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Installation of CompHEP/SUSY involves the following steps:

1. You should have CompHEP version 4.* installed on your computer.

2. Uncompress the file mssmusr.tar.gz, using the command:
tar zxvf mssmusr.tar.gz
or
gunzip mssmusr.tar.gz; tar xvf mssmusr.tar
The usrlib/ directory will be created, it contains several C and FORTRAN
files. You should compile and create user library as:

cd usrlib
cc -c *.c
f77 -c *.f
ar -r usrlib.a *.o

The file usrlib.a will be created. Move this file into CompHEP user
directory.

3. Uncompress the archive with chosen model in the 'models' subdirectory of
the CompHEP user directory. Use the command (example for basic MSSM):
tar zxvf mssmbs.tar.gz
or
gunzip mssmbs.tar.gz; tar xvf mssmbs.tar

4. You should modify the file 'ld_n' in the CompHEP directory
to allow linking Fortran and C files together. This file ld_n
contains an instruction to link CompHEP numerical calculator.
By default, the instruction reads like:

$CC -o n_comphep $COMPHEP/n_comphep_c.o $* $COMPHEP/num_c.a $COMPHEP/serv.a \
f_*.a $usr -lX11 -lm

Now it is necessary to add the libraries which Fortran uses for I/O and
mathematics. On Linux platform, add in the end of this string '-lg2c'
option (some Linix versions require '-lf2c'). Some other systems use
'-lf77' or '-lfor'. You can learn which libraries uses your Fortran if
you run f77 with '-v' option to create some executable - this option
shows which option f77 passes to linker.

If you use SUGRA/GMSB models, you also have to add the ISAJET library
to the instriction above - either '-L$ISAJETPATH -lisajet' or
'$ISAJETPATH/libisajet.a'.