0.8.0
  • Quickstart
    • Basic Usage
    • Integration with xsuite
    • Formalism and Models
      • Analytical Calculations
      • Providing Kicks to Particle Distributions
      • Formalism Dispatch
  • Gallery
    • Automatic Growth Rates Re-Computation
      • Setting up line and particles
      • Instantiate Analytical IBS Objects
      • Preparing for Simulation of Evolution
      • Analytical Evolution Over Time
      • Takeaways
    • Automatic Kick Coefficients Re-Computation
      • Setting up line and particles
      • Generating the IBS Kick Class
      • Computing and Applying IBS Kicks
      • Preparing for the Tracking Simulation
      • Tracking Evolution Over Turns
    • Bjorken-Mtingwa Formalism - Analytical Growth Rates and Emittance Evolution
      • Setting up line and particles
      • Computing IBS Growth Rates
      • Computing New Emittances from Growth Rates
      • Analytical Evolution for a Time Period
    • Comparison of Analytical IBS Growth Rates and Emittances Evolution
      • Comparing Analytical Evolution for a Time Period
    • Comparison of IBS Kicks Formalisms
      • Setting up line and particles
      • Generating the IBS Kick Classes
      • Comparing Beam Parameters Evolution While Applying IBS Kicks in Tracking
    • Kinetic Kicks Formalism - IBS Kicks Based on Diffusion and Friction Terms
      • Setting up line and particles
      • Generating the IBS Kick Class
      • Computing and Applying IBS Kicks
      • Applying IBS Kicks in Tracking
    • Nagaitsev Formalism - Analytical Growth Rates and Emittance Evolution
      • Setting up line and particles
      • Computing Elliptic Integrals and IBS Growth Rates
      • Computing New Emittances from Growth Rates
      • Analytical Evolution for Many Turns
    • Simple Kicks Formalism - IBS Kicks Based on Analytical Growth Rates
      • Setting up line and particles
      • Generating the IBS Kick Class
      • Computing and Applying IBS Kicks
      • Applying IBS Kicks in Tracking
  • API Reference
    • Input Data Structures
    • Formalism Dispatch
    • IBS: Analytical Calculations
    • IBS: Applying Kicks
    • Formulary
  • Frequently Asked Questions
    • Instantiating Input Parameters
      • OpticsParameters from an xtrack.Line
      • OpticsParameters from MAD-X
      • Do I need a full matched particle distribution for BeamParameters?
      • BeamParameters from an xtrack.Line
      • BeamParameters from MAD-X
    • Emittances: Geometric or Normalized
    • Synchrotron Radiation Contribution
      • Getting SR Parameters from Xsuite
      • Getting SR Parameters from MAD-X
    • Bunched and Coasting Beams
    • Automatic Recomputation of IBS Kick Coefficients and Growth Rates
      • Auto-Recomputing for IBS Kick Classes
      • Auto-Recomputing for IBS Analytical Classes
  • Reference Bibliography
xibs
  • Gallery
  • Edit on GitHub

Gallery

This page contains a gallery of examples showcasing functionality provided by xibs. Click on any image thumbnail to see the corresponding example page with and access to the source code.

Automatic Growth Rates Re-Computation

Automatic Growth Rates Re-Computation

Automatic Kick Coefficients Re-Computation

Automatic Kick Coefficients Re-Computation

Bjorken-Mtingwa Formalism - Analytical Growth Rates and Emittance Evolution

Bjorken-Mtingwa Formalism - Analytical Growth Rates and Emittance Evolution

Comparison of Analytical IBS Growth Rates and Emittances Evolution

Comparison of Analytical IBS Growth Rates and Emittances Evolution

Comparison of IBS Kicks Formalisms

Comparison of IBS Kicks Formalisms

Kinetic Kicks Formalism - IBS Kicks Based on Diffusion and Friction Terms

Kinetic Kicks Formalism - IBS Kicks Based on Diffusion and Friction Terms

Nagaitsev Formalism - Analytical Growth Rates and Emittance Evolution

Nagaitsev Formalism - Analytical Growth Rates and Emittance Evolution

Simple Kicks Formalism - IBS Kicks Based on Analytical Growth Rates

Simple Kicks Formalism - IBS Kicks Based on Analytical Growth Rates

Download all examples in Python source code: gallery_python.zip

Download all examples in Jupyter notebooks: gallery_jupyter.zip

Gallery generated by Sphinx-Gallery

Previous Next

© Copyright 2023, Felix Soubelet.

Built with Sphinx using a theme provided by Read the Docs.