474 results

A symbolic toolbox for MATLAB based on Mathematica.

Leergang voor geïnteresseerden in de Computeralgebra - Systemen MATLAB en zijn Symbolic Math Toolbox

Simple M file to convert Symbolic Equations/Polynomials to ZPK TF form.

Easily include nicely syntax highlighted m-code in your LaTeX documents.

C++ MEX plugins to compute error functions (erf, erfc, erfi, erfcx, Faddeeva, ...) of complex args

Learn how symbolic computation can be used to teach concepts and solve problems in Math and Physics

Apps from Experiments with MATLAB

Numerical derivative of an analytically supplied function, also gradient, Jacobian & Hessian

Numerical approximation of the inverse Laplace transform for use with any function defined in "s".

Arithmetic with integers of fully arbitrary size. Arrays and vectors of vpi numbers are supported.

Predict the nonlinear (or linear) response of a single degree-of-freedom damped mass-spring system subject to an external dynamic force.

Calculates a variety of the thermodynamic properties of humid air.

Returns the propagated uncertainty in a function F imparted to it from its variables

It calculates Inverse Kinematic for 6DOF anthropomorphic arm with spherical wrist.

Load flow of IEEE 57 bus Gauss Siedel

This toolbox defines a new mp class allowing multiple precision objects in MATLAB.

A wrap of fmincon to get gradient

Using the Live Editor and the Symbolic Math Toolbox to teach calculus concepts

Compute Multiple Integrals of Orders 4, 5, and 6

Solve Euler–Lagrange equation automatically.

Companion Software.

Calculates the Jury-Chart for a given polynomial - numeric or symbolic.

A simple function which plots the spatial, phase and intensity profiles of Laguerre-Gauss(P,L) modes.

this code help to solve power flow problems using Gauss-Seidel method for any number of buses

Computes numerically complex solutions of a system of equations

Symbolic reduction of block diagrams and signal flow graphs using Sysmbolic Math Toolbox.

Real valued alternative to the lambertw function in the Symbolic Toolbox.

This m-file (with GUI) converts m-code into a tex-file for including in a LaTeX-document.

Codes and other resources for the textbook Fundamentals of Numerical Computation.

Matlab codes for composite Trapezoidal method for numerical integration.

Basic Physics Course with MATLAB's Symbolic Math Toolbox and Live Editor

This Function calculate the divergence of 3D symbolic vector field

Efficient and accurate computation of the Fresnel sine and cosine integrals

complex erf function

Convert from any numerical base and encoding to any other, even for large numbers.

Easily apply stippling (or hatchfill) to a plot.

compute the magnetic field of a current loop using biot-savart's law

Evaluating PDF and CDF given the characteristic function via COS (Fourier-cosine) method

Series Resonant circuit in MATLAB/Simulink

Simply run the program

Calculate the determinant of any symbolic square matrix

This program solves Ordinary Differential Equations by using the Galerkin method.

Convert an inline function into symbolic so you can use symbolic operators like diff() or jacobian()

Implementation of the ellipsoidal calculus and ellipsoidal methods for reachability analysis.

Fast forward and inverse Multidimensional Discrete Cosine Transforms (DCT, IDCT).

Fractional linear multistep methods of second order for fractional differential equations

This live script uses the power of Live Scripts to teach students the dynamics of rigid body systems with customizable illustrations.

This example solve the Poisson equation for groundwater head in leaky aquifer, with two pumping wells

This Function calculate the curl of 3D symbolic vector field

EP, EK, and ET of a falling ball with specified m and h.

The fourth lecture in a series on using MATLAB in undergraduate physics courses.

This muPad script (in Spanish) analyzes the stability of the outer loop of VSC

Solves a variety of one variable Fredholm integral equations

Finding inverse and determinant of matrix by order expansion and condensation

This function computes Redheffer star product of two matrices.

Plots the phase portrait of the Lorenz system.

A set of MuPAD notebooks which allow engineering students to visualize and experiment with maths.

Object-oriented symbolic polynomial manipulation in one or more variables

Implements Meijer G-function using interface with MuPAD

Solución de ecuaciones diferenciales en forma simbólica y de diferencias en gráfica y simbólica