The next step is to install the pythia-pgs package. The next instructions are slightly different for Linux vs Mac. Move the tar file to whichever directory you wish the installation to live (I keep a Software directory in my home directory).
The working combination I found for this tutorial is: MG5_aMC_v2_2_3, Delphes-3.2.0, root-5.34.28 for Linux and root-6.02.08 for Mac. Since there are library dependencies between some of these packages and ROOT, it is usually not possible to have the latest versions of everything. Once you are able to log in, navigate to the Downloads page and click on the link in the left hand column to download As newer versions of these packages are released, the version numbers in this tutorial will need to be updated in the commands.
If you have not already set up an account, under the Downloads tab at the top of the page, click needs account, and create an account. If you're new to ROOT, see the section below titled Installing ROOT. Prerequisites: Python v2.6 or newer and ROOT. GREEN: For what the output of a command should look like in your terminal. Here is the color key for line highlighting: To see the physics theory and statistics underlying these packages, check out the lectures at
I will cover the basic operations as well as many useful tricks I've learned to save time and customize the event generation, as well as introduce some resources that I've found helpful. These tools are invaluable for phenomenology studies of physics beyond the SM, calculating cross sections, and generating parton level events to pass to other software for full MC generation.
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This tutorial shows how to generate collision events with as well as how to shower, hadronize, and simulate the response of a detector like CMS with Pythia and Delphes.
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