Release 0.9.1

Release 0.9.1 brings the following:

Added:

• An install_mpl_style function in the utils.defaults module to create a phd.mplstyle file in matplotlib's stylelib directory, making the style callable through plt.style.use("phd").

Changed:

• The PLOT_PARAMS dictionary in utils.defaults has been updated.

Removed:

• The numba library's used has been removed, easing the package's dependencies.

Additional dependencies are pydantic, rich and pendulum. The llvmlite dependency is also added explicitely, though it is a dependency of numba and the version constraint is here to guarantee pyhdtoolkit will build on Python 3.9.
Tests now include Python 3.9.

Release 0.9.0

Release 0.9.0 brings the following:

Added:

• A misalign_lhc_ir_quadrupoles function in the cpymadtools.errors module to conveniently apply EALIGN to IR quadrupoles.
• A misalign_lhc_triplets function in the cpymadtools.errors, convenience wrapper around the aforementioned one for triplets.
• A correct_lhc_orbit function in the cpymadtools.orbit module to perform orbit correction using MCB.* elements in the LHC.
• A vary_independent_ir_quadrupoles function in the cpymadtools.special to conveniently send the vary commands for the desired quadrupoles in the IRs.
• A tune module in cpymadtools with currently a make_footprint_table function that creates a DYNAP setup according to parameters and returns the generated table.
• An utils.htc_monitor module with functionality to query the HTCondor queue, process the returned data and nicely display it. To be ran directly, but different functionality can be imported.

Changed:

• The telescopic_squeeze parameter in match_tunes_and_chromaticities now defaults to True, to reflect the LHC scenario as of Run III.
• The get_ips_twiss and get_ir_twiss functions have been moved from cpymadtools.special to cpymadtools.twiss.

Fixed:

• Fixed an issue in plot_latwiss where the function would sometimes mishandle the xlimits argument.
• Fixed a mistake in apply_lhc_rigidity_waist_shift_knob where the side argument would be ignored if uppercase.

Additional dependencies are pydantic, rich and pendulum. The llvmlite dependency is also added explicitely, though it is a dependency of numba and the version constraint is here to guarantee pyhdtoolkit will build on Python 3.9.
Tests now include Python 3.9.

Release 0.8.5

Release 0.8.5 brings minor fixes and changes.

Fixed:

• The match _tunes_and_chromaticities now properly behaves if some of the targets are set to 0.

Changed:

• The default behavior in lattice slicing is changed to have makedipedge as False, which compensates the effect of the default slicing style TEAPOT.

Release 0.8.4

Changes:

• The machine layout plotting in plot_latwiss has been exported to its own function. It is a private function.

Added:

• An xoffset variable to plot_latwiss, allowing to center the plot on a specific element.

Release 0.8.3

Added:

• A function in cpymadtools.twiss to export the entire twiss table to a TfsDataFrame.

Release 0.8.2

Release 0.8.2 brings some fixes QoL additions.

Added:

• A maths.utils module with convenience functions related to magnitude.
• An optics.ripken module with functions to calculate beam size according to Lebedev and Bogacz's formalism.
• A convenience logging setup function in utils.defaults.
• plot_latwiss now adds a legend for different elements in the layout.
• plot_latwiss can now optionally plot BPM patches.
• plot_latwiss now accepts kwargs that will be transmitted to the layout plotting function.
• QoL information in various docstrings.

Changed:

• The PLOT_PARAMS have been moved to utils.defaults.
• The get_pattern_twiss default argument values now select the entire twiss table.
• plot_latwiss changed the parameter plot_sextupoles to k2l_lim, creating a dedicated axis for sextupole patches in the layout.

Fixed:

• get_pattern_twiss now properly capitalizes variable names in the returned TfsDataFrame.
• plot_latwiss now only draws elements in the desired area when xlimits is provided, for a drastic speedup on big machines.

Removed:

• The plotting.settings module has been removed.
• plot_latwiss doesn't force the pdf format when saving the figure anymore.

Release 0.8.1

Release 0.8.1 brings a very minor fix.

Fixed:

• Fixed inacurrate logging statements during tunes and chromaticities matching.

Removed:

• Removed the unused scripts folder as well as the scripts' dependencies.

Release 0.8.0

Release 0.8.0 brings some fixes and a additional cpymadtools.

Added:

• a twiss submodule to easily get specific patterns.
• a track submodule to handle particle tracking with MAD-X's TRACK command.
• utilities to get TWISS frame for specific IP or IR locations
• utilities to MAKETHIN for (HL)LHC sequences.
• utility to install an AC dipole in LHC beam 1.

Changed:

• The cpymadtools now use madx as a parameter name instead of cpymad_instance.
• Relaxed dependencies.

Fixed:

• Closest tune approach determination now properly handles explicit targets
• Beam definition

Release 0.7.0

Release 0.7.0 brings API consistency changes and a reworked cpymadtools module with new functionality, including:

• an errors submodule to handle (HL)LHC magnetic errors setup
• a matching submodule with routines for MAD-X matching and closest tune approach determination
• an orbit submodule to handle (HL)LHC orbit variables setup
• a ptc submodule with routines for MAD-X PTC operations
• a special submodule with routines for personal use cases for (HL)LHC in MAD-X

Additionally, the release brings a cleanup of some other modules, an improved test coverage and a few tweaks to dev configurations.

Release 0.6.0

Release 0.6.0 brings the following changes:

• Full compatibility across OSes (thanks to cpymad's progress)

• Added a tfstools module

• Added a beam module in optics

• Added an (experimental) timedata module in plotting

• Improved object validation with pydantic

• Made cpymad a default dependency

• Added a docs dependency

• Updated dependencies.

• Moved CI to Github Actions, now covers all platforms

• Improved test coverage.

• Started documentation site