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### ---------------------------------------------------------------------------
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### $Id: example_mindG4.config 436 2010-11-03 15:06:50Z alaing $
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### Example configuration file for the mindG4 application.
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### ---------------------------------------------------------------------------
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### JOB options ###########################################
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JOB output_dst S DDD/G4_out/pppXXX/pppXXX_NN.dst.root
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JOB number_events I MMM
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JOB random_seed I 13243NN
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### GEOMETRY configuration parameters #####################
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### Detector dimensions (in mm)
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GEOMETRY width D 14000.
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GEOMETRY height D 14000.
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GEOMETRY length D 14000.
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GEOMETRY ear_width D 1230.3
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GEOMETRY ear_height D 8118.3
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### Calorimeter layers thicknesses (in mm)
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GEOMETRY active_thickness D 20.
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GEOMETRY passive_thickness D 30.
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### Active and passive materials (see documentation for values)
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GEOMETRY active_material S G4_POLYSTYRENE
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GEOMETRY passive_material S G4_Fe
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### Uncomment if you want to simulate TASD.
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## Sets all volumes as sensitive detectors.
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## Remember to use G4_POLYSTYRENE as passive_material as well!!.
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### number of active layers per piece. (number of gaps should be 1 greater!)
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GEOMETRY num_active_layers I 1
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### Air gaps between layers (in mm)
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### MAgnetic field. Still uniform vector.(T)
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## A single bit to turn the uinform field off in favour of a toroidal field
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GEOMETRY isUniform I 0
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# if uniform then [bx,by,bz]. if toroidal then [br,btheta,bphi]
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# If we wish to use a field map then the identity of the field map
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# must be entered here.
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GEOMETRY FieldMap S /data/neutrino04/common_SW/MIND/mindG4/MIND_field_map_files-5_cm_grid/iron_field_halfplane_1.res
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# GEOMETRY FieldMap S /data/neutrino04/common_SW/MIND/mindG4/MIND_field_map_files-5_cm_grid/iron_field_halfplane_2.res
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# GEOMETRY FieldMap S /data/neutrino04/common_SW/MIND/mindG4/MIND_field_map_files-5_cm_grid/smoothing_test.res
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GEOMETRY FieldScaling D FFF
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### GENERATION configuration parameters ###################
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### Three generators, SINGLE_PARTICLE, NUANCE and GENIE, with different
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### configuration parameters, are available. The first is chosen
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### as default. Comment out the following lines if you want to
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# GENERATION generator S GENIE
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GENERATION generator S CRY
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# GENERATION particle_name S mu+
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### Particle energy will be sample between these two values (in GeV)
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# GENERATION energy_min D 0.300
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# GENERATION energy_max D 3.000
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### Uncomment the following lines if you want to use the NUANCE
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### NUANCE/GENIE data files for passive and active materials!! Set the filenames here!!
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# GENERATION active_material_data S DDD/genie_samples/pppXXX/ev0_nnn_jjj_1000060120[0.922582],1000010010[0.077418]_LLL.root
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# GENERATION passive_material_data S DDD/genie_samples/pppXXX/ev0_NN_jjj_1000260560_QQQ.root
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# GENERATION srystring S "returnNeutrons 1 returnProtons 1 returnGammas 1 returnPions 1 returnKaons 1 date 11-11-2012 latitude 41.83 altitude 0 subboxLength 15"
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GENERATION crydata S /data/neutrino04/common_SW/MIND/cry_v1.7/data
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GENERATION crysurface I CC
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### Vertex location (RANDOM, ACTIVE, PASSIVE, FIXED).
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# GENERATION vertex_location S RANDOM
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# Vertex if FIXED requested.
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#GENERATION fvert DV 3
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### PHYSICS configuration parameters ######################
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### Production cut (in mm) for secondaries
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PHYSICS production_cut D 30.
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### Minimum Kinetic energy for a particle to be tracked (MeV).
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PHYSICS minimum_kinEng D 100.