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Projects on Google Code Results 1 - 10 of 39
MADS TOOLBOX - Multiple Agent Dynamics Simulation "MADS" is a MATLAB toolbox for simulating general 2D/3D dynamical games, especially pursuit-evasion games such as missile guidance, path planning, princess on monster, robot pursuit, etc.
Statics and dynamics of multibody systems, composed by rigid and deformable bodies. Parallel computing. Numerical engine based on the LMX library.
partixはmodern C++で書かれたプラットフォーム非依存のソフトボディ物理エンジンです。
pDynamics
Free CFD is an open source computational fluid dynamics (CFD) code. Some of the features are detailed below but let’s first talk about why before what. ==Goals:== Free CFD is developed as an open source project. The idea behind the open source is not only that the code is available to everyone...
Solfec is a computational code aimed at simulation of multi-body systems with constraints. It implements an instance of the Contact Dynamics method by Moreau and Jean, hence the constraints are solved implicitly. One of the main goals of the software is to provide a user friendly platform for testin...
= Introduction = C^2^A is a C++ library that performs continous collision detection for polygon soup models at highly interactive rates. Given a moving rigid model with initial and final configurations, C^2^A can compute the first time of contact and contact features. The file is zipped with ...
System dynamics framework for java. == Simulation == Phaser 0.9.0 screenshots || [http://dynsim.googlecode.com/svn/wiki/images/phaser-shot-001.png http://dynsim.googlecode.com/svn/wiki/images/phaser-shot-001-tmb.png] || [http://dynsim.googlecode.com/svn/wiki/images/phaser-shot-002.png h...
This is a library to perform MD simulations on simple systems, like Lennard-Jones particles, small molecules or polymers. The emphasis is on exploring the theory of simulations (e.g., long-range interactions, polymer chain creation, Empirical Valance Bond methods, thermostats and barostats, QM/MM, i...
Pydy facilitates the derivation of the equations of motion for mechanical systems. It uses the functionality of Sympy but provides a set of tools specifically geared towards traditional 3-dimensional kinematics, vector calculus, and the basic tools necessary to do Kane's method. To see examples of...
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