programs or tools, the individual calculation results are saved to a number of tabular CSV files, which can be opened using common spreadsheet management programs or graphing software. This gives the user the opportunity to perform their own analysis and graphing; however, Digichem also generates graphs of the most important results automatically (described below). A CSV version of the summary file is also created. Together, these text-based result files can greatly facilitate an author's ability to conform to FAIR data practices because the files are easily read and are program-independent. Additionally, all the results processed from the completed calculation are stored in a Digichem-specific YAML file. This file can be read by the `result`, `report` and `database` sub-modules to load the full-set of calculation results, without having to re-parse the calculation log file. Finally, the output geometry of the calculation is stored in the Digichem-specific .si format and the program-independent .xyz format, allowing for easy reuse in future calculations or deposition in electronic supplementary information. All of the automatically generated result files, and their contents, are detailed in Table