This issue is part of a DataChallenge.
We are organizing the HOBO measurements in a folder and file structure. That means, the folder, the file name and the MIME type have a meaning and are already encoding valuable metadata. The folder location is: /hobo/<year>/<type>/<hobo_id>.(csv|txt).
<year> is the year the data lecture took place
<type> is the interesting part here. This encodes the type of data and can be /raw/ or /hourly/.
- The files have the identifier for the measuring device in their file name, which can be related to the metadata for the corresponding year.
The raw HOBO measurements are uploaded by the students each year and quality controls are worked out and implemented. This step could be automated by a Github action. This would include various steps:
Finally, the quality checks changed a little bit with every year and in many cases, individual students made some adaptions to their implementation. Therefore the results should be persisted in yet another folder and can be compared to the provided hourly data.
Using Python over R is generally preferred for this task, as the integration in automated workflows can be quite a hassle with R.
This issue is part of a DataChallenge.
We are organizing the HOBO measurements in a folder and file structure. That means, the folder, the file name and the MIME type have a meaning and are already encoding valuable metadata. The folder location is:
/hobo/<year>/<type>/<hobo_id>.(csv|txt).<year>is the year the data lecture took place<type>is the interesting part here. This encodes the type of data and can be/raw/or/hourly/.The raw HOBO measurements are uploaded by the students each year and quality controls are worked out and implemented. This step could be automated by a Github action. This would include various steps:
/scriptsand include aqpclib.(R|py)file that defines the checks and transformsqpclib.(R|py)provided functionsFinally, the quality checks changed a little bit with every year and in many cases, individual students made some adaptions to their implementation. Therefore the results should be persisted in yet another folder and can be compared to the provided
hourlydata.Using Python over R is generally preferred for this task, as the integration in automated workflows can be quite a hassle with R.