Index of /frs/mad-X_examples/ptc_track

[ICO]NameLast modifiedSizeDescription
[PARENTDIR]Parent Directory  -  
[DIR]Example1/2009-04-02 15:59 -  
[DIR]Example2/2007-10-05 22:11 -  
[DIR]Example3/2007-01-20 10:52 -  
[DIR]Example4/2007-01-20 11:26 -  
[DIR]Example5/2008-10-02 17:16 -  
[DIR]Example6/2007-01-20 09:04 -  
[ ]madxp2007-01-20 09:13 9.5M 
[ ]ptc_track_examples_V3.03.36.tgz2007-06-12 10:47 12M 
================== Test files for PTC_TRACK =================== 
====================== V.Kapin & F.Schmidt ====================  
========================= 2005-2007 ===========================

/afs/cern.ch/eng/sl/MAD-X/dev/test_suite/ptc_track/V3.00.06

Examples for PTC_TRACK_RUN are tested under Linux

Run: "madxp < FV9_*.madx" with appropriate number instead of *

For the observation point 1 at START of ring, 
the graphical output created by the MADX command <plot> is written to  
fv9_*_START.ps (we also converted into PDF files fv9_*_START.pdf);

Also, graphical output can be created with another plotting program.
Commands for running "GNUPLOT ver.4 for LINUX" in a batch mode are 
collected in the script (*.plt) files. 

Results are in appropriate subdirectories, namely 
no_1, no_4, or observ1, observ2, ....

Plots can be also drawn under Windows using "GNUPLOT ver.4.0 for Windows" 
(http://www.gnuplot.info/download.html). 
The script files should be slightly corrected.
For example, a terminal type in all "set terminal" commands must be changed 
from "x11" to "windows" and etc.  

---------------------------------------------------------------------
EXAMPLE 1: Multiturn tracking using PTC for the turn-by-turn tracking 

   Input file: FV9_1.madx
      Input in standard coordinates; 6 particles;
      icase=4; closed_orbit; turns=1000;
      Output in standard_coordinates

-----------------------------------------------------------------------
EXAMPLE 2: Multiturn tracking with PTC as in Example 1 
   using Normal Forms for a conversion 
   the output coordinates to normalized ones

   Input file: FV9_2.madx
       Input in standard coordinates; 6 particles;
       icase=4; closed_orbit; turns=1000; norm_no=1; 
       Output in normalized coordinates

   Parameter <norm_no> defines the order of Normal Forms
   The linear normalization (norm_no=1) gives an idea of the 
   resonance order.

-----------------------------------------------------------------------
EXAMPLE 3: Multiturn tracking with PTC as in Example 2 using 
   different orders of Normal Forms utilized for 
   a conversion the output coordinates to normalized ones.

   Input file: FV9_3.madx
      Input in standard coordinates; 4 particles;
      icase=4; closed_orbit; turns=1000; no=1,4,8; 
      Output in normalized coordinates

   One can compare the plots with different order of Normal Forms.

-----------------------------------------------------------------------
EXAMPLE 4: Multiturn tracking using PTC for element-by-element tracking 
   with the data outputs at several observation points 

   Input file: FV9_4.madx
      Input in standard coordinates; 3 particles;
      icase=4; closed_orbit; turns=1000; 
      Output in standard_coordinates 

-----------------------------------------------------------------------
EXAMPLE 5: Multiturn tracking using PTC for turn-by-turn tracking 
   with the data outputs at several observation points 

   Input file: FV9_5.madx
       Input in standard coordinates; 3 particles;
       icase=4; closed_orbit; turns=1000; 
       Output in standard_coordinates  

-----------------------------------------------------------------------
EXAMPLE 6: Comparison of results for Examples 4 and 5, i.e 
   for the turn-by-turn and the element-by-element tracking.