THESE TOOLS ARE IN VARIOUS STAGES OF DEVELOPMENT. You are welcome to submit an issue or pull request for any improvements you would like to see or make.
Various tools to support high level application development at LCLS using python. This is an effort to maintain a single repo that can be referenced for developemnt.
Python tools for LCLS:
- Device API (profile monitors, SC cavities, stoppers, magnets, etc...)
- Data processing and fitting tools
- Image collection and processing tools
- Beam calculations (emittance, solenoid alignment corrections, etc...)
Files should be organinzed by thier function and be as modular as possible. See model-view-control programming style. First, if the code is general enough to be used on both LCLS and LCLS-II, it belongs in the lcls-tools/common directory. If the code specific to LCLS or LCLS-II, use the normalconducting and superconducting directories respectively. Functions used to analyze data, belongs in the common/data_analysis directory.
- Try to make your code readable
- Add comments whenever possible
- Try your best to adhere to style guidelines set forth in PEP8
- One of the automated checks for each PR is linting with flake8 and will fail otherwise.
- Try to be idiomatic.
- Add tests (unittest is currently used, please use unit tests at a bare minimum)
- Focus on extensibility (don't put a bunch of modules/classes into one file or directory, if you can avoid it)
- Try to understand the purpose of each tool and do not overcomplicate with business logic that can live in an application. These should be small and useful tools/apis with well understood and firm contracts between the api and the user
Python 2 is no longer supported. Please write all new modules in Python 3.9 or above.
- See running list of to do's written up as issues here.
- Provide example application using lcls_tools
- Update documentation
- Make a robust and somewhat flexible logger module that knows about SLAC things