= HOWTO: Report sqrt(s), etc of collisions per time step =

The module '''collisionReporter''' is prepared to collect data about (two-body-) collisions.

source:/workingCode/code/collisions/Prelim/collisionReporter.f90

It provides routines to store and to print the number of colisions as function of time and of sqrt(s). 
All information is split up into several chanels, cf. fritiofType:

 *  07: BaB    (Baryon-Antibaryon-Annihilation)
 *  08: Manni  (Meson-Baryon-Annihilation)
 *  09: Elastic
 *  10: == Low Energy ==
 *  11: FRITIOF
 *  12: PYTHIA


With gnuplot-scripts like the following...
{{{
reset
set xlabel "t [fm]
set ylabel "sqrt(s) [GeV]"
set xrange [0:]
set yrange [1:]
set log zcb
#splot  "CollRep.007.dat" u 1:2:($3>1e-10?$3:1/0) w l lt 2 t "BaB"
splot "CollRep.008.dat" u 1:2:($3>1e-10?$3:1/0) w l lt 1 t "Manni"
#replot "CollRep.009.dat" u 1:2:($3>1e-10?$3:1/0) w l lt 5 t "Elast"
replot "CollRep.010.dat" u 1:2:($3>1e-10?$3:1/0) w l lt 3 t "low energy"
replot "CollRep.012.dat" u 1:2:($3>1e-10?$3:1/0) w l lt 4 t "Pythia"
}}}

...you can generate figures like this:

[[Image(http://gibuu.physik.uni-giessen.de/GiBUU/chrome/site/files/CollRep1.png)]]
[[Image(http://gibuu.physik.uni-giessen.de/GiBUU/chrome/site/files/CollRep2.png)]]

''These are examples taken from electron induced reactions according Hermes conditions (E,,e,,=27.3GeV)''