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mg5> define uds = u d s u~ d~ s~ # define the multiparticle uds as any one of the u, d and s quarks or their antiparticles
mg5> generate mu+ mu- > Z > uds uds # calculate the diagrams for the process
# use, eg., `add process mu+ mu- > Z > b b~' to add moreanother processes.
mg5> output my-mumu-z-uds # create a folder in the current directory.
mg5> open index.html # optional; view the generated diagrams and other information
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Important note: If you want to do mu+ mu- > h > x x events to load this interaction vertex, be sure to execute `mg5> import model sm-full' before launching. The mu+ mu- > h vertex is disabled in the default sm model for performance reasons.
Now we can generate events and simulate their hadronization with Pythia.
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(...Installation of slicPandora and PandoraSettings...)
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<\!-\- Standalone photon clustering \-->
<algorithm type = "PhotonReconstruction">
<algorithm type = "ConeClustering" description = "PhotonClusterFormation">
<ClusterSeedStrategy>0</ClusterSeedStrategy>
<ShouldUseTrackSeed>false</ShouldUseTrackSeed>
<ShouldUseOnlyECalHits>true</ShouldUseOnlyECalHits>
<ConeApproachMaxSeparation>250.</ConeApproachMaxSeparation>
</algorithm>
<ClusterListName>PhotonClusters</ClusterListName>
<ShouldMakePdfHistograms>true</ShouldMakePdfHistograms>
<NEnergyBins>9</NEnergyBins>
<EnergyBinLowerEdges>0 0.5 1 1.5 2.5 5 10 20 50 </EnergyBinLowerEdges>
<HistogramFile>MyPath/MyLikelihoodData9EBins.xml</HistogramFile>
</algorithm>
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