Release 0.4.2

A patch release, that now allows the ASCII module to be accessed directly from the main read/write functionality

Release 0.4.1

This is a bugfix release.

• Less strict checking for ASCII-File format (only a # in the first line is now required)

Release 0.4.0

Release 0.4.0 adds new functionality, reorganises the package's internal logic (in a backwards-compatible way) and fixes a few issues.

Added:

• A new module, turn_by_turn.sps, that provides a reader and writer for CERN's SPS data files.

Fixed:

• TbTData creation now handles empty bunch_ids.
• Writing to file now properly handles the .sdds suffix addition (or not) based on the provided output_path argument.

Changed:

• The turn_by_turn.utils.numpy_to_tbts function was renamed numpy_to_tbt.
• The ascii writer was moved to its own module, and can be accessed as turn_by_turn.ascii.

Full Changelog: 0.3.0...0.4.0

Release 0.3.0

Release 0.3.0 adds the possibility to specify a seed when adding noise to a TbtData object when writing.

What's Changed

• Feature: conda-forge by @fsoubelet in #4
• Update CI by @fsoubelet in #5
• add seeding of the rng for noise by @awegsche and @fsoubelet in #6

Full Changelog: 0.2.1...0.3.0

Release 0.2.1

Release 0.2.1 is a minor patch guaranteeing that TbtData objects are properly instantiated with a default date field (defaulting to Today, UTC equivalent) even when date=None is passed to the constructor.

Release 0.2.0

Release 0.2.0 fixes an import problem arising in the previous versions, where when importing the user would get

ImportError: turn_by_turn.readers does not exist

Please note that for this fix, modules previously in turn_by_turn.readers are now directly located in turn_by_turn.
We apologise for the inconvenience.

Release 0.1.3

Release 0.1.3 has no functionality change but fixes the setup so that setuptools properly finds the package when installing from PyPI.

Release 0.1.0

Release 0.1.0 is an extract of this code from the omc3 package, with a cleanup and rework.

Functionality includes:

• Custom dataclasses for transverse data and complete turn-by-turn measurement data of multiple bunches (TransverseData and TbtData classes).
• Read functionality from several formats: ESRF, IOTA and LHC machines, PTC and trackone (MAD-X) codes.
• Write functionality in the LHC's SDDS format.
• Custom exceptions.
• Utilities to manipulate tbt data.