Parameter names changes as announced in today's mail to users@cactuscode.org.

You must also update thorn IOUtil now.


git-svn-id: http://svn.cactuscode.org/arrangements/CactusBase/IOASCII/trunk@113 94b1c47f-dcfd-45ef-a468-0854c0e9e350

1 files changed, 194 insertions, 281 deletions

diff --git a/doc/documentation.tex b/doc/documentation.tex
index b78a39b..99813d9 100644
--- a/doc/documentation.tex
+++ b/doc/documentation.tex
@@ -7,84 +7,44 @@
 \date{December 2001}
 \maketitle
 
-\abstract{Thorn IOASCII provides I/O methods for 1D, 2D, and 3D output of
+\abstract{Thorn {\bf IOASCII} provides I/O methods for 1D, 2D, and 3D output of
 grid arrays into files in ASCII format. The precise format is designed for
 visualisation using the clients {\tt xgraph} or {\tt gnuplot}.}
 
 \section{Purpose}
-Thorn IOASCII registers three I/O methods named {\tt IOASCII\_1D}, {\tt IOASCII\_2D}, and
+Thorn {\bf IOASCII} registers three I/O methods named {\tt IOASCII\_1D}, {\tt IOASCII\_2D}, and
 {\tt IOASCII\_3D} with the I/O interface in the flesh.
 
 \begin{itemize}
-
-  \item {\tt IOASCII\_1D} 
-
-  creates one-dimensional output of 1D, 2D and
-  3D grid functions and arrays by slicing through the edge (in the
-  octant case) or center (in all origin centered cases) of the grid in
-  the coordinate directions.  In addition, output is provided
-  along a diagonal of the grid, in this case the diagonal always starts
-  at the first grid point (that is, in Fortran notation {\tt var(1,1,1)})
-  and the line taken uses grid points increasing by 1 in each direction.
-  [NOTE: The diagonal output is not yet available for staggered variables].
-
-  Output for each direction can be
-  selected individually via parameters.
-
-  Data is written in ASCII format and goes into files named
-
-  {\tt <GF\_name>.[xyzd]}
-
-  with the default behaviour in each grid dimension being to create
-  the following files:
-
-  \begin{center}
-  \begin{tabular}{cc}
-    Array dimension & Default output \\
-    3D & {\tt xl yl zl dl} \\
-    2D & {\tt xl yl dl} \\
-    1D & {\tt xl} 
-  \end{tabular}
-  \end{center}
-
-  These files can be processed directly by either xgraph or gnuplot
-  (you can select the style of output via parameter settings).
-
-  \item {\tt IOASCII\_2D} 
-
-  outputs two-dimensional slices of grid functions and arrays planes. 
-  Again, slicing is done through the edge (in the
-  octant case) or center (in all origin centered cases).\\ Data is
-  written in ASCII format and goes into files named 
-  
-  {\tt <varname>\_2d\_[\{xy\}\{xz\}\{yz\}].gnuplot}
-
-  The default behaviour in each grid dimension is to create
-  the following files:
-
-  \begin{center}
-  \begin{tabular}{cc}
-    Array dimension & Default output \\
-    3D & {\tt xy yz xz} \\
-    2D & {\tt xy} 
-  \end{tabular}
-  \end{center}
-
-  These files can be
-  visualized by gnuplot using its {\it splot} command.  
-
-  \item {\tt IOASCII\_3D} 
-
-  outputs three-dimensional grid functions and arrays as
-  a whole.
-
-  Data is written in ASCII format and goes into files named
-  
-  {\tt <varname>\_3D.asc}
-
-  These files can be visualized by gnuplot
-  using its {\it splot} command.
-
+  \item {\tt IOASCII\_1D}\\
+    creates one-dimensional output of 1D, 2D and
+    3D grid functions and arrays by slicing through the edge (in the
+    octant case) or center (in all origin centered cases) of the grid in
+    the coordinate directions.  In addition, output is provided
+    along a diagonal of the grid, in this case the diagonal always starts
+    at the first grid point (that is, in Fortran notation {\tt var(1,1,1)})
+    and the line taken uses grid points increasing by 1 in each direction.
+    [NOTE: The diagonal output is not available for staggered variables].\\
+    Output for each direction can be selected individually via parameters.\\
+    Data is written in ASCII format and goes into files named
+    {\tt <variable\_name>\_<slice>\_[<center\_i>][<center\_j>].\{asc|xg\}}
+    and {\tt <variable\_name>\_3D\_diagonal.\{asc|xg\}} for diagonals.\\
+    These files can be processed directly by either xgraph or gnuplot
+    (you can select the style of output via parameter settings).
+
+  \item {\tt IOASCII\_2D}
+    outputs two-dimensional slices of grid functions and arrays planes.
+    Again, slicing is done through the edge (in the octant case) or center
+    (in all origin centered cases).\\
+    Data is written in ASCII format and goes into files named
+    {\tt <variable\_name>\_<plane>\_[<center>].\{asc|xg\}}.\\
+    These files can be visualized by gnuplot using its {\it splot} command.
+
+  \item {\tt IOASCII\_3D}
+    outputs three-dimensional grid functions and arrays as a whole.\\
+    Data is written in ASCII format and goes into files named
+    {\tt <variable\_name>.\{asc|xg\}}.\\
+    These files can be visualized by gnuplot using its {\it splot} command.
 \end{itemize}
 %
 You obtain output by an I/O method by either
@@ -96,313 +56,266 @@ You obtain output by an I/O method by either
 %
 For a description of basic I/O parameters and the I/O function interface to
 invoke I/O methods by application thorns please see the documentation of thorn
-IOUtil and the flesh.
+{\bf IOUtil} and the flesh.
 %
 \section{Comments}
 
