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OUTPUT_FILES
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OUTPUT_FILES
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Description of GUINEA-PIG Output Files
1) photon.dat:
It contains the photons after the interaction.
Photon Energy [GeV] | angle x [rad] | angle y [rad]
If the energy is negative the photon is from the second beam.
2) beam1(2).dat
Particles of the first and second beam respectively.
Particle Energy [GeV] | x [um] | y [um] | z [um] | x' [urad] | y' [urad]
3) coh1(2).dat
Coherent Pairs of the first and second beam respectively.
Particle Energy [GeV] | x [um] | y [um] | z [um] | x' [mrad] | y' [mrad]
4) pairs.dat
Incoherent Pairs after beam-beam interaction.
Particle Energy [GeV] | Beta_x | Beta_y | Beta_z | x [nm] | y [nm] | z [nm] | process (*)
(*) 'process' can be:
'0' : Breit-Wheeler
'1' : Bethe-Heitler
'2' : Landau-Lifschitz
5) hadron.dat
Colliding photons that produced a hadronic event.
Since the number of these events is small per bunch crossing the number
will be enhanced by a factor hadron_ratio.
Photon Energy beam1 [GeV] | Photon Energy beam2 [GeV] | z of collision [um]
6) lumi.ee.out
Colliding particles infos. do_lumi=1 e-e collision.
energy of the colliding particles
position of the collision within the bunch
value of "time counter" of the collision
normalized velocities of the colliding particles
polarization vector of colliding particles (px1(2),py1(2),pz1(2))
label
Energy beam1 [GeV] | Energy beam2 [GeV] | x [nm] | y [nm] | z [um] | Px1/E1 | Py1/E1 | Px2/E2 | Py2/E2 | px1 | py1 | pz1 | px2 | py2 | pz2 | label