-/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *
- * See cxx source for full Copyright notice */
-
// $Id$
-/// \file Doxymain.h
-/// \brief The main page for code documenation
-
-
-/*! \mainpage MUON code documentation
+/*! \page README_MUON_main MUON code documentation
This is the documentation for the MUON simulation and reconstruction code.
It is a mix of general concepts and code implementation details.
// $Id$
-/*! \page README_base Data definition and access
+/*! \page README_base MUON Data definition and access
Both the simulation and reconstruction use containers (called stores in the MUON jargon)
to hold the data we're dealing with: hits, (s)digits, trigger, clusters, tracks and
/*!
-\page README_calib Calibration
+\page README_calib MUON Calibration
The Offline Condition DataBase is described extensively on ALICE Offline pages.
/*!
-\page README_calign Offline Calibration and Alignment
+\page README_calign MUON Offline Calibration and Alignment
\section calign_s1 Offline monitoring of the Alignment and Calibration
// $Id$
-/*! \page README_cosmics The Software testing on Cosmics Test Data
+/*! \page README_cosmics MUON The Software testing on Cosmics Test Data
Seeveral macros has been developed during the Offline shifts
/*!
-\page README_evaluation Evaluation
+\page README_evaluation MUON Evaluation
\section evaluation_s1 How to process invariant mass spectra for J/psi or Upsilon
/*!
-\page README_eve Event display
+\page README_eve MUON Event display
This README file shows how to use both the old and new EVE event display for
the MUON detector. The explained procedure is a complement to the visualisation
/*!
-\page README_fast Fast simulation
+\page README_fast MUON Fast simulation
The macro fastMUONGen.C allows to generate events using the
/*!
-\page README_geometry Geometry
+\page README_geometry MUON Geometry
\section geometry_s1 General Information about MUON Geometry
/*!
-\page README_mapping Mapping
+\page README_mapping MUON Mapping
See the detailed description of the mapping package in ALICE-INT-2003-025.
/*!
-\page README_mchda Tracking DA
+\page README_mchda MUON Tracking DA
The detector algorithms are implemented for the Muon Tracking in the AliRoot framework.
We currently have 3 DAs for MCH :
// $Id$
-/*! \page README_mchview Tracker visualisation program
+/*! \page README_mchview MUON Tracker visualisation program
A visualisation program, \link mchview.cxx mchview \endlink, is now available to display, in two dimensions
(3D visu being done within the EVE framework), the tracker chambers.
/*!
-\page README_mtrda Trigger DA
+\page README_mtrda MUON Trigger DA
The detector algorithm is implemented for the Muon Trigger in the AliRoot
framework. The main code is located in MUONTRGda.cxx and it runs in the MUON
/*!
-\page README_raw Raw data
+\page README_raw MUON Raw data
\section raw_s1 How to read & decode raw data
/*!
-\page README_rec Reconstruction
+\page README_rec MUON Reconstruction
The reconstruction is a multistage process, driven by the AliMUONTracker and AliMUONReconstructor classes
via the AliReconstruction class, which is divided into three parts:
/*!
-\page README_shuttle Shuttle
+\page README_shuttle MUON Shuttle
How to test the Shuttle preprocessor(s) for MUON.
// $Id$
-/*! \page README_sim Simulation
+/*! \page README_sim MUON Simulation
The simulation encompasses the following tasks :
/*!
-\page README_trigger Trigger
+\page README_trigger MUON Trigger
\section trigger_s1 How to reprocess trigger decision from already produced digits