 IMPORTANT: Must select data to output AFTER spatial coordinates are set up
 
-
-
-
-%
-Since IOASCII uses parameters from IOUtil
+Since {\bf IOASCII} uses parameters from {\bf IOUtil}
 it also needs this I/O utility thorn be compiled into Cactus and activated.
 
 \section{Examples}
 
-In this section we include example output for different parameter combinations. 
+In this section we include example output for different parameter combinations.
 Note that all these examples were generated for just a couple of timesteps for an extremely small 3D grid.
 
-\subsection{One dimensional xgraph}
-
-These options produce data suitable for using with the xgraph visualization client 
-in the format 
-{\tt
-\begin{verbatim}
-x f(t=fixed,x,y=fixed,z=fixed)
-\end{verbatim}
-}
+\subsection{One-dimensional xgraph}
 
+These options produce data suitable for using with the xgraph visualization client in the format {\tt x f(t=fixed,x,y=fixed,z=fixed)}:
 
-{\tt
 \begin{verbatim}
-IOASCII::out1D_every = 1
-IOASCII::out1D_vars = "wavetoy::phi"
-IOASCII::out1D_style = "xgraph"
+  IOASCII::out1D_every = 1
+  IOASCII::out1D_vars = "wavetoy::phi"
+  IOASCII::out1D_style = "xgraph"
 \end{verbatim}
-}
 
 \noindent
-{\bf Output File: phi.xl}
+{\bf Output File: phi\_x\_[1][1].xg}
 
-{\tt
 \begin{verbatim}
-"Parameter file wavetoy.par
-"Created Sun 19 Aug 2001 16:31:43
-"x-label x
-"y-label WAVETOY::phi (y = 0.0000000000000, z = 0.0000000000000), (yi = 1, zi = 1) 
+  "Parameter file wavetoy.par
+  "Created Sun 19 Aug 2001 16:31:43
+  "x-label x
+  "y-label WAVETOY::phi (y = 0.0000000000000, z = 0.0000000000000), (yi = 1, zi = 1)
 
 
-"Time = 0.0000000000000
--0.5000000000000		0.0000000000139
-0.0000000000000		1.0000000000000
-0.5000000000000		0.0000000000139
+  "Time = 0.0000000000000
+  -0.5000000000000		0.0000000000139
+  0.0000000000000		1.0000000000000
+  0.5000000000000		0.0000000000139
 
 
-"Time = 0.2500000000000
--0.5000000000000		0.0000000000000
-0.0000000000000		0.4980695458846
-0.5000000000000		0.0000000000000
+  "Time = 0.2500000000000
+  -0.5000000000000		0.0000000000000
+  0.0000000000000		0.4980695458846
+  0.5000000000000		0.0000000000000
 
 
-"Time = 0.5000000000000
--0.5000000000000		0.0019304541362
-0.0000000000000		-0.7509652270577
-0.5000000000000		0.0019304541362
+  "Time = 0.5000000000000
+  -0.5000000000000		0.0019304541362
+  0.0000000000000		-0.7509652270577
+  0.5000000000000		0.0019304541362
 \end{verbatim}
-}
 
