Open Source Java Simulation Software for Windows

RAPSim (Renewable Alternative Powersystems Simulation) is a free and open source micro-grid simulation framework for better understanding of power flowing behavior in smart microgrids with renewable sources. It is able to simulate grid-connected or standalone microgrids with solar, wind or other renewable energy sources. The proposed software calculates the power generated by each source in the microgrid and then it conducts a power flow analysis. This software is helpful for optimal placement of distributed generation units in a micro grid. RAPSim is designed for use in science and classroom with a simple to use graphical interface. It is an easily extendable framework that supports users in implementation of their own models, for grid objects, and algorithms for grid control.

This is a network simulator. This is meant to be user friendly as well as feature rich. This field lacks software with good user interface. Even the commercial softwares in this field is quite lame. This aimed to go along Multisim(R) and Blender(R) form

jColony is an implementation of 'The Game of Life', written in Java in an object-oriented fashion. jColony aims to be as easy-to-use as possible, for both programmers (The source code) and end users (The Graphical User Interface).

parsing simulator can be used to determine first ,follow , nullable and can be used to calculate LR items.

Repast BS is beanshell based modular modeling environment for Repast which allows to visually create Repast simulations

This project proposes a virtual laboratory for social scientists interested in the modelling, analysis and behavioral simulation of power relationships within organizations and more generally in systems of collective action. This software is grounded on the works lead by Sibertin-Blanc and Roggero on the formalization of the Sociology of Organised Action [Crozier and Freidberg]. Visit the homepage of the project on soclabproject.wordpress.com for tutorials, examples and further theoretical position.

Genetic Architecture Model Emulator for Testing and Evaluating Software (GAMETES) is an algorithm for the generation of complex single nucleotide polymorphism (SNP) models for simulated association studies. GAMETES is designed to generate epistatic models which we refer to as pure and strict, that constitute the worst-case in terms of detecting disease associations, since such associations may only be observed if all n-loci are included in the disease model. User friendly GAMETES software rapidly and precisely generates epistatic multi-locus models, and can generate simulated datasets based on these models. Version 2.0, adds the ability to generate heterogeneous datasets by applying multiple independent models to different subsets of the simulated data. Additionally we have added a custom model generation feature, so that users may directly specify and examine the properties of any 2 or 3 locus SNP model. Simple Mendelian models may also be generated with this feature.

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A networks project simulating OSI layers 2, 3 and 4, including here: CSMA/CD, IP, ARP, TCP.

This is a framework to develop Contexts and Agents and a Container to run them. The Container lets each Agent interact with the Context and other Agents. The agents are deployed in jar files and each one runs in an exclusive sandbox.

A demonstration of the result of using an agent based approach in software. Shows a swarm of icons representing agents that follow user selected rules.

Analog Insydes is a Mathematica toolbox for symbolic analysis of analog electronic circuits. This project provides a set of free add-ons to Analog Insydes, including a Java front-end and a native netlister for Cadence's Analog Design Environment (ADE).

The Automated Life Ecosystem Simulator is a microbe simulation environment developed in Java.

BAUS! is a carpenters workshop simulation for educational purpose. It uses 2D graphics and allows two player mode.

A game/toy that simulates a world environment with organisms to survive: game of life with more complex rules. Every programmer can make his/her own organisms and compete with others. Hopefully in the future it will support genetics.

The Brunswick Science Fair Project is an attempt to evolve code snippets into complex organisms. Programmed in Java

BorealSE is a simulation engine writen in Java that aims to be a platform for distributed discrete event simulation models. It also aims to incorporate the ideas and benefits of OOP so that simulation models can be written on top of reusable components.

BrainBox is a simulation toolbox, similar to MatLab, that simulates physical and mathematical models remotely via WebServices. BrainBox provides a user interface to help create the diagrams and interact with the simulation results with a built-in languag

The CMSD Tools project provides tools in different programming languages to help manipulating data in the Core Manufacturing Simulation Data format.

Carbon Effective Supply Chain Simulator (CESCS) is a software package for simulating green supply chain. A unique approach is taken to help achieve the optimal balance between carbon footprint, supply chain cost, service level, and product quality.

The target system of this project is to develop mathematically efficient program code generator from cellml like biological models described by mathematical markup languages.

CellGIS is a wireless planning tool that uses Java and ASCII Raster maps format. It allows to implement more propagation models and funcionalities by means of plug-ins.

This software simulates cellular behavior based on specific rules (e.g. Game of Life or Wireworld). The UI will be replaceable and there will be a feature for importing rules from a file based on a format developed for this purpose.

CodeBot is a java (swing) based application that allows to generate keyboard and mouse events, by using simple scripting configuration. Bot allows to start and manage scripts in new threads. Can be used to write game bots or mouse/keyb simulations.

The CodeTime platform covers every aspect of parallel software from authoring, through distribution, to run-time. Its goals are: high programmer productivity; write once, run high performance anywhere; and wide acceptance.