Update from satyajit: HM Analysis

[u/mrichter/AliRoot.git] / EMCAL / doc / simulation.tex

diff --git a/EMCAL/doc/simulation.tex b/EMCAL/doc/simulation.tex
index 1abb4f8f2f8c0cfec61fceda613e6bc2906a76a9..415e002a66a6d9b17898fb31eae54de058e0dbb5 100644 (file)
--- a/EMCAL/doc/simulation.tex
+++ b/EMCAL/doc/simulation.tex
@@ -10,17 +10,20 @@ of converting the digitized data to Raw Data is discussed in Sec.~\ref{sec:digi}
 Sec.~\ref{sec:simu_steps} gives the recipe to do all the steps of the simulation.
 
 
-\subsection{Event generation and particle transport: Hits}
+%\subsection{Event generation and particle transport: Hits}
 
 
-Once the generator is executed, the generated particles are transported
-in the detector material with the Monte Carlo code, GEANT3 by default. Other options are 
-GEANT4 or FLUKA\footnote{There may be some license problems  with FLUKA right now which could explain why it cannot be used at the moment}. All the generated particles are kept in a file called \textbf{Kinematics.root}. After the particle transport is executed, the objects \textbf{Hits}
-are created. They contain the energy deposited in the sensitive material
-of the detector by the generated particle, their position, impact
-time (after collision) and the identity of the original particle.
-Hits are stored in a file called \textbf{DETECTOR.Hits.root}, in the
-calorimeter case: \textbf{EMCAL.Hits.root.}
+%Once the generator is executed, the generated particles are transported
+%in the detector material with the Monte Carlo code, GEANT3 by default. Other options are 
+%GEANT4 or FLUKA\footnote{There may be some license problems  with FLUKA right now which could explain why it cannot be used at the moment}. All the generated particles are kept in a file called \textbf{Kinematics.root}. After the particle transport is executed, the objects \textbf{Hits}
+%are created. They contain the energy deposited in the sensitive material
+%of the detector by the generated particle, their position, impact
+%time (after collision) and the identity of the original particle.
+%Hits are stored in a file called \textbf{DETECTOR.Hits.root}, in the
+%calorimeter case: \textbf{EMCAL.Hits.root.}
+
+\input{StepManagerParticleTransport}
+\clearpage
 
 
 \subsection{Digitization: SDigits and Digits - Evi \label{sec:digi}}