• incorporate automated tests (done for DO app)
• little bit of refactoring required throughout
• change cpu intensive apps to be non-blocking (put calcs on new thread)

Automated Github actions have been setup to enable the cloud building of the Hydrochemistry Apps. The build workflow will be triggered whenever a new "release" tag is pushed to the repo. A release tag is denoted as beginning with a v, e.g. v1.5.1

git tag "v1.1.1"
git push -u origin "v1.1.1"

The application is built 100% using Python, making significant use of PyQt5 for the GUI aspect.

This collection of small applications are used for making day-to-day hydrochemistry data processing tasks easier and more straightforward.

The applications are housed within a unified "launcher" allowing one program to be launched and multiple uses available.

This is a glorified calculator for re-calculating final dissolved oxygen values. All of the values that contribute to the dissolved oxygen result can be changed. Exporting of different file formats can also be done.

The Matlab version of HyPro can output a .csv of results, referred to in HyPro as the QC Table. QC Table reader can parse the file and generate various statistics or isolate the results that are being investigated.

Hydrology Data QCer can be used to quickly complete a final data check on the output Hydrochemistry data from HyPro. The app allows the user to load in the final output files, make comparisons and quickly plot the data for visual verification.

This utility can quickly plot the instrument baseline offset across a voyage when it is shown a folder container the nutrient .SLK files. Plotting of the baseline offset allows for checking of instrument performance or flowcell wear.

When making stock standards for both nutrients and dissolved oxygen, the accurate normality will need to be calculated. This application can calculate the normality accounting for all environmental variables.

When calibrating glass volumetrics, this calculator can be used to get an accurate result. Again this accounts for all environmental variables when calculating.

For ensuring the data between the final .csv and .nc files output from HyPro this application can be used. It is an automated process where all the user has to do it input the .csv and the folder of the .nc files. Any differences will highlighted.

Occasionally the nutrient analyser acquisition software will not output time stamps in the .SLK file. This is typically not an issue, however when using the underway AA100 time stamps will be required. This app allows for time stamps that match the usual format.