-\subsection{One dimensional gnuplot}
 
-These options produce data suitable for using with the gnuplot visualization client in the format
-{\tt
-\begin{verbatim}
-x f(t,x,y=fixed,z=fixed)
-\end{verbatim}
-}
+\subsection{One-dimensional gnuplot}
 
+These options produce data suitable for using with the gnuplot visualization client in the format {\tt x f(t,x,y=fixed,z=fixed)}:
 
-{\tt
 \begin{verbatim}
-IOASCII::out1D_every = 1
-IOASCII::out1D_vars = "wavetoy::phi"
-IOASCII::out1D_style = "gnuplot f(x)"
+  IOASCII::out1D_every = 1
+  IOASCII::out1D_vars = "wavetoy::phi"
+  IOASCII::out1D_style = "gnuplot f(x)"
 \end{verbatim}
-}
 
 \noindent
-{\bf Output File: phi.xl}
+{\bf Output File: phi\_x\_[1][1].asc}
 
-{\tt
 \begin{verbatim}
-#Parameter file wavetoy.par
-#Created Sun 19 Aug 2001 16:33:07
-#x-label x
-#y-label WAVETOY::phi (y = 0.0000000000000, z = 0.0000000000000), (yi = 1, zi = 1) 
-
-#Time = 0.0000000000000
--0.5000000000000		0.0000000000139
-0.0000000000000		1.0000000000000
-0.5000000000000		0.0000000000139
-
-#Time = 0.2500000000000
--0.5000000000000		0.0000000000000
-0.0000000000000		0.4980695458846
-0.5000000000000		0.0000000000000
-
-#Time = 0.5000000000000
--0.5000000000000		0.0019304541362
-0.0000000000000		-0.7509652270577
-0.5000000000000		0.0019304541362
+  #Parameter file wavetoy.par
+  #Created Sun 19 Aug 2001 16:33:07
+  #x-label x
+  #y-label WAVETOY::phi (y = 0.0000000000000, z = 0.0000000000000), (yi = 1, zi = 1)
+
+  #Time = 0.0000000000000
+  -0.5000000000000		0.0000000000139
+  0.0000000000000		1.0000000000000
+  0.5000000000000		0.0000000000139
+
+  #Time = 0.2500000000000
+  -0.5000000000000		0.0000000000000
+  0.0000000000000		0.4980695458846
+  0.5000000000000		0.0000000000000
+
+  #Time = 0.5000000000000
+  -0.5000000000000		0.0019304541362
+  0.0000000000000		-0.7509652270577
+  0.5000000000000		0.0019304541362
 \end{verbatim}
-}
 
 
-\subsection{One dimensional gnuplot (including time)}
+\subsection{One-dimensional gnuplot (including time)}
 
-These options produce data suitable for using with the gnuplot visualization client in the format
-{\tt
-\begin{verbatim}
-t x f(t,x,y=fixed,z=fixed)
-\end{verbatim}
-}
+These options produce data suitable for using with the gnuplot visualization client in the format {\tt t x f(t,x,y=fixed,z=fixed)}:
 
-{\tt
 \begin{verbatim}
-IOASCII::out1D_every = 1
-IOASCII::out1D_vars = "wavetoy::phi"
-IOASCII::out1D_style = "gnuplot f(t,x)"
+  IOASCII::out1D_every = 1
+  IOASCII::out1D_vars = "wavetoy::phi"
+  IOASCII::out1D_style = "gnuplot f(t,x)"
 \end{verbatim}
-}
 
