removed old simc docu to its own file to minimize confusion

README.md

@@ -156,43 +156,3 @@ cd $SIMC_TUTORIAL_DIR; ls
                        to the ROOT format using the h2root program that comes
                        with ROOT.
 9. That's all!
-
-# Old simc documentation
-
-*You probably won't need the information past this point*.
-
-## Reactions
-
-***At this time, this version of simc only supports running from an external
-   event list. Running with the internal generator will be enabled in the
-   launcher soon.***
-   
-SIMC has physics models for the following reactions.
-* Elastic and quasi-elastic scatering: H(e,e'p), A(e,e'p)
-* Exclusive pion production: H(e,e'pi+)n, A(e,e'pi+/-)
-(quasifree or coherent)
-* Kaon electroproduction: H(e,e'K+)Lambda,Sigma, A(e,e'K+/-),A(e,e'K-)
-* Semi-inclusive pion production: H(e,e'pi+/-)X, D(e,e'pi+/-)X
-* Semi-inclusive kaon production: H(e,e'K+/-)X, D(e,e'K+/-)X
-* Diffractive rho production: H(e,e'rho->pi+ pi-)p, D(e,e'rho->pi+
-pi-)
-
-## SIMC is NOT
-
-* Not a full detector response simulation a la GEANT/GEANT4
-* Does NOT simulate a large class of processes simultaneously to
-gerate backgrounds (like Pythia for example)
-* Not a generic event generator.  Processes are generated over a
-limited phase space matching the spectrometer acceptances
-* Not hard to modify
-
-## Overview
-
-An overview of SIMC can be found in
-[this presentation at the 2009 Hall A Collaboration
-Meeting](http://hallaweb.jlab.org/collab/meeting/2009-winter/talks/Analysis%20Workshop%20--%20Dec%2014/simc_overview.pdf)
-
-## Documentation
-
-For more information, see the [SIMC Monte Carlo page in the Hall C
-Wiki](https://hallcweb.jlab.org/wiki/index.php/SIMC_Monte_Carlo)

README_old.md

+# Old simc documentation
+
+*You probably won't need the information past this point*.
+
+## Reactions
+
+***At this time, this version of simc only supports running from an external
+   event list. Running with the internal generator will be enabled in the
+   launcher soon.***
+   
+SIMC has physics models for the following reactions.
+* Elastic and quasi-elastic scatering: H(e,e'p), A(e,e'p)
+* Exclusive pion production: H(e,e'pi+)n, A(e,e'pi+/-)
+(quasifree or coherent)
+* Kaon electroproduction: H(e,e'K+)Lambda,Sigma, A(e,e'K+/-),A(e,e'K-)
+* Semi-inclusive pion production: H(e,e'pi+/-)X, D(e,e'pi+/-)X
+* Semi-inclusive kaon production: H(e,e'K+/-)X, D(e,e'K+/-)X
+* Diffractive rho production: H(e,e'rho->pi+ pi-)p, D(e,e'rho->pi+
+pi-)
+
+## SIMC is NOT
+
+* Not a full detector response simulation a la GEANT/GEANT4
+* Does NOT simulate a large class of processes simultaneously to
+gerate backgrounds (like Pythia for example)
+* Not a generic event generator.  Processes are generated over a
+limited phase space matching the spectrometer acceptances
+* Not hard to modify
+
+## Overview
+
+An overview of SIMC can be found in
+[this presentation at the 2009 Hall A Collaboration
+Meeting](http://hallaweb.jlab.org/collab/meeting/2009-winter/talks/Analysis%20Workshop%20--%20Dec%2014/simc_overview.pdf)
+
+## Documentation
+
+For more information, see the [SIMC Monte Carlo page in the Hall C
+Wiki](https://hallcweb.jlab.org/wiki/index.php/SIMC_Monte_Carlo)