| [1350] | 1 | $Id: README,v 1.1 2008/09/03 13:34:03 gcosmo Exp $
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| 2 | -------------------------------------------------------------------
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| 3 |
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| 4 | In this directory you can find the test for Geant4 Solids with Optical Photons.
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| 5 | The test was created from a user application in order to test the replay
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| 6 | of the Solids.
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| 7 |
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| 8 | =============
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| 9 | How it works :
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| 10 | =============
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| 11 | - The Solid is situated in the center of the World Volume.
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| 12 | It can be choosen via macro command.
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| 13 | - The primary particle (e- of 20 veV) is shooting from Randomly Position on
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| 14 | the Shpere around the Solid to the center of the World Volume.
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| 15 | - This primary particle 'enters' in the Solid and create Optical Photons.
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| 16 | The boundary between Solid and World is declared as Boundary with Reflection.
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| 17 | If a optical Photon is going outside Solid, it is a Error.
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| 18 | This error is detected, warning or error message is printed.
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| 19 | This message also containts the information that can be useful for debugging:
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| 20 | -Position p and Direction v of the Point (Global Coordinates), were Error
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| 21 | is detected.
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| 22 | -Inside(p):
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| 23 | If p is Inside, the DistanceToOut(p,v,norm) is given
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| 24 | If p is Outside,the DistanceToIn(p,-v) is given
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| 25 | If p is On the Surface, both values are given.
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| 26 |
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| 27 | =====================
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| 28 | How to run this test :
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| 29 | =====================
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| 30 |
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| 31 | To build the application, first setup your Geant4 environmental variables,
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| 32 | do not forget to setup the visualisation part.
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| 33 |
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| 34 | and then do : make
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| 35 |
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| 36 | and to run it : AXPETDemonstrator run1.mac
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| 37 |
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| 38 |
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| 39 | ==================================
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| 40 | Via command line user can choose :
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| 41 | ==================================
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| 42 |
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| 43 | the solis : /mydet/SelectDetector nameOfSolid
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| 44 | the rotation: /mydet/RotateX angleInDegree
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| 45 | /mydet/RotateY angleInDegree
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| 46 | /mydet/RotateZ angleInDegree
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| 47 | In case of Error(Optical Photon escaping Solid)
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| 48 | warning or Abortion of the Run can be chosen.
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| 49 | It can be useful for large statistics.
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| 50 | Coomand for Abort Run : /mydet/AbortRun 1
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| 51 |
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| 52 | ============
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| 53 | The examples are given in vis.mac(shooting 30 e- in all solids)
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| 54 | ============ run1.mac(shooting 3000 e- in shoosen solid, Ellipsoid)
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| 55 | run2.mac(shooting 3000 e- in shoosen solid,
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| 56 | Shell=Subtraction of Spheres)
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