diff --git a/README.md b/README.md index e8a18a72bebc3c06a4d86fd71a0e167394e46ae3..0127e799a4633475f0ba3fa6251802853442d4a2 100644 --- a/README.md +++ b/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) diff --git a/README_old.md b/README_old.md new file mode 100644 index 0000000000000000000000000000000000000000..a9439080838a0cf3ae554c804c3b134b35286b37 --- /dev/null +++ b/README_old.md @@ -0,0 +1,39 @@ +# 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)