Open Source Simulation Software - Page 68

Moved to Google Code, see http://code.google.com/p/pythonequations/downloads/list

An open source circuit simulator for power electronics applications. The objective is to provide a platform that will enable an advanced user to simulate large systems with several converters without being an excessive burden on the CPU.

The main goal of this project was developing phase-field simulations of lithium dendrite growth with FEniCS programmed in Python. The problem was based in the grand potential-based model of Zijian Hong and Venkatasubramanian Viswanathan (https://doi.org/10.1021/acsenergylett.8b01009) . Some simpler examples were developed before for a first approach with FEniCS: heat equation and combustion model.

Q++ is a cross platform C++ template library used for simulating quantum computation. Its purpose is to allow testing of quantum algorithms by providing a quicker way to create programs compiled for speed.

QASE is a Java-based API designed to provide all the functionality needed to create game agents in Quake 2. Powerful enough to facilitate high-end research, it is also suitable for undergrad courses geared towards classic AI and agent-based systems.

Sensor training simulator.

QCF is a toolbox of Quantum Computing Functions for Matlab and Octave. It is based on the syntax of Nielsen & Chuang's book 'Quantum Computing and Quantum Information'. It includes simulations of the Grover and Deutsch algorithms and a pdf tutorial.

A cross-platform cellular automaton facility. Implements simulation and visualization of multi-dimensional cellural automatas locally or in distributed mode.

QHQ++ is a C++ library includes: QHQc++ (C++ Numerical Library), QHQmcmc++ (Markov Chain Monte Carlo C++ Library, Bayesian Statistics), QHQsv++ (Stochastic Volatility C++ Library, Finance), QHQyc++ (Yield Curve Modeling C++ Library, Finance).

QInterference can visualize batch of double slit experiments. It can also solve it in radial as well as Cartesian coordinates and moreover it can simulate functionality the phase-array radar with the main-bundle deflection.

QLogic is a Qt-based logic simulator.

QMcBeaver is an object-oriented program to perform Quantum Monte Carlo calculations on atoms and molecules. It is designed to be easy to modify, allowing new ideas to be quickly implemented.

QSMM, the recursive acronym for "QSMM State Machine Model", is a C library and a set of tools aimed at solving notable problems with Artificial Intelligence: the explainability of model behavior and its restriction to prevent violating a predefined set of rules. To achieve the goals, the library supports specifying model behavior in algorithmic form by the means of nondeterministic programs adapting their own execution according to the reinforcement learning approach. An assembler language for developing the programs includes deterministic jump instructions for imposing constraints on model behavior and nondeterministic jump instructions with automatically adjusted probabilities for allowing variations in the behavior. A proposed higher-level abstraction of model operation is adaptive parsing according to a template grammar. A top-down parser and bottom-up parser supplied with the library compile a template grammar to a nondeterministic assembler program that consumes tokens.

UPDATE: ----------- This repository is no longer maintained, the new version of the QSS Solver is available at: https://github.com/CIFASIS/qss-solver

QTnew is a universal Queueing Theory simulator. Different types of serving disciplines, time distributions, routes are supported. Simulation is extremely flexible: any custom simulation can be performed with JavaScript.

QUENAS (QUeued Event Network Automatic Simulator) is a Network Simulator that enables to create a network of nodes and simulate communications between then. Currently, the Hypercube protocol is implemented at network layer.

Inspired by a youtube video, I thought I'd have a go at building a theme park visitor simulator. A command-line driven tool that can output a range of CSV data. A couple of Excel templates are included so you can quickly see some graphs. I've included data for four famous theme parks, and one generic test park. I'll add more as I get access to real-world data. What's included: Visitor will travel from ride to ride at a reasonably realistic speed. There are several different types of visitor, and they will have different ride requirements. There are two types of rides being simulated: continuous (like the awesome "it's a small world" and show (eg Lion King) What's not included (yet?): Food/drink. Accurate paths, visitors currently travel in straight lines. Future? I would like to add all the missing stuff, and more theme parks. View positions of each visitor minute by minute (report already exists for this, but no way to view the data visually). Have fun!

This is a small program to show impedances in a Smith Chart. The chart is drawn (it is not an image), so it can be redimensioned without pixeling. As it's done with Qt 4, it should run in multiple platforms.

This Qt5 app can send controls data to an instance of JSBSim standalone, and can read and display data from JSBSim. You can think of QtJSBSim as a simulator, with JSBSim as the flight dynamics model back end. For out-the-window visuals you can send data to FlightGear.

QtNet ("Cute-Net") is a QT-based GUI frontend for the "CWSnet" hydraulic simulation toolkit. Similar in spirit to the EPAnet GUI, it is intended to provide a reasonably complete set of features for visualizing and editing hydraulic networks.

QtoNum is a calculator for qualitative values (-, +), intervals and crisp numbers with arbitrary precision. QtoNum also handles infinitesimals and infinites. All these types can be mixed in expressions and conversions are performed automatically. QtoNum can be used as an interactive calculator (command line) and as a calculus library.

QuCoSi is a C++ library for simulating a quantum computer. The used qubits and gates are plain vectors and matrices that can be inspected and modified easily. Its emphasis lies on readability and ease of use.

A modern and usable interface for the well known neuronal network simulator SNNS. The GUI acts as a client to serveral servers embedding SNNS and supports team work aspects.

This MATLAB-based repository contains implementations of quadrotor control systems, path planning, and trajectory optimization algorithms developed as part of an advanced robotics course at the University of Pennsylvania. It includes PD controllers, path planning via Dijkstra and A* algorithms, and trajectory optimization (minimum snap/acceleration). Run code: change trajectories in file control/runsim.m and run. See quadrotor_dynamics.pdf for dynamic modeling of the quadrotor. See control/controller.m for implementation of the PD controller. Visualization below. Desired (blue) vs Actual (red).