 \noindent
-{\bf Output file: phi.xl}
-{\tt
+{\bf Output file: phi\_x\_[1][1].asc}
+
 \begin{verbatim}
-#Parameter file wavetoy.par
-#Created Sun 19 Aug 2001 16:34:48
-#x-label x
-#y-label WAVETOY::phi (y = 0.0000000000000, z = 0.0000000000000), (yi = 1, zi = 1) 
-
-#Time = 0.0000000000000
-0.0000000000000		-0.5000000000000		0.0000000000139
-0.0000000000000		0.0000000000000		1.0000000000000
-0.0000000000000		0.5000000000000		0.0000000000139
-
-#Time = 0.2500000000000
-0.2500000000000		-0.5000000000000		0.0000000000000
-0.2500000000000		0.0000000000000		0.4980695458846
-0.2500000000000		0.5000000000000		0.0000000000000
-
-#Time = 0.5000000000000
-0.5000000000000		-0.5000000000000		0.0019304541362
-0.5000000000000		0.0000000000000		-0.7509652270577
-0.5000000000000		0.5000000000000		0.0019304541362
+  #Parameter file wavetoy.par
+  #Created Sun 19 Aug 2001 16:34:48
+  #x-label x
+  #y-label WAVETOY::phi (y = 0.0000000000000, z = 0.0000000000000), (yi = 1, zi = 1)
+
+  #Time = 0.0000000000000
+  0.0000000000000		-0.5000000000000		0.0000000000139
+  0.0000000000000		0.0000000000000		1.0000000000000
+  0.0000000000000		0.5000000000000		0.0000000000139
+
+  #Time = 0.2500000000000
+  0.2500000000000		-0.5000000000000		0.0000000000000
+  0.2500000000000		0.0000000000000		0.4980695458846
+  0.2500000000000		0.5000000000000		0.0000000000000
+
+  #Time = 0.5000000000000
+  0.5000000000000		-0.5000000000000		0.0019304541362
+  0.5000000000000		0.0000000000000		-0.7509652270577
+  0.5000000000000		0.5000000000000		0.0019304541362
 \end{verbatim}
-}
 
-\subsection{Two dimensional gnuplot}
 
-These options produce data suitable for using with the gnuplot visualization client in the format
-{\tt
-\begin{verbatim}
-x y f(t,x,y,z=fixed)
-\end{verbatim}
-}
+\subsection{Two-dimensional gnuplot}
 
+These options produce data suitable for using with the gnuplot visualization client in the format {\tt x y f(t,x,y,z=fixed)}:
 
-{\tt
 \begin{verbatim}
-IOASCII::out2D_every = 1
-IOASCII::out2D_vars = "wavetoy::phi"
-IOASCII::out2D_style = "gnuplot f(x,y)"
+  IOASCII::out2D_every = 1
+  IOASCII::out2D_vars = "wavetoy::phi"
+  IOASCII::out2D_style = "gnuplot f(x,y)"
 \end{verbatim}
-}
 
 \noindent
-{\bf Output file: phi\_2d\_xy.gnuplot}
-{\tt
+{\bf Output file: phi\_xy\_[1].asc}
+
 \begin{verbatim}
-#Parameter file wavetoy.par
-#Created Sun 19 Aug 2001 16:31:43
-#x-label x
-#y-label y
-#z-label WAVETOY::phi (z = 0.0000000000000), (zi = 1)
+  #Parameter file wavetoy.par
+  #Created Sun 19 Aug 2001 16:31:43
+  #x-label x
+  #y-label y
+  #z-label WAVETOY::phi (z = 0.0000000000000), (zi = 1)
 
 
-#Time = 0.0000000000000
--0.5000000000000		-0.5000000000000		0.0000000000000
-0.0000000000000		-0.5000000000000		0.0000000000139
-0.5000000000000		-0.5000000000000		0.0000000000000
+  #Time = 0.0000000000000
+  -0.5000000000000		-0.5000000000000		0.0000000000000
+  0.0000000000000		-0.5000000000000		0.0000000000139
+  0.5000000000000		-0.5000000000000		0.0000000000000
 
--0.5000000000000		0.0000000000000		0.0000000000139
-0.0000000000000		0.0000000000000		1.0000000000000
-0.5000000000000		0.0000000000000		0.0000000000139
+  -0.5000000000000		0.0000000000000		0.0000000000139
+  0.0000000000000		0.0000000000000		1.0000000000000
+  0.5000000000000		0.0000000000000		0.0000000000139
 
--0.5000000000000		0.5000000000000		0.0000000000000
-0.0000000000000		0.5000000000000		0.0000000000139
-0.5000000000000		0.5000000000000		0.0000000000000
+  -0.5000000000000		0.5000000000000		0.0000000000000
+  0.0000000000000		0.5000000000000		0.0000000000139
+  0.5000000000000		0.5000000000000		0.0000000000000
 
 
 
-#Time = 0.2500000000000
--0.5000000000000		-0.5000000000000		0.0000000000000
-0.0000000000000		-0.5000000000000		0.0000000000000
-0.5000000000000		-0.5000000000000		0.0000000000000
+  #Time = 0.2500000000000
+  -0.5000000000000		-0.5000000000000		0.0000000000000
+  0.0000000000000		-0.5000000000000		0.0000000000000
+  0.5000000000000		-0.5000000000000		0.0000000000000
 
