[Commits] [svn:einsteintoolkit] Workshop_Spring_2012/et-tour/ (Rev. 87)

[diener at cct.lsu.edu]

User: diener
Date: 2012/04/06 07:07 AM

Modified:
 /et-tour/
  et_tour.tex

Log:
 Some final changes.

File Changes:

Directory: /et-tour/
====================

File [modified]: et_tour.tex
Delta lines: +4 -20
===================================================================
--- et-tour/et_tour.tex	2012-04-06 04:39:59 UTC (rev 86)
+++ et-tour/et_tour.tex	2012-04-06 12:07:18 UTC (rev 87)
@@ -17,7 +17,7 @@
   \item EinsteinBase.
   \item EinsteinInitial.
   \item EinsteinEvolve
-  \item Einsteinanalysis.
+  \item EinsteinAnalysis.
   \item Miscellaneous.
  \end{itemize}
 }
@@ -47,8 +47,6 @@
 
 The script can also check the status of each component, create diffs or check
 out from a specific date.
-
-GetComponents was written by Eric Seidel.
 }
 
 \frame{\frametitle{SimFactory}
@@ -74,8 +72,6 @@
 check the status of simulations, stop simulations and delete simulations.
 
 Simfactory guards against common human errors when managing simulations.
-
-Simfactory was written by Erik Schnetter and Michael Thomas.
 }
 
 \frame{\frametitle{Computational Infrastructure}
@@ -109,8 +105,6 @@
 Carpet is the Adaptive Mesh Refinement (AMR) driver used by most (if not all)
 of the numerical relativity groups that uses Cactus.
 
-It's developed primarily by Erik Schnetter.
-
 The code is continuously being developed and upgraded for efficiency and
 scalability on modern supercomputer architectures.
 
@@ -122,7 +116,7 @@
   \item Splitting grid functions and grid arrays among the MPI processes and
         to allocate memory for them.
   \item Setup the mesh refinement grid hierarchy.
-  \item Communicate ghost cell information between neighbouring MPI processes
+  \item Communicate ghost cell information between neighboring MPI processes
         when needed.
   \item Communicate between different refinement levels by prolongation and
         restriction when necessary.
@@ -212,7 +206,7 @@
 \begin{description}
   \item[TwoPunctures] Puncture binary black hole initial data.
   \item[Meudon\_Bin\_BH] Meudon binary black hole initial data.
-  \item[Noexcision] Turduckening.
+  \item[NoExcision] Turduckening.
   \item[Exact] A bunch of exact solutions to the Einstein equations.
   \item[TOVSolver] Single TOV star.
   \item[Meudon\_Bin\_NS] Meudon binary neutron star initial data.
@@ -225,7 +219,7 @@
 }
 
 \frame{\frametitle{EinsteinEvolve}
-The EinsteinToolkit provides McLachlan for spacetime evolution and GRHydro
+The Einstein Toolkit provides McLachlan for spacetime evolution and GRHydro
 for GRMHD matter evolution.
 
 The codes are designed to interoperate through the ADMBase and TmunuBase
@@ -264,18 +258,8 @@
 
 \frame{\frametitle{Miscellaneous}
 \begin{description}
-  \item[HTTPD] A thorn that turns your simulation into a web server.
   \item[Cartoon2D] A thorn that allows you to perform 2D simulations with a 3D
     code.
-  \item[Dissipation] A thorn that allows you to add Kreiss-Oliger dissipation
-    to any evolved variable.
-  \item[Formaline] A thorn that stores the complete source tree in the
-    executable.
-  \item[NaNChecker] A thorn that checks for NaN's.
-  \item[TerminationTrigger] A thorn that triggers checkpointing and 
-    termination.
-  \item[TimerReport] A thorn that reports the time spent in scheduled routines.
-  \item[SphericalSurface] A thorn that stores surfaces of spherical topology.
   \item[SummationByParts] A thorn that provides summation by parts finite
     difference operators and compatible dissipation operators.
 \end{description}