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If you don't want all the intermediate results printed, simply comment out the lines you don't want.

If you don't want all of the variables in your workspace, it is straightforward to add a line at the top to turn it into a function. The code is written as a MATLAB script instead of a function because I thought it would make learning easier because it can be stepped through, and all of the variables created by the code appear in the workspace so users can examine and manipulate them. The code is provided as-is and there is no guarantee that it is without bugs. The example netlists described on this page are also on GitHub. Contents Downloading SCAMīefore using the program you must first download it from GitHub and save it on yourĬomputer where MATLAB can access it. Note: you must have the symbolic toolbox to run this code. All functions can be accessed from the MATLAB command line or from the MuPAD NoteBook interface, where you can manage and document your symbolic computations.This document describes a MATLAB® tool for deriving and solving circuit equations You can extend the built-in functionality by writing custom symbolic functions and libraries in the MuPAD language. It provides libraries of MuPAD functions in common mathematical areas, such as Calculus and Linear Algebra, as well as specialized areas, such as number theory and combinatorics. Symbolic Math Toolbox also includes the MuPAD language, which is optimized for handling and operating on symbolic math expressions.

The toolbox contains hundreds of MATLAB symbolic functions that Leverage the MuPAD engine for tasks such as differentiation, integration, simplification, transforms, and Equation solving. Symbolic Math Toolbox provides tools for solving and manipulating symbolic math expressions and performing variable-precision arithmetic.