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pycompwa

  • Installation
    • Get the source code
    • Create a virtual environment
    • Build and install
  • Usage
    • ComPWA Workflow
      • Step 1: Create an amplitude model
      • Step 2: Generate data samples
      • Step 3: Perform fit
      • Step 4: Analyze results
    • Additional Tools
      • Data module
      • Generate data samples
      • Particle database
  • Help developing
  • Talks and Documents
  • API
    • data
      • io
        • pawian
      • convert
      • create
      • exception
      • naming
    • expertsystem
      • amplitude
        • abstractgenerator
        • canonicaldecay
        • helicitydecay
      • solvers
      • state
        • conservationrules
        • particle
        • propagation
      • topology
        • graph
        • topologybuilder
      • ui
        • default_settings
        • system_control
    • plotting
      • rootplotdatareader
    • ui

Related projects

  • QRules
  • AmpForm
  • TensorWaves
  • PWA Pages

ComPWA Organization

  • Website
  • GitHub Repositories
  • About
Theme by the Executable Book Project

Welcome to the pycompwa website!¶

Warning

pycompwa is no longer maintained. Use the ComPWA packages QRules, AmpForm, and TensorWaves instead!

The pycompwa package is a collection of python modules that interface and extend the “Common Partial-Wave-Analysis Framework” (ComPWA). These pages provide information about the installation, how-tos to get things running, information on the design, as well as documentation of the ongoing development.

  • Installation
    • Prerequisites
    • Installation through pip
    • Interactive installation
      • Get the source code
      • Create a virtual environment
      • Build and install
  • Usage
    • ComPWA Workflow
      • Step 1: Create an amplitude model
      • Step 2: Generate data samples
      • Step 3: Perform fit
      • Step 4: Analyze results
    • Additional Tools
      • Data module
      • Generate data samples
      • Particle database
  • Help developing
    • Python developer tools
    • Jupyter notebook tools
      • How to contribute through Git
    • Commit conventions
      • Reporting Issues
      • Continuous Integration (CI)
      • Code Quality & Conventions
      • Documentation
  • Talks and Documents
    • Talks
    • Poster
    • Theses
    • Documents
  • API
    • Sub-packages
      • data
      • expertsystem
      • plotting
      • ui
  • Python API

  • General Index

  • Search

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Installation

By Common Partial Wave Analysis