Number of seeds (isemax): 1 1 Number of pe-macroparticles/bunch (npepb): 2000 Number of bunches (nbunch): 80 Number of intermediate steps per bunch passage (#slices < 50000) (nbstep): 200 Number of intermediate steps per inter bunch drift (nistep): 200 Number of intermediate steps per offset kick (nostep): 1 Number of bunch passage for which the energy distributions is plotted (jebin): 400 Number of bunch slice after which the energy distributions is plotted (iebin): 400 Movie option (1 -> plotting the particle distribution every slice) (imovie): 0 The movie pictures are plotted every 'iseq' slice/interbunch step: 1 Number of particles per bunch (ppb):1.05e11; 1.664e11; 1.485e11 1.1e11 Bunch spacing (sb [m]):7.48; 14.96 7.48 Bunch length (bl [m]):0.075; 0.053033, 0.0132583 0.1 Length of bending magnet (belen [m]):14.2 1. Particle energy (energy [eV]):26.0e9; 7000.0e9 450.0e9 Machine circumference (circum [m]):628.0; 27000.0 6911.0 Primary photoelectron emission yield (peeff): 0.001 100. 1 Maximum bunch number until which photoelectrons are emitted (nbini): 400 Maximum slice number until which photoelectrons are emitted (nsini): 400 Modulo Switch -> particles are emitted every nbini's bunch (imodo): 0 Angle cut for the emitted photons (2.0 -> normal distribution, < 2.0 limited):0.125 .041 Energy for photo electrons (position of peak)(epemax [eV]): 7. 0. 0. Energy of the photo electrons (sigma of distribution) (epesig [eV]): 5. 5. Energy of the secondary electrons (sigma of distribution) (semax [eV]): 1.8 Energy distribution for sec. el. (iseldis): (1->Gauss,2->Miguel,3->Exp,4->Lor ) 5 Energy cut for the 'time.*.data' files (ecut): 160.0d3 Secondary emission yield (yim):2.4 1.8 Energy at which maximum secondary emission yield occurs (yemax): 230. Times the space charge field is recalculated (interspace): 10 Switch for electron image charges (iimage=1 -> image charges are included): 1 Switch for beam image charges (iimageb=1 -> image charges are included): 1 Horizontal beam size (sx [m]):0.000303, 0.005, 0.003 .00077 Vertical beam size (sy [m]):0.000303, 0.005, 0.0023 .00038 Horizontal aperture limitation (xbound [m]): 0.0196; 0.022; 0.15 0.028 Vertical aperture limitation (ybound [m]): 0.0196, 0.018; 0.07 0.0375 Vertical aperture limitation at the flat part of the beam pipe (zbound [m]): 0.0375 Bending field (bfield [T]/[T/m]):8.39; 1.4; 210.0 0.001 Electrostatic field (volt [V]) 0.0 Switch for bending field (0->Drift, 1->Dipole, 2->Quad, 3->Solenoid) (ibend): 18 Switch for loosing particles (iloss=1 -> allows particle loss) (iloss): 1 Switch for space charge (ispace=1 -> 1-dim mesh, ispace=2 -> 2-dim mesh): 2 Switch for charge distribution (idistr=0 -> uniform; idistr=1 -> Gauss) 1 Switch for beam-beam kick (ibeam=0 -> no kick; ibeam=1 -> beam-beam kick) 1 Switch for wave guide mode (iwave=0 -> bunched beam; iwave=1,2 -> wave guide) 0 Inner radius of the wave guide (rbound [m]): 0.003 Length of the wave guide (wgl [m]; for iwave=2: "wavelength"):0.9 6.0d0 Wave number of the standing wave (wk; for iwave=2:"period/pulsewidth"):1.5 2.222222222222d0 Voltage of the standing wave (vtem [Volt]) 160.0d0 DC Bias for the standing wave (vtem0 [Volt]):100.0 1.0d-5 Wire radius of the 6-wire waveguide(rbound6 [m]) 0.5d-3 Number of particles per satellite bunch (ppb1):1.05e10 0.0d0 Bunch spacing of the satellite bunch (sb1 [m]): 0.00d0 Number of particles per satellite bunch (ppb2):1.05e10 0.0d0 Bunch spacing of the satellite bunch (sb2 [m]): 5.98d0 x,y offsets for main bunch (x1, y1 [m]) 0. 0. x,y offsets for 1st satellite bunch (x2, y2 [m]) 0. 0. x,y offsets for 2nd satellite bunch (x3, y3 [m]) 0. 0. switch for gas ionization (icoll) 2 9. 2. switch for elastic reflection 3 0.7 Fill pattern (1: no of repetitions, 2: full, empty, full, empty buckets) 1 3 72 8 0 0 1 1 1 1 1. 0. 1. 0. 0 Switch for azimuth 1 wake field switch 0 0.00 0.005 1 e- monitor 0. 0 CPU time limit 200000.