--0.5000000000000		0.0000000000000		0.0000000000000
-0.0000000000000		0.0000000000000		0.4980695458846
-0.5000000000000		0.0000000000000		0.0000000000000
+  -0.5000000000000		0.0000000000000		0.0000000000000
+  0.0000000000000		0.0000000000000		0.4980695458846
+  0.5000000000000		0.0000000000000		0.0000000000000
 
--0.5000000000000		0.5000000000000		0.0000000000000
-0.0000000000000		0.5000000000000		0.0000000000000
-0.5000000000000		0.5000000000000		0.0000000000000
+  -0.5000000000000		0.5000000000000		0.0000000000000
+  0.0000000000000		0.5000000000000		0.0000000000000
+  0.5000000000000		0.5000000000000		0.0000000000000
 
 
 
-#Time = 0.5000000000000
--0.5000000000000		-0.5000000000000		0.0000000008425
-0.0000000000000		-0.5000000000000		0.0019304541362
-0.5000000000000		-0.5000000000000		0.0000000008425
+  #Time = 0.5000000000000
+  -0.5000000000000		-0.5000000000000		0.0000000008425
+  0.0000000000000		-0.5000000000000		0.0019304541362
+  0.5000000000000		-0.5000000000000		0.0000000008425
 
--0.5000000000000		0.0000000000000		0.0019304541362
-0.0000000000000		0.0000000000000		-0.7509652270577
-0.5000000000000		0.0000000000000		0.0019304541362
+  -0.5000000000000		0.0000000000000		0.0019304541362
+  0.0000000000000		0.0000000000000		-0.7509652270577
+  0.5000000000000		0.0000000000000		0.0019304541362
 
--0.5000000000000		0.5000000000000		0.0000000008425
-0.0000000000000		0.5000000000000		0.0019304541362
-0.5000000000000		0.5000000000000		0.0000000008425
+  -0.5000000000000		0.5000000000000		0.0000000008425
+  0.0000000000000		0.5000000000000		0.0019304541362
+  0.5000000000000		0.5000000000000		0.0000000008425
 \end{verbatim}
-}
 
-\subsection{Two dimensional gnuplot (including time)}
 
-These options produce data suitable for using with the gnuplot visualization client in the format
-{\tt
-\begin{verbatim}
-t x y f(t,x,y,z=fixed)
-\end{verbatim}
-}
+\subsection{Two-dimensional gnuplot (including time)}
 
+These options produce data suitable for using with the gnuplot visualization client in the format {\tt t x y f(t,x,y,z=fixed)}:
 
-
-{\tt
 \begin{verbatim}
-IOASCII::out2D_every = 1
-IOASCII::out2D_vars = "wavetoy::phi"
-IOASCII::out2D_style = "gnuplot f(t,x,y)"
+  IOASCII::out2D_every = 1
+  IOASCII::out2D_vars = "wavetoy::phi"
+  IOASCII::out2D_style = "gnuplot f(t,x,y)"
 \end{verbatim}
-}
+
 
 \noindent
-{\bf Output file: phi\_2d\_xy.gnuplot}
-{\tt
+{\bf Output file: phi\_xy\_[1].asc}
+
 \begin{verbatim}
-#Parameter file wavetoy.par
-#Created Sun 19 Aug 2001 16:33:07
-#x-label x
-#y-label y
-#z-label WAVETOY::phi (z = 0.0000000000000), (zi = 1)
+  #Parameter file wavetoy.par
+  #Created Sun 19 Aug 2001 16:33:07
+  #x-label x
+  #y-label y
+  #z-label WAVETOY::phi (z = 0.0000000000000), (zi = 1)
 
 
-#Time = 0.0000000000000
-0.0000000000000		-0.5000000000000		-0.5000000000000		0.0000000000000
-0.0000000000000		0.0000000000000		-0.5000000000000		0.0000000000139
-0.0000000000000		0.5000000000000		-0.5000000000000		0.0000000000000
+  #Time = 0.0000000000000
+  0.0000000000000		-0.5000000000000		-0.5000000000000		0.0000000000000
+  0.0000000000000		0.0000000000000		-0.5000000000000		0.0000000000139
+  0.0000000000000		0.5000000000000		-0.5000000000000		0.0000000000000
 
