Changes between Initial Version and Version 1 of jobcards/FOPI

Timestamp:

Dec 12, 2009, 12:41:41 PM (14 years ago)

Author:

jweil

Comment:

--

jobcards/FOPI

@@ +1 @@
+ = Example jobcard for FOPI =
+
+{{{
+!******************************
+!*   FOPI: pi- 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
+  ! target_Z =  1 , target_A =   1              ! H
+  ! target_Z =  6 , target_A =  12              ! C
+  target_Z = 29 , target_A =  63                ! Cu
+  ! target_Z = 82 , target_A = 208              ! Pb
+/
+
+&LesHouches
+  LesHouchesFinalParticles_Pert = .true.
+  LesHouchesFinalParticles_Real = .false.
+/
+
+!**************************************************************************
+!       Pion-induced reactions
+!**************************************************************************
+
+&HiPionNucleus
+  DoProton      = .false.       ! projectile: pion or proton?
+  Charge        = -1            ! charge of projectile
+  ekin_lab      = 1.7           ! kinetic energy of projectile in lab frame
+  distance      = 0.            ! zero -> 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!)
+/
+}}}