Example jobcard for ANKE

!****************************
!*   ANKE: p A => KKbar X   *
!****************************

!**************************************************************************
! General Input :
!**************************************************************************

&input
  numEnsembles = 250	! number of ensembles
  eventtype    = 12	! 12 = HiPion A
  numTimeSteps = 200	! number of time steps
  delta_T      = 0.2	! time step size [fm]
  num_runs_SameEnergy = 20
  num_Energies = 1
  path_to_input = "/home/hadron/gibuu/buuinput"
  set_length_perturbative = .true.
  length_perturbative     = 1000
  freezeRealParticles = .true.
  ! localEnsemble = .true.		! default: parallel ensemble
  printParticleVectors = .true.
/

&target					! choose one:
  ! target_Z =  1 , target_A =   1	! H
  ! target_Z =  6 , target_A =  12	! C
  target_Z = 29 , target_A =  63	! Cu
  ! target_Z = 47 , target_A = 108	! Ag
  ! target_Z = 79 , target_A = 197	! Au
/

&LesHouches
  LesHouchesFinalParticles_Pert = .true.
  LesHouchesFinalParticles_Real = .false.
/

!**************************************************************************
!	Pion-induced reactions
!**************************************************************************

&HiPionNucleus
  DoProton         = .true.	! projectile: pion or proton?
  Charge           = 1		! charge of projectile
  ekin_lab         = 2.83	! kinetic energy of projectile in lab frame
  distance         = -1.	! negative -> automatic
  numberPions      = 25		! number of projectiles per ensemble
  impact_parameter = -1.	! impact parameter [fm], negative -> distributed over disk
/

!**************************************************************************
!	Ground State (Frozen Nucleus, Analytic Density, Zero Temperature)
!**************************************************************************

&initDensity
  densitySwitch = 2	! 1 = dynamic, 2 = analytic, 0 = no density
/

&initPauli
  pauliSwitch = 2	! 1 = dynamic, 2 = analytic, 0 = no pauli blocking
/

&initThermoDynamics
  temperatureSwitch = 1 
  ! 1=groundstate calculations (T=0,mu=E_F)
  ! 2=the full procedure according to testparticle density (real particles only!)
/