Search Results for "complex function plotter" - Page 2

Math Objects is a template based math library for C++ that can handle complex mathematical objects. It can compute the Smith form for matrices of polynomials and the Smith-McMillan form of transfer function matrices

...The library is provided with practical examples to show what you can do with just a few lines of code. OpenCV is used as the supporting computer vision library. QCV provides interfaces for C and C++. The C interface is a set of simple function calls to allow the user to visualize data and obtain events from the system and user input. The C++ interface has more features allowing the user to run and analyze complex computer vision algorithm in a few lines of code (see the stereo and surf examples). QCV offers a 2D visualization tool, an on-line on-the-fly parameter editor, a clock tool to evaluate computation times, and a control tool to manipulate input video and sequences of images. ...

...With JMCAD, users can quickly develop software or "virtual" prototypes of systems or processes to demonstrate their behavior prior to building physical prototypes. The user builds his system model by selecting predefined blocks from a block library and simply wiring the blocks together. Each block of the diagram performs a function. Users can also create custom blocks in Java and add them to the JMCAD block library. JMCAD is a block diagram language for creating complex nonlinear dynamic systems.

This Projects target is to visualize the properties of Control-Systems. One can insert the roots of the caracteristic Equation and plot the Locus by varying the Parameters. One can insert the transfer-function and view the changing response by varying the parameters. This applies also to the Bode-Plot. All those Plots can apply to the same Control-System and are updated in Realtime.

...This is a beta version, so please report any bug if you find something wrong! Your help will be very appreciated! NEWS! asymptotic diagram plotting function added! the function is in beta test, and does not support complex factor.

Metagenomics yields enormous numbers of microbial sequences that can be assigned a metabolic function. Using such data to infer community-level metabolic divergence is hindered by the lack of a suitable statistical framework. Here, we describe a novel hierarchical Bayesian model, called BiomeNet (Bayesian inference of metabolic networks), for inferring differential prevalence of metabolic networks among microbial communities.

A self-contained C library providing complex error functions, based on Faddeeva's plasma dispersion function w(z). Also provides Dawson's integral and Voigt's convolution of a Gaussian and a Lorentzian.

This project aims at an easy-to-use, cross-platform pocket calculator like software with reverse Polish notation (RPN) input, multi-precision arithmetics and support of several data types including macros. At the moment many features are rather rudimentary. Notably, it’s rather easy to freeze the program, say, by requesting a 1,000,000×1,000,000 identity matrix. Hey, I did call it ‘experimental’.

GLUT Complex Function Plotter (GCFP) is an open-source tool for visualizing complex functions using OpenGL. It can be customized using LUA. Please note: I wrote GCFP while learning for an exam in complex analysis to understand the behavior of some complex functions. As it has proven useful to me I thought I would share it though obviously GCFP could be improved in many ways..

Crispy Plotter is a function graph plotter for mathematical functions, featuring high drawing speed and an intuitive interface that is fun to use.

Easy Funktion is an easy to use function plotter that supports complex numbers as well as real numbers. Additional features are equation solving, approximation functions and a built in pocket calculator.

An easy to use mathematical function graph plotter written in Python and GTK.

Headrand is a static library wrote in c that contains functions to simulate complex systems or make statistical analysis with a new approach called "random function computing"

Ordered Bijective Interpolated Warping (OBI-Warp) aligns matrices using Dynamic Time Warping with a one-to-one (bijective) smooth warp-function. It is ideal for the chromatographic alignment of complex mass spectrometry proteomics data.

QMPlot is a mathematical function plotter written in C++ using Qt toolkit. Project moved to https://github.com/piotrdz/qmplot.

Seems to be closely related to Cellular automaton, except this creates a complex pattern from a mathematical function you input. See website for examples/live applets. This program makes use of an old GPL version of the JEP equation parser.

This desktop application provides graphical control of K8055, a USB Experiment Interface Board by Velleman (http://www.velleman.eu/). It will be mostly platform-independend at a later time. The current (beta) version is for windows 2000/XP/Vista/7 on 32Bit. It is incompatible with all other Operating Systems and with 64Bit architecture. I stopped developing this application. Feel free to reuse the code or contact me on Questions.

JFunctionViewer is a simple and fast OpenSource function plotter. Since it is written in Java it is Platform independend and can even be run from inside a Browser.

Integra is more than a function plotter. It evaluates expressions and creates dynamic 2D and rotatable 3D plots in a polar or cartesian coordinate system. Other features are integration, differentiation, various functions, ...

OnlinePlotter is a graphical and interactive online function plotter to build customizable functions per Drag&Drop.

This software is an easy to use 2D mathematical function plotter.

Extensible very easy to use 2D/3D function plotter for KDE 3.2 with plugin support.

MathGenius is a graphical tool intended to simplify your work in mathematics. By now it includes a graphical function plotter, a mechanism (still in development) to derive functions, and an equation solver. An extension mechanism will be developed.

KSciPlot is a function plotter for the KDE environment. It supports embedding in KOffice applications, deriving functions, polar plots, etc.