bronkhorst_test

[AlexN7-Shepard]

updated version of the previous code.

• Used the polar bronkhorst library
• Has to be tested
• opens the valve automatically when you run the code
• print all the available devices connected
• gives all the properties of the current devices
• unfortunately we will have to search manually the min and max of the flow controllers
• Close the valves
• The units are stored in a xarray dataset alongside with the numerical values obtained during the duration of the experiments

[PeterKraus]

Good work. Please address the comments below. After that's done, we can proceed in the following steps:

1. merge this PR so there's some code in the repo
2. design pyproject.toml so that it's a package
3. by that point, Implement DriverInterface class tomato#86 should be merged, and then we can try to run your driver via tomato by implementing a DriverInterface class

[AlexN7-Shepard]

updated version of the previous code.

• Used the polar bronkhorst library
• Has to be tested
• opens the valve automatically when you run the code
• print all the available devices connected
• gives all the properties of the current devices
• unfortunately we will have to search manually the min and max of the flow controllers
• Close the valves
• The units are stored in a xarray dataset alongside with the numerical values obtained during the duration of the experiments

Updated versions. Where I took all of the remarks into account.
-> It still needs to be tested when the lab and devices will be available.

[PeterKraus]

This looks a little better.

Please remove either based_func2.py or based_function.py and the same for the dummy_function and dummy_test files. This PR should have only 4 files:

• based_function.py
• dummy_function.py
• dummy_test.py
• pyproject.toml