Open Source Simulation Software - Page 41

Flint is a simulator for biological and physiological models written in CellML, PHML and/or SBML.

FlowVR is an open source middleware tailored for high performance in situ data processing and analytics running on large parallel machines

Flowers is a free flow scheduling software, in c#, for oil refining operations and other continuous or semi continuous processes. It is based on a deterministic simulator with events. It supports crude assays, crude distillation and product blending.

Fluid2D allows to study a wide variety of 2D flows. It is written entirely in Python. It is both a teaching code and a research code, capable of running from one core to thousands. Its numerics has been chosen to yield to as small dissipation as possible allowing to simulate easily high Reynolds flows, much higher than any of its concurrents. High performances are achieved by writting most of the operations as matrix-vector multiplications, handled by numpy that itself relies on the highly optimized BLAS.

Fly! Legacy is a flight simulation platform that is fully compatible with all aircraft, scenery and other data files for the Fly! II flight simulator by Terminal Reality Inc. (TRI).

Footballer and Football Simulation Markup Language and related Software, Football(er) Simulation Markup Language = FerSML

This is the first force-matching software published with the ability to do general coarse-graining for molecular systems.

It's a small app I wrote that simulates forest fire. I made it besause all free cellular automata programs I could find were deterministic or had other problems. I thought it may be worth sharing.

Formicidae is the official simulator and visualizer for the Ant-Wars competitive programming site, written in Java and SISC. The site is hosted at www.ant-wars.net.

A Four-bar Linkages Simulator using OpenGL (3D), it allows to change the size of the bars, and change the current angle of the main bar. It also have a Play/Stop feature. Just extract everything on windows and run 4bar.exe

A graphical MatLab framework for estimating the parameters of, modeling and simulating static and dynamic linear and polynomial systems in the errors-in-variables context with the intent of comparing various estimation strategies.

This project hosts the code and the documents which were created by Francesco Montorsi during his PhD at the University of Modena and Reggio Emilia, Italy, about indoor and outdoor localization and navigation techniques. The code (mostly MATLAB code) is publicly available to enable reproducible research.

Multi-user online service implementation for web-based factory modeling. Rich user interface and scalable backend system to build online simulation services on or do other processing of factory data. Demo at https://fabriksimulation.ipa.fraunhofer.de

A simulator that allows programs written in Java for a National Instruments CRIO to be run on a local computer by overloading the libraries provided by WPI. Some things we've fixed since 0.1a: Kinect no longer throws an exception upon instantiation, the Watchdog is usable, array elements can now be edited in the gui, and lots of under the hood reimplementation to replace native methods. DISCLAIMER: this is not like the diamond bullet studios simulation, this only simulates how the hardware would act, so that code can be tested. It is not our goal to provide a program that allows simulation for strategy testing, nor will it ever be.

The Free Finite Element Package is a library which contains numerical methods required when working with finite elements. The goal of FFEP is to provide basic functions for approximating the solution of elliptic and parabolic PDEs in 2D. Until 2016 FFEP was developed using C. Science 2016 the language was switched to GNU Octave with some C Mex-Functions. Mesh generation or import is not part of FFEP. We recommend the use of Gmsh.

A language and a compiler for the solution of differential equations (ODE). Both lumped and distributed variables (PDE) will be possible. The ability to solve DAEs is a long term goal. The compiler generates a Python program that does the computation.

This project is a collection of FreeFEM++ scripts used to find numerical solutions of the free-surface incompressible Navier-Stokes equations. The boundary interpolations from a moving mesh are suitable for applying surface tension boundary conditions

Free HyperSim is a generic simulator (simulink like) platform adapted for shared projects. Components (icons) are plugins (python code, batch or executable files) which can be shared between users.

FreeMarket is a software package for running simple virtual prediction futures markets that uses the renowned PHP scripting language and MySQL database tools. It is designed for educational and medium-scale research applications.

This application is intended to give abilities of calculating physical measures and draw charts, related to the aspect of the movement of sphere - shaped projectiles, ejected to reach some range. With the help of FreeBalistic you can fast calculate such measures as: height of bullet after specified time, height for given range, max height of bullet, range after given time, range to get max height, range to the end of move, time to get given range, time to get max height, time to get end of move. The app is currently in the middle state of development, and will recive at least one update. The curent target of this project is to achieve modification of chart display, that allows to show all scope of calculated values. In opposite to similar projects, this one is oriented to consider additional physical conditions, that can affect on the sphere-body movement, especially air resistance and throw angle For more info visit: www.freebasic.net/forum/viewtopic.php?f=8&t=27484

Freeode is a compiler for the SIML programming language. It is a specialized language to solve differential equations. The compiler creates a python program that uses Numpy and Scipy to do the numerical computations.

FREVO is an open-source framework developed in Java to help engineers and scientists in evolutionary design or optimization tasks. The major feature of FREVO is the componentwise decomposition and separation of the key building blocks for each optimization tasks. We identify these as the problem definition, solution representation and the optimization method. This structure enables the components to be designed separately allowing the user to easily swap and evaluate different configurations and methods or to connect an external simulation tool. The latest version in development is hosted at https://github.com/smartgrids-aau/Frevo

Microchip's PIC simulator. Simulates a circuit with dispositives as a P16F84 microcontroller, LEDs, displays and LCDs. Extensible with plugins.