Dear All,

 I write to you, after some months effort.  I would like to ask, that which
program and which hardware configuration do you use for the visualisation
of the surface, produced by Nascam ? We tried to visualise the surface with
Jmol (in a Core-I7 based  laptop, with 8Gb DDR3 memory), but this was
failed. The Jmol program chrashes. Our desktop computers are some
generations older, than this laptop.  Is it possible, that this a hardware
bug ? I have attached the input file.

Best regards,
  Antal Ürmös
Substrate_type                                          0
Dimensions                                              200 200 5 40000 0
Deposition_rate,(ML/s)                                  2e-3
Prefactor_correction                                    1
Masked_deposition                                       0
Pattern_name                                            pattern.txt
Source_linear_movement                                  0 0.05
Ea_diff,(eV)                                            1.15
Ea_nn_inc,(eV)                                          2.75
Ea_nn_dec,(eV)                                          3.55  
Ea_detach,(eV)                                          3.55
Ea_up,(eV)                                              4.42   
Ea_down,(eV)                                            3.62
Ea_detrap,(eV)                                          4.5
Ea_sub_evap,(eV)                                        4.5 
Ea_lay_evap,(eV)                                        4.5
Temp,(eV)                                               0.05368391
Save_data                                               1 100
Energy_source                                           1  1
Mean_Energy_of_both_incident_atoms,(eV)                 0.5  0.5
Surface_binding_energy_of_the_substrate,(eV)            2.82   
Surface_binding_energy_of_the_film,(eV),(eV)            2.103   
Energy_file                                             histo.txt histo_gas.txt
Angular_source                                          1   1
Teta0,phi0,dteta(deg)                                   0  0   0
Teta02,phi02,dteta2(deg)                                0  0   0
Angular_file                                            ang_dstr.txt  
ang_dstr_gas.txt
Rotation:w_rot(1/s);A_osc(deg);w_osc(1/s)               0.0  0  4.5
Gas_conc                                                0.0
Species                                                 As Ga  Ar
Masses,(a.e.)                                           74.92 69.72 40.0
Forced_deposition                                       1e15
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