TURTLE (Trace Unlimited Rays Through Lumped Elements) is a multiparticle simulation program that can trace several thousand rays through beamlines designed with PBO Lab. The TURTLE Application Module includes the TURTLE FORTRAN program maintained by the Fermi National Accelerator Laboratory (FNAL) and is distributed with written permission of FNAL.
Features
Capabilities
The TURTLE Application Module
provides a seamless integration of the TURTLE multiparticle simulation
program into PBO Lab. The graphic construction of PBO Lab beamlines
automatically defines the necessary data needed to run TURTLE.
TURTLE is executed from the PBO Lab graphic interface and all
user-requested graphs and plots are automatically displayed in
attractive, presentation-quality formats.
Distributions containing up to 10,000 individual particles can be tracked through beamlines defined with PBO Lab. Beamline performance for several types of initial distributions (Gaussian, KV) can be simulated. Aberration distortions of phase space can be studied and particle loss on magnet apertures or diagnostic slits can be determined. Bar graphs, useful for studying beamline profiles, and scatter plots, useful for examining beam cross sections or phase space, may be specified for multiple locations in a beamline. High quality displays of graphs and plots have unlimited zoom capabilities and may be sent directly to a printer.
Professional Version Available
The Professional version includes
the complete FORTRAN source code for TURTLE so that users can
create their own custom versions of PBO Lab with TURTLE.
Get technical publications related to the TURTLE Application Module...
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