Proton beam with realistic geometry

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The image shows the water box divided into slices using class G4PVReplica. This tutorial is very similar to the '''Monoenergetic proton pencil beam''' tutorial. It is recommended to follow that tutorial first because some steps in both tutorials are similar.   
The image shows the water box divided into slices using class G4PVReplica. This tutorial is very similar to the '''Monoenergetic proton pencil beam''' tutorial. It is recommended to follow that tutorial first because some steps in both tutorials are similar.   
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== <span style="color:#000080"> Setting up the environment </span> ==  
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== <span style="color:#000080"> How to run the tutorial </span> ==  
; Connect to the HEP cluster and create folder ProtonGBFolder in your area
; Connect to the HEP cluster and create folder ProtonGBFolder in your area
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[username@plus1 PhotonGBFolder]$ source /unix/pbt/software/dev/bin/pbt-dev.sh   
[username@plus1 PhotonGBFolder]$ source /unix/pbt/software/dev/bin/pbt-dev.sh   
</pre>
</pre>
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== <span style="color:#000080"> How to get the code </span> ==
 
; Copy the code to your working directory and rename it
; Copy the code to your working directory and rename it
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[username@plus1 PhotonGBFolder]$ mv ProtonGB ProtonGB_source
[username@plus1 PhotonGBFolder]$ mv ProtonGB ProtonGB_source
</pre>
</pre>
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== <span style="color:#000080"> How to run the code </span> ==
 
; Inside /home/username/ProtonGBFolder/ create a directory
; Inside /home/username/ProtonGBFolder/ create a directory

Revision as of 15:25, 31 August 2014

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