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Tunnell, Christopher, 23 August 2011 18:01


MAUS User Documentation

MAUS usage is handled by several applications that enable basic usage of the framework. Each application runs several modules against a particular configuration. The particular modules that the application runs, and the configuration that is run against, can all be modified by the user.

Offline data access

To get at the MICE data, look here:

http://micewww.pp.rl.ac.uk/projects/computing-software/wiki

Applications

There are several applications in the MAUS schema

Getting Help

When filling out a support request, you will almost certainly be asked some of the following information so it is useful for us if you try to answer as many of the questions as possible from the list below.

  1. What version of MAUS are you using? Are you using the trunk or a release? If you are using your own branch, where can we see the code and what have you changed? Is it reproducible in the trunk?
  2. What version of Linux or Mac are you using? What distribution?
  3. What version of gcc are you using:
    g++ --version
  4. If you are seeing weird behavior when running a command, please send us the output file and also the terminal output. You can pipe terminal output to a file by doing for example:
    my_application.py 1>maus_standard_output 2>maus_standard_errors

Please do not email the code maintainers directly because we will send you to this webpage and frequently accidentally miss emails. This website is the way you are not forgotten.

Configuration manipulation

MAUS uses a set of user-modifiable files to control the application configuration. Variables such as input geometry, field arrangement and detector parameters can all be modified by the user.

Changing application modules

MAUS uses a modular structure in its applications. Uses can alter the modules which a particular application runs or define their own application. The different modules are listed in the Components section.

File IO

Data is passed between different parts of the framework in tree-like structured data files. The tree structure is described in the DataStructure section.

Updated by Tunnell, Christopher almost 11 years ago · 22 revisions