A central repository for scripts, utils, tools and resources related to personal optimization
Run
python setup.py install
You will then be able to call directly the following utils.
Set of utilities to generate and manage spaced repetition content.
Generation of Anki decks from csv/xlsx files.
This procedure requires specific naming for the sheet columns. There are two main options, one generally used for quotes and extracts, where you are trying to remember both the exact text and possible source, which requires the following minimal columns setup:
text | notes | tags | exported
another option is the traditional Q&A, requiring the following columns setup:
question | answer | tags | exported
As you can see there should always be a tags and exported columns. The former is a list of strings, the latter is a boolean value to indicate whether the entry has already been exported, used to avoid the generation of multiple cards for the same content. Additional columns can be used to generate further cards, for example author, source and context. The code will take care to generate the corresponding card if such column (with a valid value) is present.
To generate an Anki deck from a csv file simply run
anki-gen -i <input_csv_path> -o <output_dir> -n <deck_name>
Or if you are processing an xlsx file:
anki-gen -i <input_xlsx_path> -o <output_dir> --process-excel
This will generate an Anki deck for each sheet, named after the sheet title value.
See anki-gen -h for a complete usage description
To define Latex content in a card just wrap it in the following way:
[latex]\begin{displaymath}your_content\end{displaymath}[/latex]
Alternatively the code will currently do this for you if you specify the latex tag in your entry, and use the <$$> your_content </$$> syntax in your text.
Some setup is needed in order to view Latex in Anki on MacOS. Overall is about installing Latex and dvipng. See also here.
Also in order to view Latex on AnkiDroid see here. Remember to run Tools->Check Media before syncing, such that images will be displayed on AnkiDroid.
Utility to log and analyze keyboard and mouse events.
Overall goal is personal optimization. Hope to get some insight about typing/mouse patterns by proper analysis. Even if "reinventing the wheel", writing own code from scratch might provide better learning opportunities and easy the adaptation to own need and requirements, plus less worries about the privacy/security concerns.
Main idea is to initially try keylogger specifically and only during certain activities (e.g. programming, writing). Possibly trying to log activity details and tools used [tools info might be automatize].
Privacy is a big point given that you are saving in plain text all typed content. To consider the more involved you get with the project.
Tablet/Drawing tracking is another big aspect to investigate. Apart from basic monitor tracking would be nice to have option of point on canvas + additional details like brush, pressure, etc..
http://hackspc.com/how-to-make-a-python-keylogger/
Manually start and stop logger routine. Proceed to notebook for analysis.
- "interface" to start logging + report name. A start and end command/key would be a nice option, but for now focus on manual operations.
- stats ideas: pairs of keys with max in-between delays (should discard too long pauses), letter that causes most errors (need to get back and delete).
- analysis in the future might be automatized and manage deletion of logs file.
Released under version 2.0 of the Apache License