Welcome to Hydra’s manual

Contents:

• Introduction
  • Hydra framework
  • Design highlights
  • Basic features
  • How does this manual is organized?
• Functors and C++11 lambdas.
  • Functors
  • C++11 Lambdas
• Containers
  • One-dimensional containers
  • Multi-dimensional containers
    • hydra::multivector
• Histograms
  • Binning convention
  • Global and dimensional binning
  • Dense histograms
  • Sparse histograms
• Random number generation and PDF sampling
  • Sampling basic distributions
  • Multidimensional PDF sampling
• Phase-space Monte Carlo
  • Decays and decay chains
  • Phase-space Monte Carlo generator.
    • Generating one-level decays
    • Generating sequential decays
  • Other features
• Numerical integration
  • Gauss-Kronrod quadrature
  • Self-Adaptive Gauss-Kronrod quadrature
  • Genz-Malik multidimensional quadrature
  • Plain Monte Carlo
  • Self-adaptive importance sampling (Vegas)
  • Implementing analytical integration
• Parameter estimation
  • Defining PDFs
  • Defining FCNs and invoking the ROOT::Minuit2 interfaces
  • sPlots
• References

Indices and tables

• Index

• Module Index

• Search Page