Femlisp User Manual

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Femlisp

FEMLISP is a Common Lisp toolbox for solving partial differential equations.

This is Version 2.2.1 of the FEMLISP manual, last updated 6 September 2018, for FEMLISP 2.2.1.

Copyright © 2005- Nicolas Neuss.

Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.

• Introduction:  
• Installation:  
• First steps:  
• Programming techniques:  
• Overview:  
• FAQ:  
• Reference manual:  
• Copyright:  
• Bibliography:  
• Concept Index:   


 — The Detailed Node Listing —

Introduction, Installation, Top, Top
• Tools for solving PDEs:  
• Common Lisp:  
• Advantages:   

Installation
• Software needed:  
• Installation instructions:   

Software needed
• Common Lisp implementation:  
• Graphics software:  
• Numerical software:  
• Common Lisp libraries:   

Installation instructions
• SBCL installation:  
• Quicklisp:  
• Simple Femlisp installation:  
• Graphic programs:  
• Additional numerical software:  
• Advanced Femlisp installation:  
• Notes for Mac OS X and Windows:   

Additional numerical software
• BLAS/LAPACK libraries:  
• Direct sparse solvers:  
• Mesh generators:  
• MPI:   

Advanced Femlisp installation
• Downloading Femlisp:  
• Configuring Femlisp:  
• Compiling Femlisp:  
• Starting Femlisp:   

Notes for Mac OS X and Windows
• Notes for Mac OS X:  
• Notes for Windows:   

First steps
• Preliminary remark:  
• Demos:  
• Solving problems:  
• Plotting:  
• Deal.II Tutorials:  
• Common Lisp environment:  
• Learning Common Lisp:   

Solving problems
• Stationary diffusion problem:  
• Nonlinear diffusion problem:  
• Elasticity problem:  
• Navier-Stokes problem:  
• Heat equation:  
• Eigenvalue problems:   

Programming techniques
• Object-oriented programming:  
• Dynamic class generation:  
• Memoization:  
• Blackboards:  
• Documentation:  
• Parallelization:   

Parallelization
• Shared-memory parallelization:  
• Distributed-memory parallelization:   

Shared-memory parallelization
• Allocating a new kernel:  
• Working in parallel:  
• Terminating a kernel:   

Distributed-memory parallelization
• Distributed objects:  
• Synchronization:  
• Compiling the MPI worker:  
• Starting the worker pool:  
• Connecting to the worker pool:  
• Communicating with the worker pool:   

Overview
• Features:  
• Structure:   

FAQ
• Installation and Getting Started FAQ:  
• Mesh Management FAQ:  
• Linear Algebra FAQ:  
• Problems FAQ:  
• Discretization FAQ:  
• Solver FAQ:  
• Parallelization FAQ:  
• General:   

Reference manual
• Package FL.UTILITIES:  
• Package FL.MACROS:  
• Package FL.DEBUG:  
• Package FL.DEMO:  
• Package FL.TESTS:  
• Package FL.PORT:  
• Package FL.AMOP:  
• Package FL.ALIEN:  
• Package FL.PARALLEL:  
• Package FL.MATLISP:  
• Package FL.FUNCTION:  
• Package FL.MESH:  
• Package FL.PROBLEM:  
• Package FL.CDR:  
• Package FL.ELLSYS:  
• Package FL.ELASTICITY:  
• Package FL.NAVIER-STOKES:  
• Package FL.DISCRETIZATION:  
• Package FL.ELLSYS-FE:  
• Package FL.ELASTICITY-FE:  
• Package FL.NAVIER-STOKES-FE:  
• Package FL.ITERATION:  
• Package FL.MULTIGRID:  
• Package FL.GEOMG:  
• Package FL.STRATEGY:  
• Package FL.GRAPHIC:  
• Package FL.PLOT:  
• Package FL.DOMAINS:  
• Package FL.APPLICATION:  
• Package DDO:  
• Package FEMLISP-DDO:  
• Package FL.DEALII:  

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