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Contents:
1. First Steps
1.1. Pre-tutorial checklist
1.2. Running the software in SWAN notebooks
1.3. Goals of the course
1.4. An introduction to FCC Software
1.5. Finding data in the Bookkeeping
1.6. Inspecting an FCC data file
1.7. Tips and tricks
1.8. Asking good questions
2. Generation and Fast Simulation
2.1. Getting Started with Event Generation
2.2. Getting Started with Fast Simulation in Delphes
2.3. EDM4hep Event Data Explorer: eedE
3. Analysis at FCC
3.1. Getting Started: Higgs Mass Analysis with FCCAnalyses
3.2. Beyond the Basics: Tracking and Vertexing
3.3. Some Useful Info on EDM4hep, Analyzers, and More
4. Full Simulation
4.1. FCC-ee Full Sim General Overview
4.2. Using Guinea-Pig to generate interaction region backgrounds
4.3. Changing geometry
4.4. Visualization
5. Distributed Computing
5.1. EventProducer
5.2. Getting started with FCC distributed computing
5.3. FCC DIRAC Example Workflows
5.3.1. Overview of the job submission script
5.3.2. Workflow 1: Ditau with KKMCee + Delphes
5.4. Structure for /eos/experiment/fcc/prod
6. Developing FCCSW
6.1. Github workflow and contribution guide
6.2. CMake guide for the FCC software
6.3. Writing Gaudi Algorithms
6.4. Developing DD4hep Detector models
6.5. Guide to the Transition of FCCSW to EDM4hep
6.6. Writing documentation for the FCC Software
7. Contributing
7.4.1. Contributor Code of Conduct
7.4.2. License
External links:
FCC Software
Key4hep
FCC-ee Detector Full Sim
FCCAnalyses
HSF Analysis essentials
FCC Software glossary
Repository
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