Skip to main content
Ctrl+K

MUSICA 0.15.0 documentation

  • Getting Started
  • User Guide
  • MUSICA API
  • Contributing
  • Citing MUSICA
  • GitHub
  • Getting Started
  • User Guide
  • MUSICA API
  • Contributing
  • Citing MUSICA
  • GitHub

Section Navigation

Build Configuration:

  • CMake Configuration Options

C++:

  • Overview

Python:

  • Overview
    • Installing MUSICA
    • Command Line Interface
    • Defining chemical systems
    • Model solving and options
    • Output and visualization
    • Multiple Grid Cell Calculations
      • Simple 2-Grid-Cell Setup
      • Initializing Larger Numbers of Grid Cells
      • Parallelizing Larger Numbers of Grid Cells
    • Enabling GPU Solving
    • Notebooks
      • 0. Welcome to MUSICA
      • 1. Multiple Grid Cells
      • 2. Latin Hypercube Sampling
      • 3. User-Defined Reactions
      • 4. Local Parallelization
      • 5. HPC Parallelization
      • 6. Using GPU Solvers
      • 7. Using CARMA
      • 8. TUV-x Standard Configurations
      • 9. TUV-x Conditions
      • 10. Chapman Cycle Box Model
      • 11. TS1 Box Model

Julia:

  • Overview

Fortran:

  • Overview
    • Chapter 1
    • Chapter 2
    • Chapter 3

JavaScript:

  • Overview
    • Live Demo
  • User Guide
  • Overview
  • Notebooks

Notebooks#

Interactive Jupyter Notebook tutorials covering advanced Python usage. Each notebook is available to run interactively via Binder, to download from GitHub, or to browse inline below.

Interactive (Binder)#

Each link opens a live JupyterHub with all dependencies pre-installed. Note: Binder uses the latest commit on main, not necessarily the latest release.

  1. welcome to MUSICA

  2. working with multiple grid cells

  3. latin hypercube sampling

  4. user-defined reactions

  5. local parallelization

  6. HPC parallelization

  7. using GPU solvers

  8. using CARMA

  9. TUV-x standard configurations

  10. TUV-x conditions

  11. Chapman cycle box model

  12. TS1 box model

Download (GitHub)#

  1. welcome to MUSICA notebook

  2. multiple grid cells notebook

  3. hypercube sampling notebook

  4. user-defined reactions notebook

  5. local parallelization notebook

  6. HPC parallelization notebook

  7. GPU solvers notebook

  8. CARMA notebook

  9. TUV-x standard configurations notebook

  10. TUV-x conditions notebook

  11. Chapman cycle box model notebook

  12. TS1 box model notebook

Browse Online#

  • 0. Welcome to MUSICA
  • 1. Multiple Grid Cells
  • 2. Latin Hypercube Sampling
  • 3. User-Defined Reactions
  • 4. Local Parallelization
  • 5. HPC Parallelization
  • 6. Using GPU Solvers
  • 7. Using CARMA
  • 8. TUV-x Standard Configurations
  • 9. TUV-x Conditions
  • 10. Chapman Cycle Box Model
  • 11. TS1 Box Model

previous

Enabling GPU Solving

next

Welcome to musica!

On this page
  • Interactive (Binder)
  • Download (GitHub)
  • Browse Online
Show Source

© Copyright 2024-2026, NSF-NCAR/ACOM.

Created using Sphinx 9.1.0.

Built with the PyData Sphinx Theme 0.17.0.