Open Source Windows Simulation Software - Page 51

A collection of applets used to demonstrate physics and math principles. The applets include: a ray diagram drawing applet, a collision of disks applet, an electromagnetic field mapper and a 3d hydrogen orbital simulation.

Ce projet a pour but de tester la théorie de P. Crozat concernant les modèles de constructions des pyramides d'Egypte.

This cellular automation simulation uses probability to control the growth and decay of different cells. This simulation uses cells of 6 different colors each of which is initially given one cell to be placed in a random location on the grid. 3 rules govern the evolution of this system: First, each cell will randomly select an empty cell around it or itself. If an empty cell is selected, a new cell will be formed in it. If the cell selects itself, it will not expand. In the next iteration, the new cells follow the same process. Second, every color is predestined to consume another color if the two make contact. In other words, if Color A consumes Color B, whenever Color A's cells randomly select Color B's cells, that selected cell will be converted to Color A. Third, if the population of a color is below a certain threshold number, this color will randomly choose another color to consume (this chosen color may even be a color that no longer exists on the grid).

PlanetPack is a software tool developed to facilitate the radial-velocity time-series analysis for the goal of exoplanets detection, characterization, and basic dynamical simulations. The description of the main theoretic concepts, statistical methods and algorithms that PlanetPack implements, is given in the following refereed papers: R.V. Baluev 2013, Astronomy & Computing, V. 2, P. 18 (initial release); R.V. Baluev 2018, Astronomy & Computing, V. 25, P. 221 (update 3.0). The technical manual explaining the details of the practical use is available in the download archive here (see the /doc/ subfolder).

Main source code is moved at https://github.com/jpahullo/planetsim. We recommend authors of contributions sections to move your code to github. Since then, contributions remain here for your use at will. PlanetSim is an object oriented simulation framework for overlay networks and services. This framework presents a layered and modular architecture with well defined hotspots documented using classical design patterns.

With Planets you can create and simulate planetary systems on your computer using Newton's law of universal gravitation. This program can be used in schools for illustration and students can experiment with it themselves. I created this project as part of the German Abitur exam, which is why the help documents are currently only available in German. Requirements: - Python 2.7 - Windows 7, Windows XP, Ubuntu Other operating systems may work but were not tested.

Physical modelling of water transport in plants

Pocket Cube J3D is a simulator of a Pocket Cube, in Java language and Java 3D graphics API. Java 3D is available at: http://www.oracle.com/technetwork/java/javase/tech/index-jsp-138252.html

using simple cuboids and gjk algorithm, this general purpose algorithm gives a ready made code to work with swissranger 3D camera.

PolityBuilder is a collection of java libraries and applications for exploring the relationship between individual psychology and political phenomena. It is based on research conducted by Andrew Reilly at the Australian National University.

Fully automatic h, p, and hp-adaptive finite element package supporting different physics modes.

an advanced pong games controlled by phidgets

Poor Man's HPC is a framework that allows distributing and running code on a server farm. pmHPC is a scaled down and simplified version of distributed computing projects such as SETI, so is a perfect fit for enthusiasts and universities.

Full documentation: Download popppyX.Y.html Popppy simulates a population of men and women over a period of time in 1 year time-steps, implementing marriages, births, and deaths. Execution starts with an input consisting of given numbers of men and women of particular ages. It does a decent job predicting 10 to 20 years ahead. Beyond that the input parameters fertility rate, marriage age and mortality rates could change in an unpredictable manner. The tool could also be useful and fun for a student, for anyone curious about near-future demographics or CO2 emissions, or curious amateurs. Since it's Open Source (<2000 lines of Python code) you can make your own changes. It runs from the command line and should run on any (MS WIndows, Linux/Unix/Mac OSX) platform running Python 3. A non-Python MS Windows pre-compiled Popppy executable/binary is included for those who just want to run it without having the bother of installing Python 3.x or not wanting to change the source code.

An easy to install and use toolbox for octave for the calculation purpose of power system along with features like Economic load dispatch, load flow analysis, transmission line parameter and swing equation etc

A minimal tool to draw power system schematics and perform power system studies such as load flow and short circuit calculations

PredatorPreySimulation is a graphical Java application for simulating a predator prey ecosystem using the Volterra-Lotka equations.

Predyketide is a stand-alone desktop application which provides a way to observe the resulting structure per elongation of the polyketide chain, and predict the most possible natural product structure. This tool can be helpful in the discovery of new drugs requiring lesser time and effort. The project uses the cdk v.1.5 and cdk-jchempaint-26.

A package for preference handling and aggregation rules. A number of voting rules discussed in social choice literature have been implemented in order to study various properties of these rules in simulations with randomly generated preferences.

PAL used in scnerios of the production environment

Digital circuit simulator with an own IC-scripting-language, programmed in Visual C++ 2003.net, currently only available for Windows. Major technical goals: Creation of a bugfree interface and effective signal simulation. All config-files in txt-format.

Projectile motion is a GUI based program that calculates various parameters of projectile motion based on initial velocity and height. It also plots the path of the projectile and can also find the location (x,y) as a function of time and vice versa.

A Simulation based on SWI Prolog

Bitte neue Website des aktuellen sourceforge Projekts PF_HP beachten! Please see new Website of the current sourceforge project PF_HP! Selbst im vereinfachten zweidimensionalen HP-Modell (hydrophob/polar) ist die Proteinfaltung bereits NP-vollständig. Hier implementieren wir einen brute-force Algorithmus zur Lösung kurzer Eingabesequenzen (0-1-Bitstrings) für die Proteinfaltung. Spende einen Cappuccino: Bitcoin: 1HqrdnfQgi9B4LW8UEvLAwh7X5gXPCoQ5B Litecoin: LeCx44jGjHxiVZ8f6MyumLTCxPcp3ePKJT Paypal: paypal.me/GerritLeder