FACTOR allows you to set the magnetic field to 0, just putting FACTOR=0. Default value is 1.
MAXB is the maximum magnetic field which is 10.T
-\section sim_s4 MUON cocktail generator
+\section sim_s4 Tailing effect
+
+The control to turn on/off the parametrized tailing effect:
+<pre>
+AliMUON::SetTailEffect(Bool_t),
+</pre>
+
+The parameter to tune increase/decrease the tailing effect is kept inside,
+AliMUONResponseV0::DisIntegrate(). This parameter is an integer number
+(excluding zero and four), the higher the value is the less is the tailing
+effect:
+<pre>
+Int_t para = 5;
+</pre>
+Zero is excluded because it gives straight line transformation, and four
+is excluded because the AliRoot simulation chain spends VERY VERY long
+time in AliMUONResponseV0::DisIntegrate method, which reason was not yet
+understood. The parameter for 1, 2, 3, 5, 6, 7, 8, 9, 10 were checked with
+no slowing down problem, however parameters greater than 6 give almost no
+tailing effect since they basically correspond to higher order polynomial
+transform.
+
+
+\section sim_s5 MUON cocktail generator
There is a MUON cocktail generator of the muon sources in the
EVGEN directory. This class derives from AliGenCocktail.
gener->Init();
</pre>
-\section sim_s5 How to simulate events with misaligned geometry in local CDB
+\section sim_s6 How to simulate events with misaligned geometry in local CDB
If you want to use a misaligned geometry to simulate some
events you can use a local CDB. For this need to follow
EOF
</pre>
-\section sim_s6 How to Merge events
+\section sim_s7 How to Merge events
You can merge 2 types of simulated events. For example,
you can simulate Hijing events, and then simulate muons
EOF
</pre>
-\section sim_s7 On track numbering
+\section sim_s8 On track numbering
All generated particles, including primary and secondary
particles are put on the stack. The secondary particles are kept