Search Results for "tiny-core-plus" - Page 15
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Showing 390 open source projects for "tiny-core-plus"
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Random number generator, and random number seed generator classes for C++. Includes abstract base classes and derived generators. Cross platform compatible.
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AQUYNZA is a set of C++ libraries, sample programs and doc's for the modelling, visualization and persistence of 3D environments. Its modular and highly portable. Its primary objective is helping to learn (and teach) computer graphics. (code in SPANISH)!
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This project provides an "embedded expert system", i.e. a limited ability inference engine, with a demo rule set, taken from the field of X-ray Photoelectron Spectroscopy.
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NTuple is a Python module used by high-energy physicists and astrophysicists to easily and efficiently access ntuple data stored in large ROOT data stores. Specifically, NTuple provides a friendly Pythonic interface to TNtuples and TTrees stored in TFiles
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ConcordeDSP -- A user friendly, Open Source, GUI-based DSP filter design and waveform analysis environment
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mCode is designed to be a dynamic 3d platform for simulation and visualization, with a focus on visual networking.
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BlochLib is an expression template library of generic data structures and algorithms to perform large scale nuclear magnetic resonance classical and quantum mechanical spin simulations, with many I/O capabilities,and integrated numerical routines.
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van-der-Waals-Equation Calculator (vdw_calc) is a small command line tool to solve the van-der-waals-equation and calculate coefficients for different gases.
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The GDAC (Generic Device Access and Control) framework is an extensible multithreaded cross platform (Linux (x86,VME)/Windows) C++ device control environment. It typically will be used as the basis for custom OPC servers or front-end control software.
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Bad Camel Gaming is a collection of arcade games build on the Oasis Framework, the Bad Camel Gaming game framework.
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This project offers an uniformized way to interface a extented variety of analog-to-digital conv. chips to a computer that uses Windows. It is written in C as a set of plugin DLLs plus a central interface. The interface is intented to be VB compatible
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OpenGL viewer for Numerical Electromagnetics Code (NEC) output files. Reads .NOU files and displays them graphically along with near field electric and magnetic fields. If both E and H are present, the Poynting vector is also calculated and displayed
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SSF aims at providing an easy to use and efficient framework for physics sim & visuals in small scientific simulations in real-time, as well as games, which are inherently real-time applications.
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Hephaestus is a computational framework to be used for iterative solution programs, such as weather models or CFD applications. (Now in need of an administrator/developers).
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The fluid simulator consists of a core library and a GUI. The core makes all calculations based on the paper "Stable Fluids" by Jos Stam. It is able to simulate fluid flow in abritrary time steps. Support for boundaries is included.
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This project provide a simulation of the quality of lenses which permit, according MTF curves (and some other), to see the picture which will be produced (sharpness, distorsion,...).
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Two dimensional (2D) fine mesh finite element (FE) grid editing system. Includes constrained Delaunay triangulation, and automated grid resolution changes based on local attributes. Win32 and Motif GUIs. Mature application, now going open source.
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MathROOT is a tool for high-energy physicists to access the ROOT data analysis framework from within Mathematica
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The intention is to create a platform for developing performant navigation and behavioral algorithms that would then work well applied to real world robots. All development is cross platform. Initially for Linux and Windows. Languages used: C/C++,OpenG
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A functional layer for scientific uses that produces and manipulates real functions as first-class objects. Includes parts of compilers and symbolic manipulators in a straightforward encapsulation that extends scientific programming far beyond math.h.
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The Physics 3d Simulations Project, intends to be a educational tool, for helping science students understanding physics concepts of Classical Mechanics, Eletrodynamics, Chaos, Relativity and others.
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This Meshula Kernel contains a reactive AI core, a high quality physics simulator, a math library, and assorted utility routines
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calculate math expression(string), for example: double ret = Cal("1+2"), ret= Cal("Pi+ln(e)+f(x,y)÷x+φ+φ0+φ1"). Features
