HowToBenchmark

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 git clone git@github.com:KrakowHEPSoft/KKMCee.git

 mv KKMCee KKMCee-FCC_release
 cd KKMCee-FCC_release
 
 ln -s dizet-6.45 dizet
 cd ffbench
 
 alias kmake='make -f KKMakefile'
 
 kmake makflag
 kmake makprod
  
 kmake EWtables
 kmake demo-start
 diff -b demo/demo.output.1k demo/demo.output | less
 
 cd ../yfspro
 kmake makflag
 kmake makprod
 
 cp E189GeV/E189GeV_PRD63.input E189GeV/E189GeV.input
 kmake E189GeV-start
 kmake E189GeV-stop

 cd E189GeV
 kmake farm24-CC1
 kmake qsubmit24
 
 kmake q-nev
 kmake combine24
 
 cd ../pubfig
 kmake clean
 kmake afb_sig-ps
 =====================================================
 
 Last command produces several latex files,
 which are \input to afb_sig.tex, which is processed
 and finally postscript file pops up on the screen.
 First page of the postscript shows table of cross sections 
 and charge asymmetries as in Table III of Phys.Rev. D63 (2000).
 Next pages reproduce several plots of PRD63 paper.
 
 It may not work on farm because there is no LaTeX
 in the system.
 In such a case one has to import E189GeV/pro.hst
 on your laptop and execute 'kmake afb_sig-ps'
 in order to produce postscript file with "kmake afb_sig-ps".
 
 One may of course produce locally on laptop pro.hst file with:
   cd yfspro
   kmake E189GeV-start
   kmake E189GeV-stop
 but it will take 24h to get 50M events.
 
 In the default configuration of KKMCee (FCC_realease)
 will run with Dizet 6.45 version.
 In case one wants to go back to 2000 version:
   ln -s dizet-6.21 dizet
   cp .KK2f_defaults-2000 .KK2f_defaults
 and recompile/rebuild is necessary.
 
 Once benchmark run is complete one may compare resulting
 table and other plots with the archived files:
   yfspro/pubfig/afb_sig_OldDiz_240M.pdf
   yfspro/pubfig/afb_sig_NewDiz_***M.pdf
 
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