TUPAF04
RadiaSoft LLC, Boulder, Colorado, USA
ParaTools, Inc., Eugene, Oregon, USA
BNL, Upton, Long Island, New York, USA
Sourcery Institute, Oakland, California, USA
The particle tracking code Zgoubi [*] has been used for a broad array of accelerator design studies, including FFAGs and EICs [**]. Zgoubi is currently being used to evaluate proposed designs for both JLEIC and eRHIC [***], and to prepare for commissioning the CBETA BNL-Cornell FFAG return loop ERL [****]. Moreover, Zgoubi is now the subject of a Phase II SBIR aimed at improving its speed, flexibility, and ease-of-use. In this paper, we describe our on-going work on several fronts: (i) parallelizing Zgoubi using new features of Fortran 2018, including coarrays [*****]; (ii) implementing a new particle update algorithm that requires significantly less memory and arithmetic; and (iii) developing symplectic tracking for field maps. In addition, we describe plans for a web-based graphical interface to Zgoubi.
*F Meot, FERMILAB-TM-2010
**F Lemuet, NIM-A, 547:638; F Lin, IPAC17:WEPIK114
***A Kondratenko, IPAC18:MOPML007; F Meot, IPAC18:MOPMF013
****G Hoffstaetter, IPAC18:TUYGBE2
*****J Reid, WG5 N2145
