CTAN Comprehensive TeX Archive Network

CTAN update: HEPparticles

Date: December 3, 2014 8:10:40 PM CET
Andy Buckley submitted an update to the HEPparticles package. Version number: 2.0 License type: lppl Summary description: Macros for typesetting high energy physics particle names. Announcement text:
Version 2.0 is a major update which completely reworks the underlying typesettign machinery. Several package options and macros have been removed along with this implementation clean-up. Previously hacky implementations of superscript & subscript height control and font context styling are now done much better via the subdepth package and proper use of NFSS attributes and math alphabets. The maybemath package is no longer required. Also , horizontal placements of sub/superscripts in various particle classes (barred, tilded, bold, sans, upright, etc.) have been greatly improved for the standard Computer Modern font and user-settable macros are now provided to allow tweaking of these positions for other fonts.
This package is located at http://mirror.ctan.org/macros/latex/contrib/hepparticles More information is at http://www.ctan.org/pkg/HEPparticles We are supported by the TeX Users Group http://www.tug.org . Please join a users group; see http://www.tug.org/usergroups.html .
Thanks for the upload. For the CTAN Team Manfred Lotz

HEPparticles – Macros for typesetting high energy physics particle names

HEPparticles is a set of macros for typesetting high energy particle names, to meet the following criteria:

1. The main particle name is a Roman or Greek symbol, to be typeset in upright font in normal contexts.

2. Additionally a superscript and/or subscript may follow the main symbol.

3. Particle resonances may also have a resonance specifier which is typeset in parentheses following the main symbol. In general the parentheses may also be followed by sub- and superscripts.

4. The particle names are expected to be used both in and out of mathematical contexts.

5. If the surrounding text is bold or italic then the particle name should adapt to that context as best as possible (this may not be possible for Greek symbols).

A consequence of point 5 is that the well-known problems with boldness of particle names in section titles, headers and tables of contents automatically disappear if these macros are used.

MaintainerAndy Buckley



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