Description

Geant4 TestEm10 adapted to Virtual Monte Carlo.

It demonstrates use of Geant4 transition radiation physics.

The users have to define the radiator envelope with a material defined as a mixture of the foil and the gas material. The radiator properties should be then set via the Geant4 VMC command

/mcDet/setRadiator volumeName xtrModel foilMaterial gasMaterial foilDensity gasDensity foilNumber

For more details see the Geant4 example description at:

http://geant4.web.cern.ch/geant4/UserDocumentation/Doxygen/examples_doc/html/ExampleTestEm10.html

Macros

For running example with G4:

   load_g4.C       - macro to load the libraries to run the example with Geant4
   run_g4.C        - macro for running example
   g4Config.C      - configuration macro - G4 native geometry navigation (default)
   g4tgeoConfig.C  - configuration macro - G4 with TGeo navigation
   set_g4_vis.C    - setting Geant4 visualization (called by run_g4.C)
   g4config.in   - macro for G4 configuration using G4 commands (called from g4Config.C)
   g4config2.in  - macro for G4 post-init configuration using G4 commands (called from run_g4.C)
   g4vis.in      - macro for G4 visualization settings (called from set_g4_vis.C)

For running example with G3:

   load_g3.C      - macro to load the libraries to run the example with Geant3
   run_g3.C       - macro for running example
   g3tgeoConfig.C - configuration macro for G3 with TGeo geometry
   set_g3_vis.C   - setting Geant3 TGeo visualization (called by run_g3.C)

To run example

  With G4:
  root[0] .x  load_g4.C
  root[1] .x  run_g4.C

  With G4 + TGeo navigation:
  root[0] .x  load_g4.C
  root[1] .x  run_g4.C( "g4tgeoConfig.C");

  With G3 + TGeo:
  root[0] .x  load_g3.C
  root[1] .x  run_g3.C

Classes

The documentation of all classes and the basic macros for this example is availabe on this page .