mirror of
https://github.com/vale981/bachelor_thesis
synced 2025-03-06 10:01:40 -05:00
45 lines
1.2 KiB
TeX
45 lines
1.2 KiB
TeX
\chapter{Appendix}%
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\label{chap:appendix}
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\section{Sherpa Runcards}%
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\label{sec:runcards}
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\subsection{Quark Antiquark Anihilation}%
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\label{sec:qqggruncard}
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\yamlfile{../prog/runcards/qqgg/Sherpa.yaml}
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\subsection{Proton Proton Scattering}%
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\label{sec:ppruncard}
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\yamlfile{../prog/runcards/pp/Sherpa.yaml}
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\subsection{Holistic Proton Proton Scattering}%
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\label{sec:ppruncardfull}
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\VerbatimInput{../prog/runcards/pp_phaeno_299_port/runcards/with_pT_and_fragmentation_and_mi/Run.dat}
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\section{Python Code}%
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\label{sec:pycode}
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The code listed here is a proof of concept and by no means optimized
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for performance or even elegance.
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\subsection{Monte Carlo Methods}%
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\label{sec:mcpy}
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The python source code can be found at
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\href{https://github.com/vale981/bachelor_thesis/blob/master/prog/python/qqgg/monte_carlo.py}{github}.
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% \pythonfile{../prog/python/qqgg/monte_carlo.py}
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\section{Rivet Analysis Code}%
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\label{sec:rivetcode}
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\subsection{Simple Diphoton Analysis}%
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\label{sec:simpdiphotriv}
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\cppfile{../prog/analysis/qqgg_simple/MC_DIPHOTON_SIMPLE.cc}
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\subsection{Proton Proton Scattering Analysis}%
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\label{sec:ppanalysis}
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\cppfile{../prog/runcards/pp/qqgg_proton/MC_DIPHOTON_PROTON.cc}
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%%% Local Variables:
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%%% mode: latex
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%%% TeX-master: "../document"
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%%% End:
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