LUCIAE


LUCIAE was obtained via anonymous ftp as described below. For convenience of the CERNLIB installation procedures, all Fortran files were assembled into a single PATCHY/CMZ file.

Note that the versions of fritiof/ariadne/jetset/pythia are NOT compatible with other versions available through CERNLIB.

The program and manual can be accessed by anonymous ftp:

   $ ftp thep.lu.se
 (or, ftp 130.235.92.159)
    username: anonymous
    cd pub/LundPrograms/Luciae/
Note: The compressed files(*.Z) exist for convenience of transmission.


FORTRAN files you need to run LUCIAE version 2.0:
  1. LUCIAE_2.0.f
  2. fritiof_7.02R.f
  3. ariadne_402R.f
  4. (pythia_55.f)
  5. (jetset_73.f)
The Ariadne_402R program and fritiof_7.02R.f have been 'customized' for running Fritiof with LUCIAE2.0 while 4) and 5) are the standard versions except KSZJ=20000 in COMMON/LUJETS/N,K(KSZJ,5),P(KSZJ,5),V(KSZJ,5)

A program manual (for LUCIAE_1.0.f) is provided as a LaTeX file in LUCIAEman.tex

Plots for LUCIAEman.tex are in following postscript files plotfr1.eps,plotfr2.eps,plotfr3.eps,plotfr4.eps


Note: Luciae_2.0.f is basically in the same structure as Luciae_1.0.f,only more inelastic channels(90 channels totally) are included.In those channels added in Luciae_2.0.f, production of cascade and anti-cascade from rescattering and also delta and rho resonances are included.
You will need to create your own main program and link it to the five FORTRAN subroutine packages. A simplest main for the purpose of testing the installation can be like:
        PROGRAM FR7_TEST
C..To be linked with  LUCIAE_2.0.o,fritiof_7.02R.o ariadne_402R.o pythia_55.o jetset_73.o 

        CALL FRSAMPLE
        END
If successful, executing this main will produce some meaningful output in a file 'test.out'.

It is recommended that you keep the five FORTRAN packages (luciae,fritiof, ariadne, jetset, pythia) as SEPARATE files and compile them separately into object files or archives. This will make the replacement easier when one of the packages needs to be replaced.


CERN Program Library