--- docs/pubs/0001-lcdd/lcdd-paper.tex	2014-08-04 23:28:28 UTC (rev 3215)
+++ docs/pubs/0001-lcdd/lcdd-paper.tex	2014-08-04 23:39:14 UTC (rev 3216)
@@ -370,7 +370,7 @@

 
 The calorimeter hits each have a list of individual energy contributions that correspond to single steps in the simulation, recording the PDG code of the particle and the positional information about that step, e.g. its endpoints.  Depending on the user requirements, this low-level step data can be saved into the output data, as it might be useful if the readout response depends on the distance of an energy deposition from the edge of the cell, etc.  The energy contributions may also be summed to obtain the total energy deposition in the cell for that event.
 

-\section{Hits Processors}

+\subsection{Hits Processors}

 
 Each sensitive detector has one or more \textit{hits\_processor} objects to process step information into hits, allowing flexibility in how different types of particles and physics are handled.  For instance, an optical calorimeter may write out separate hits collections for the scintillation and Cherenkov energy depositions using two different hits processors.  The tracker and calorimeter detectors each have a default hits processor that may use the segmentation, sensitive detector, and identifier classes to construct hits.  It is anticipated that the hits processor could provide an extension point for future development of flexible digitization algorithms with complex requirements and input parameters.
 

@@ -428,17 +428,17 @@

 <projective_zplane ntheta="�500"�� nphi="��500" />
 \end{verbatim}
 

-\subsection{Global Grid XYZ Segmentation}

+%\subsection{Global Grid XYZ Segmentation}

 
 %% TODO: Section needs more content.
 

-The \textit{global\_grid\_xyz} segmentation divides a global space into regular sized rectilinear cells.

+%The \textit{global\_grid\_xyz} segmentation divides a global space into regular sized rectilinear cells.

-\begin{verbatim}
-<global_grid_xyz grid_size_x="��50.0*mm"�� grid_size_y="50.0*mm" />
-\end{verbatim}

+%\begin{verbatim}
+%<global_grid_xyz grid_size_x="��50.0*mm"�� grid_size_y="50.0*mm" />
+%\end{verbatim}

-Unlike most other segmentations, this algorithm uses the origin of the world volume rather than the volume's center.

+%Unlike most other segmentations, this algorithm uses the origin of the world volume rather than the volume's center.

 
 \section{Identifiers}
 

@@ -535,7 +535,7 @@

 Here is an example of a dipole field definition.
 
 \begin{verbatim}

-<dipole name="ExamploeDipoleField" zmin="0.0" zmax="-10.0*mm" >

+<dipole name="ExampleDipoleField" zmin="0.0" zmax="-10.0*mm" >

     <dipole_coeff value="1.0" />
     <dipole_coeff value="0.1" />
     <dipole_coeff value="0.001" />