= format of the output file : lumi.ee.out =

the date are in ASCII : 

 1. energy of the colliding particle coming from the beam 1 (GeV)
 2. energy of the colliding particle coming from the beam 2 (GeV)
 3. x position of the collision within the bunch (nm)
 4. y position of the collision within the bunch (nm) 
 5. z position of the collision (micrometers)
 6. value of "time counter" of the collision
 7. normalized velocity in x direction of the first particle, Px1/E1
 8. normalized velocity in y direction of the first particle, Py1/E1
 9. normalized velocity in x direction of the second particle, Px2/E2
 10. normalized velocity in y direction of the second particle, Py2/E2
 11. x component of the polarization vector of the first particle
 12. y component of the polarization vector of the first particle
 13. z component of the polarization vector of the first particle
 14. x component of the polarization vector of the second particle
 15. y component of the polarization vector of the second particle
 16. z component of the polarization vector of the second particle
 17. label



before output, the data are randomized. The label (17th data) reflects the primitive order provided by the guineapig++ calculation.

Remark : data 11-17 (and effective randomization) are available only from version 1.0.0