Welcome to Muscat’s documentation!

Contents

• What is Muscat
• Installing Muscat
  • Conda
  • PIP
  • Manual installation (from sources) for developers
• Asking for Help
• Contributing to Muscat
• Requirements
  • Python Dependencies
  • C++ Dependencies
  • External Dependencies
• Examples
  • Examples of usage of filters
  • Pre/Post deep learning
  • Two inclusions mechanical analysis
  • Distance computation from a surface mesh
  • Field Transfer Threads Performace
  • Dump mesh into a XDMF file
  • Export Data in separatted variables (PXDMF Foramt)
• Containers
  • Mesh
• Filters
  • Node Filter
  • Element Filter
  • Filter Operators
• Fields
  • FEField
  • IPField
• Parallel computations
  • Installation
  • Usage
• Fields Transfer
  • Introduction
  • Some use cases of the transfer field algorithm
  • Mathematical Definition
  • Algorithms
  • Muscat Implementation
  • Pathological Cases
  • Examples
  • Performance
  • Conclusions
• ParaView And Others External Tools
  • Vtk
  • ParaView
  • MeshIO
  • PyVista
• Mesh File Converter
• Solving linear systems
  • Treatment of kinematic constraints
  • Penalization
  • Lagrange Multipliers
  • Substitution
  • Ainsworth Method
• Utilities
  • Configuration
• Licensing and External Contributions
• Developer documentation
  • Contents
  • Muscat Package Tree
  • Muscat Package Tree

Muscat Package Tree

• Muscat package
  • Preload()
  • main()
  • Subpackages
    • Muscat.Actions package
    • Muscat.Bridges package
    • Muscat.Containers package
    • Muscat.Experimental package
    • Muscat.FE package
    • Muscat.GeometricalTools package
    • Muscat.Helpers package
    • Muscat.IO package
    • Muscat.ImplicitGeometry package
    • Muscat.LinAlg package
    • Muscat.TestData package
  • Submodules
    • Muscat.Info module
    • Muscat.Simple module
    • Muscat.Types module

Indices and tables

• Index

• Module Index

• Search Page