-0.0000000000000		-0.5000000000000		0.0000000000000		0.0000000000139
-0.0000000000000		0.0000000000000		0.0000000000000		1.0000000000000
-0.0000000000000		0.5000000000000		0.0000000000000		0.0000000000139
+  0.0000000000000		-0.5000000000000		0.0000000000000		0.0000000000139
+  0.0000000000000		0.0000000000000		0.0000000000000		1.0000000000000
+  0.0000000000000		0.5000000000000		0.0000000000000		0.0000000000139
 
-0.0000000000000		-0.5000000000000		0.5000000000000		0.0000000000000
-0.0000000000000		0.0000000000000		0.5000000000000		0.0000000000139
-0.0000000000000		0.5000000000000		0.5000000000000		0.0000000000000
+  0.0000000000000		-0.5000000000000		0.5000000000000		0.0000000000000
+  0.0000000000000		0.0000000000000		0.5000000000000		0.0000000000139
+  0.0000000000000		0.5000000000000		0.5000000000000		0.0000000000000
 
 
 
-#Time = 0.2500000000000
-0.2500000000000		-0.5000000000000		-0.5000000000000		0.0000000000000
-0.2500000000000		0.0000000000000		-0.5000000000000		0.0000000000000
-0.2500000000000		0.5000000000000		-0.5000000000000		0.0000000000000
+  #Time = 0.2500000000000
+  0.2500000000000		-0.5000000000000		-0.5000000000000		0.0000000000000
+  0.2500000000000		0.0000000000000		-0.5000000000000		0.0000000000000
+  0.2500000000000		0.5000000000000		-0.5000000000000		0.0000000000000
 
-0.2500000000000		-0.5000000000000		0.0000000000000		0.0000000000000
-0.2500000000000		0.0000000000000		0.0000000000000		0.4980695458846
-0.2500000000000		0.5000000000000		0.0000000000000		0.0000000000000
+  0.2500000000000		-0.5000000000000		0.0000000000000		0.0000000000000
+  0.2500000000000		0.0000000000000		0.0000000000000		0.4980695458846
+  0.2500000000000		0.5000000000000		0.0000000000000		0.0000000000000
 
-0.2500000000000		-0.5000000000000		0.5000000000000		0.0000000000000
-0.2500000000000		0.0000000000000		0.5000000000000		0.0000000000000
-0.2500000000000		0.5000000000000		0.5000000000000		0.0000000000000
+  0.2500000000000		-0.5000000000000		0.5000000000000		0.0000000000000
+  0.2500000000000		0.0000000000000		0.5000000000000		0.0000000000000
+  0.2500000000000		0.5000000000000		0.5000000000000		0.0000000000000
 
 
 
-#Time = 0.5000000000000
-0.5000000000000		-0.5000000000000		-0.5000000000000		0.0000000008425
-0.5000000000000		0.0000000000000		-0.5000000000000		0.0019304541362
-0.5000000000000		0.5000000000000		-0.5000000000000		0.0000000008425
+  #Time = 0.5000000000000
+  0.5000000000000		-0.5000000000000		-0.5000000000000		0.0000000008425
+  0.5000000000000		0.0000000000000		-0.5000000000000		0.0019304541362
+  0.5000000000000		0.5000000000000		-0.5000000000000		0.0000000008425
 
-0.5000000000000		-0.5000000000000		0.0000000000000		0.0019304541362
-0.5000000000000		0.0000000000000		0.0000000000000		-0.7509652270577
-0.5000000000000		0.5000000000000		0.0000000000000		0.0019304541362
+  0.5000000000000		-0.5000000000000		0.0000000000000		0.0019304541362
+  0.5000000000000		0.0000000000000		0.0000000000000		-0.7509652270577
+  0.5000000000000		0.5000000000000		0.0000000000000		0.0019304541362
 
-0.5000000000000		-0.5000000000000		0.5000000000000		0.0000000008425
-0.5000000000000		0.0000000000000		0.5000000000000		0.0019304541362
-0.5000000000000		0.5000000000000		0.5000000000000		0.0000000008425
+  0.5000000000000		-0.5000000000000		0.5000000000000		0.0000000008425
+  0.5000000000000		0.0000000000000		0.5000000000000		0.0019304541362
+  0.5000000000000		0.5000000000000		0.5000000000000		0.0000000008425
 \end{verbatim}
-}
+
 
 %
-% Automatically created from the ccl files 
+% Automatically created from the ccl files
 % Do not worry for now.
 \include{interface}
 \include{param}