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• all parsed IDD and IDF data are store in data.table
• basic process for parsing an IDD and IDF
• core table getters
  • get_idd_class(), get_idd_field() for IDD
  • get_idf_object(), get_idf_value() for IDF
• use merge, rbindlist and etc. to modify those data.tables to update IDF
• use R6 package to implement OO API
• SQL interface
• how ParametricJob class is implemented
• the possibility to introduce new class, e.g. input sensitivity and Bayesian calibration related job class.

Online slides did not show icons using FontAwesome. Should be fixed by including fonts-font-awesome in the addon field in .travis.yml

Using OpenStudio GUI app to modify building energy models is intuitive, but it is designed for interactive usage, with limited reproducibility functionalities (or does it have any?).

OpenStudio provides a ruby binding for its SDK and also ruby is included when install OpenStudio. But ruby may be not the right way to go in terms of data analysis. It is also possible to compile a python binding for OpenStudio SDK, but it is not included in OpenStudio installation by default.