Changes between Version 1 and Version 2 of SherpaInterface

Timestamp:

Feb 21, 2010, 2:25:58 PM (15 years ago)

Author:

Claude Duhr

Comment:

--

SherpaInterface

@@ -5 +5 @@
 Sherpa is a multi-purpose event generator that can be used to generate events in various physics models both at the parton and hadron level. The program can account for parton showering and hadronisation, and, where appropriate, also underlying events.
 
-The Sherpa Monte Carlo is publicly available and can be obtained from [http://www.sherpa-mc.de/ www.sherpa-mc.de/]. The interface to !FeynRules will be available from version Sherpa-1.1.0 on. If you experience any problems with the !FeynRules--Sherpa interface send an email to Claude.Duhr@uclouvain.be and sschuman@staffmail.ed.ac.uk
+The Sherpa Monte Carlo is publicly available and can be obtained from [http://www.sherpa-mc.de/ www.sherpa-mc.de/]. The interface to !FeynRules will be available from version Sherpa-1.1.0 on. If you experience any problems with the !FeynRules--Sherpa interface send an email to claude.duhr@durham.ac.uk.be and sschuman@staffmail.ed.ac.uk
 === Generating a new Sherpa model with !FeynRules ===
 
-The !FeynRules interface to Sherpa enables the user to implement his new physics model into Sherpa just by knowing the lagrangian and the !FeynRules model file. The interface is called via
-{{{WriteSHOutput[L1, L2, L3,...] }}}
-
-where L1, L2, L3, ... denote the lagrangians which should be used to calculate Feynman rules from.<br /><br />Running the interface creates in the current working directory a new subdirectory !ModelNameSH, where !ModelName is the name of the the !FeynRules model file. This directory contains all the files needed for the implementation of the new model into Sherpa. These files follow a convention agreed on between the !FeynRules and Sherpa authors to provide maximal possible generality and flexibility by being compliant with the Sherpa standards.
+The !FeynRules interface to Sherpa enables the user to implement his new physics model into Sherpa just by knowing the Lagrangian and the !FeynRules model file. The interface is called via
+{{{
+WriteSHOutput[L1, L2, L3,...]
+}}}
+where L1, L2, L3, ... denote the Lagrangians which should be used to calculate Feynman rules from. Running the interface creates in the current working directory a new subdirectory !ModelNameSH, where !ModelName is the name of the the !FeynRules model file. This directory contains all the files needed for the implementation of the new model into Sherpa. These files follow a convention agreed on between the !FeynRules and Sherpa authors to provide maximal possible generality and flexibility by being compliant with the Sherpa standards.
 
 In particular the list of files includes:
-   * The central file called feynrules.dat that contains a list of variables representing the input files for the model parameters, particles and interactions, per default this files is called feynrules.dat. The list of input parameters and default settings reads, there meaning will be explained below<br /> 
+   * The central file called feynrules.dat that contains a list of variables representing the input files for the model parameters, particles and interactions, per default this files is called feynrules.dat. The list of input parameters and default settings reads, there meaning will be explained below
       * PARAMIDENT = ident_card.dat 
       * PARAMCARD = param_card.dat