Search Results for "physics" - Page 11
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Showing 391 open source projects for "physics"
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libRfDsp is a collection of c++ tools for digital signal processing and simulation with a focus on RF/Microwave domain. The base data types are int, double and complex waveforms. Currently FFT, DDC, filtering and some basic operations are available.
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A C/C++ library for Cavity Quantum Electrodynamics Simulations. CQEDSimulator is a framework that provides all basic mathematical elements and methods to perform quantum numerical simulations. It's crossplatform, that works on Windows, Linux, Mac...
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Spasmos is a Python package that allows scientists to simulate the dynamics of highly collisional plasmas using a number of numerical methods.
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C++ library for calculating the light propagation through large and very small structures (sub wavelength). The used method is the Fourier Modal Method. It can be solve one and two dimensional dielectric structures such as gratings, waveguides etc.
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f14tosqlite - Urqmd to SQLite convertor. A convertor to convert UrQMD F14 simulation file to a sqlite database. Database is organized in 3 tables: events ; frames ; particles
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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.
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An open source project project to make Quantum Field Theory calculations and demonstrations using python.
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A family of programs for building coarse-grained models (eg. of macromolecules), manipulating them (geometrical transformations and more) and calculating their X-ray scattering patterns (1D and 2D too). Uses PVM for parallelization.
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The GWO library is numerical calculation library for the diffraction integrals using a GPU (Graphics Processing Unit). If optics engineers and researchers have no knowledge of GPU, the GWO library provides them with the GPU calculation power easily.
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StormRT is a real-time multi-resolution analysis and compression package for data compression and temporal feature detection over multiple timescales.
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Real Time Relativity simulates the optical effects of special relativity perceived by observers moving through a scene at near the speed of light, enabling physics students to learn relativity by (simulated) experience.
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BallCalc is attempt to make a good, easy to use, full featured and FREE!!! ballistics calculator for the Windows Mobile based on the GNU External Ballistics engine, and eventually other, platforms.
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This is the native MS windows release of OpenFOAM, an open source toolbox for Computational Fluid Dynamics (CFD). It was built with MinGW C++ as a set of native windows applications, which improves performance and eliminates the need for Unix emulations.
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SunThink! is an INRIA Scilab-based program that assists in the good design of solar electricity systems. Its primary purpose is to facilitate the accurate, appropriate sizing of these systems to fit the specific design goals that are held for them.
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SimpleODE - physic simulation lib.It is free project based on Open Dynamics Engine (ODE):rigid body dynamics,realtime simulation, cloth, fluid(water) 2D, all ODE joints,vehicles,legged creatures ragdoll,complex objects,many demos. PROJECT CLOSED
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A collection of different methods for implementing in C++ polycrystalline growth for metals during annealing or recrystallization.
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MBDyn_sim_suite is a collection of free pre&post-processing tools and simulation models for the open-source multi-body analysis software MBDyn forming a general purpose simulation environment for structural dynamics with an emphasis on wind turbines.
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The Optics Project on the Web (WebTOP) is a 3D, interactive computer graphics system that visualizes optical phenomena. Its purpose is to help instructors teach and students learn about optics. It is a platform independent Java application that uses X3D.
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OpenMie aims to solve electromagnetic scattering problems via the Mie method to provide a benchmark against which to test more general scattering codes. Complete field solutions are given for a number of practical geometries.
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The Mobile Autonomous Robot Simulation Framework assists in building the applications to simulate an Autonomous Mobile Robot, its interaction with the environment, behaviors and also its sensors, actuators and locomotion mechanism.
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HydroSed2D is a two-dimensional numerical model for hydrodynamics and sediment transport on unstructured mesh.
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This project provides a tool for investigating the starting behaviour of Vertical-Axis Wind Turbines. These programs are those used in the paper "Darrieus Turbines- the Physics of Self Starting", by R. Dominy, N. Hill and G. Ingram.
