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Converting and Calibrating Distributed-Temperature-Sensing XML Data

General Info

I wrote this program for my bachelor thesis. It reads in distributed-temperature-sensing data from XML files, optionally calibrates and then writes them to a NetCDF file. User input is read from a config file with a self-written parser (At the time I was not as aware of the possibilities to include functionality from other people's libraries :)).

This software was created to achieve the following goals:

  • Consolidate the (usually) big amount of XML files produced by one experiment into one NetCDF file from which the data can be read faster.
  • Do some calibration on the fly.
  • Use C++ as the programming language in order to create a program that executes quickly.

For Developers

There is a class diagram. Also, I used the codeblocks IDE (version 16.01) so there are some IDE files, but the paths to the used libraries aren't correct anymore. Also, the used libraries are:

  • boost 1.66 (mainly for file system usage)
  • rapidxml (for fast XML parsing)
  • NetCDF++ (for writing the NetCDF files)
  • lapack (for matrix transformations)
  • UnitTest++ (for the unit tests) (The testing framework resides here

Boost is not included in the /lib folder because the whole thing takes up several gigabytes.

The unit tests in the test projects folder contain wrong file paths to the code that is to be tested.