Welcome to Yade - Open Source Discrete Element Method

Yade is an extensible open-source framework for discrete numerical models, focused on Discrete Element Method. The computation parts are written in c++ using flexible object model, allowing independent implementation of new alogrithms and interfaces. Python is used for rapid and concise scene construction, simulation control, postprocessing and debugging.

Yade is located at www.yade-dem.org, which contains this documentation and wiki. Development is kindly hosted on launchpad and GitHub ; they are used for source code, bug tracking and source downloads and more.

Since March 2012 Yade is using GIT as VCS and placing the source code on github. The Launchpad is importing source code several times per day.

Please make sure you read the "Acknowledging Yade" section if you plan to cite Yade in publications.

This documentation decribes Yade version 2018-04-19.git-79b2edb / 2018-04-19.git-79b2edb.

Yade Community

NEWS latest news about Yade project Authors and contributors information about the people working on Yade Publications on Yade itself or done with Yade Public Mailing Lists Discussions between users and developpers Acknowledging Yade How to cite Yade in publications

Support and Consulting Need professional help? Questions and answers Users questions, hosted at launchpad Wiki pages A less formal place to report results and more, worth a look Who Is Doing What (Wiki) you may introduce yourself here Screenshots and videos (Wiki) Simulation examples (wiki); feel free to add yours.

Documentation

Introduction getting familiar with Yade Tutorial first steps with practical examples User's Manual functionality guide and description Programmer's Manual understanding and modifying the internals of Yade	DEM Formulation the Discrete Element Method (DEM) Class reference simulation building blocks, c++ & python Yade modules python modules extending Yade Multiscale FEMxDEM Parallel coupling using Escript and Yade
References articles cited in the documentation Installation from binaries and sources Full contents with all the details	Index all functions, classes, attributes Search search the documentation