Multiplying Monomials Solver

yades - 'yet another differential equation solver'. This Java application solves ordinary differential equations (ODE) numerically and displays the results as tables, graphs, direction fields or vector fields. Platforms: Windows, Mac, Linux

ZSokoban: An efficient Sokoban engine implemented in C# including levels, levelsets, solver, utilities and full GUI player. Platforms: Windows, Mac, Linux

LoanOne is a simple loan solver that lets you solve for the amount, the interest rate, the term, the payment and the balance of a loan. Additionally you can use various compounding and payment frequencies, enter the term in years or payments, and specify whether payments are made at the... Platforms: Mac

With Audio Units and hosts multiplying practically daily, users with growing collections of both soon want to be able to specify subsets of Audio Units to be loaded with particular hosts. Audio Unit Manager provides a simple way to organize Audio Units into sets so users can load just the Audio... Platforms: Mac

This script takes any input string and displays all the available words that consist of it's letters.All the words are checked using the Microsoft Word dictionary.All combinations from three letters up to the full length of the input string are spell-checked to figure all the meaningful words.... Platforms: Windows, Mac, *nix, Matlab, BSD Solaris

The script can display how the route rearranges at each script iteration.The input for the program is an Nx2 cities array sorted in the initial traveling path. The output is the cities arranged in a more effective route, index vector of the order the cities should be visited & the total rout... Platforms: Windows, Mac, *nix, Matlab, BSD Solaris

OOFEM is free finite element code with object oriented architecture for solving mechanical, transport and fluid mechanics problems that operates on various platforms.The aim of this project is to develop efficient and robust tool for FEM computations as well as to provide modular and extensible... Platforms: C and C plus plus

C-Library & Matlab Toolbox implement a numerical solution of Poisson equationdiv(e*grad(u))=ffor Cartesian 1D, Cartesian 2D and axis-symmetrical cylindrical coordinates with respect to steeply varying dielectrical permittivity e.Library uses regular rectangular grid with mixed boundary... Platforms: Matlab

Included is a readme word document that fully describes how to run the graphical user interface, describes the outputs etc..In essence this GUI can be used for calculating resonance parameters for the quasi-TEM modes of cylindrical re-entrant structures. Additionally, electric and magnetic fields... Platforms: Matlab

This archive contains the script files of the main program, "MMCE.m", and of 11 function files, used in the solved exercises of the book. They work with Matlab R2007b through R2009b It contains also three simulation diagrams to be used with Simulink, in two versions (for the two versions of... Platforms: Matlab

This simulink model simulates the damped driven pendulum, showing it's chaotic motion.theta = angle of pendulumomega = (d/dt)theta = angular velocityGamma(t) = gcos(phi) = Forceomega_d = (d/dt) phiGamma(t) = (d/dt)omega + omega/Q + sin(theta)Play with the initial conditions (omega_0, theta_0,... Platforms: Matlab

The attachment contains:1. Related matlab files.2. Picture files of possible outputs.3. A read me text file.4. A report containing detailed explanations about the basics and about coding algorithm used herein.Finite difference (central) method is applied and solution is obtained for the stream... Platforms: Matlab

This code allows little applications to DEA (Data Envelopment Analysis), based on the Jeff Stuart Linear Programming code. Platforms: Matlab

L-BFGS-B is a collection of Fortran 77 routines for solving nonlinear optimization problems with bound constraints on the variables. One of the key features of the nonlinear solver is that the Hessian is not needed. I've designed an interface to the L-BFGS-B solver so that it can be called like... Platforms: Matlab

AQUILA is a MATLAB toolbox for the one- or two dimensional simulation of the electronic properties of GaAs/AlGaAs semiconductor nanostructures. The program solves for a user-defined structure the one- or twodimensional Schroedinger- and Poisson-Equation in a self-consistent way. Platforms: Matlab

This code solves the oblique shock wave relations for either mach number, wedge half-angle, or shock angle. See obliquerelations.m for a description of the equation being solved. Platforms: Matlab

The program 'Efinder' numerically solves the Schroedinger equation using MATLAB's 'ode45' within a range of energy values. By taking advantage of the dramatic endpoint behavior of the resulting wave solutions, 'Efinder' determines the eigen energies to any accuracy needed.This program has been... Platforms: Matlab

The bulirsch-Stoer single-step ODE propagator has come to MATLAB in form of a MEX adaptation of Juergen Dietel's Numerical ODE solver. This may very well be the fastest single-step numerical propagator released on the Mathworks FileExchange.All functions are written in c++ and must be compiled to... Platforms: Matlab

A Lambert-orbital boundary value problem can be stated as"Find the orbit/trajectory of a spacecraft that flies from position [r1] to [r2], taking a time [tf] and making [m] complete orbits before arriving at [r2]. "The solution to each Lambert-problem is NOT unique; one can travel to [r2] via the... Platforms: Matlab

Solves the mixed integer linear problem:min c'*xs.t. A*x Platforms: Matlab