These tables serve as an in-depth depository of the calculated results, in contrast to the higher-level analysis provided by the discussion section. Finally, the last part of the report (not shown here), is the bibliography, containing references to the external libraries and programs used by Digichem to generate the report. Together, the data contained in each calculation report should be sufficient for the needs of computational chemistry users of all experience levels, and in many cases, they remove the requirement for the scientist to use external tools to process or format the calculation output. The automatic generation of publication-ready 3D renders saves considerable time for the chemist, both because this task is tedious, and because the renders themselves take time to compute. Lastly, the portable nature of the PDF means it is ideally suited for the sharing of results with collaborators and colleagues, and because all the results of the calculation are included within it (at least to the extent parsable by Digichem), it is rare that the raw calculation output needs to be distributed. are not yet supported for Orca, including natural transition orbitals and difference density plots, and these are features we intend to incorporate soon. We are actively considering the support of new computational engines, particularly those that offer complementary types of calculations that are not supported by the current roster of backend programs. In particular, the Python native computational package PySCF 101 appears to be an ideal candidate, considering it shares the same programming language as Digichem, it has an open-source license, and it supports a wide-range of double-hybrid DFT functionals, which have recently shown great promise for the prediction of challenging molecular properties in the field of thermally activated delayed fluorescence. 102 Meanwhile, we are continuing to expand the range of metadata that Digichem can parse, and in a forthcoming version we will add support for recognising the different excited states methodologies (e.g., TDA-DFT vs TD-DFT), as well as pertinent performance data, such as the number of CPUs and the amount of memory that was allocated to each calculation. We are also looking to expand upon the program's support for in-series calculation queuing, as Digichem is not currently able to automatically submit multiple calculations from one completed calculation in a branching fashion. Finally, we intend to develop an additional web-based interface to the program to further increase the approachability of computational chemistry, which would be particularly appreciated by the novice user.