Search Results for "git:/git.code.sf.net/p/docfetcher/code" - Page 9

...A tempSave-file is written to restart simulations, if they crash from an earlier point. Now in v2 an example is added with a FEM beam and a moving piston. Both are hardcoded in the code and must be changed if you want to use it otherwise. Now it can be used only 1 bar and 1 piston, for future it will be changed. Video of textcase: http://www.youtube.com/watch?v=TLYVSWkhXBI Software is tested and runs stable with up two 5000 SPH particles. Known Problems: If there are more than 15000-20000 SPH particles, after some simulationssteps the calculation slows down and gains all memory. ...

In SFish you can model simulation objects with attributes and behaviour (continuous over time and not-continuous over time, latter one being events) and the communication between objects; then you can run simulations (real-/non-real-time) given a set of objects with specific attributes and see what happens in cause of their behaviour.

...Furthermore, a simple 2d environment can easily be created to test lighting, collision, motor speeds and so on. The simulator does not run native AVR files, but instead a thin wrapper is provided so that the AVR code can be compiled natively. Thanks to this wrapper, and a flexible Lua driver interface, the simulator emulates most of the IO registers, requiring no or minimal code modifications. rp6simul is primarily developed on Linux, but a Windows version will also be released.

IPAT-S is a scenario modeling language. Use it for rapid development of quantitative strategic scenarios for governments, agencies, businesses, etc. using a fast and compact interpreted language. Package includes IPAT Studio development environment.

HPC cloud computing for OpenFOAM (R) users

Zwicker's Loudness Calculation (ISO532B) Tools. The project includes a loudness calculation program based on Zwicker's Method, and a WAV file analyzer generating data files for loudness calculation. Documentation and test files are also provided.

Biologic Institute's Stylus simulation software suite. (See the SVN repository for source code.)

Godunov finite volume code based on OpenFoam. The code is based on rhoCentralFoam from version 1.7.1

Please note: there is a new version of this project here: http://code.google.com/p/repastcity/ I'll keep this project alive but it wont be updated. A simple Repast Simphony project that demonstrates how to create small city using real GIS data. The city has houses and some agents who travel around the road network from house to house. Not affiliated with Repast Simphony.

This program allows you to create a transmission hologram using just a computer, a laser-printer, and an overhead transparency. This hologram will behave like one created using a laser and can be projected or viewed with a point source.

This is a program for numerical solution of Euler equations of compressible flows using discontinuous galerkin method. The code is written on top of the deal.II finite element library. Code has been moved to https://github.com/cpraveen/dflo

The Open Reflective Component Architecture , ORCAN, is designed to build the basis for a rapid incorporation of existing software packages into large-scale software projects Project is dead, however - please feel free to check and reuse code!

Molecular Interaction Potential Generator MIPGEN is a python program that will calculate Molecular Interaction Potential grids over a given molecule, that could be either a protein or a small organic compound (drug). The output will be a series of grids with DX format (*.dx) that the user will be able to visualize using any Molecular visualization program like VMD, PyMol, Chimera... For more information on dependencies and usage, please read the Documentation. Users are welcome...

This project aims at providing a user package for the molecular dynamics software LAMMPS, which allows the complete simulation to run on a GPU. Additional information and svn access to "bleeding etch" code can be found on the project website below.

This is the source code repository for my VMLAB User Components. The Project Website contains detailed descriptions of each component. You can also Download Components as pre-compiled DLL files from this site. The "AVR Peripheral" components should be installed to the "mculib" directory; all other components are installed in the "userlib" directory. A few components include a "readme.txt" with additional setup instructions.

The Xholon project explores: software as systems of linked nodes, organized hierarchically. The Xholon toolkit supports this back-to-basics approach, and demonstrates practical benefits through examples from numerous domains.

CFD code using Arbitrary Lagrangian Eulerian algorithm.

An interactive binary search tree. The user may interact with the tree by performing rotations, balancing, insertions, and deletions. For educational purposes

XinCNC is a free software for Computer Numerical Control (CNC).

SimKernel controls parameter scans and iterations for any given C++ code / scientific simulation. Parameters, iteration ranges, settings and dependencies are specified in Mathematica syntax. Parallel processing of parameter scanning via MPI.

This is a development code for computer science research. It implements a solver for compressible gas dynamics. The code is distributed-memory parallel using MPI and data-parallel using the OpenCL framework.

This project has moved to http://code.google.com/p/synthetic/

A reactor solver which uses stochastic particle methods to model particle population balances. This code is developed by the CoMo group in the chemical engineering department at the university of Cambridge (como.cheng.cam.ac.uk).

This library is the source code for the development of neural networks with dynamic random links, or other systems.

Sandia National Laboratories’ (SNL) environmental assessment modeling tool helps optimize the design of MHK-turbine array layouts within ocean, tidal, and river systems to balance energy generation efficiency with environmental considerations. The new tool, SNL-EFDC, is an augmented version of US EPA’s Environmental Fluid Dynamics Code (EFDC) and includes; (1) a new module that simulates energy conversion (momentum withdrawal) by MHK turbine-like devices including commensurate changes in the turbulent kinetic energy and turbulent kinetic energy dissipation rate, (2) new, advanced sediment dynamics routines, and (3) augmented water quality modules. SNL-EFDC has been verified and validated against flume measurements of flow around sub-scale turbines and actuator disks.