# smib 0.36

A rustic, free and Open Source computer algebra system for Linux operating platforms

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0/5

What's new in smib 0.36:

- PDE simulation using SDE and Feynman-Kac formula : 1D & 2D
- Graph : number of connected components
- Weyl sum : some plottings
- Bugs correction

an update

- LICENSE TYPE:
- Public Domain
- OUR RATING:
- DEVELOPED BY:
**pbillet**- USER RATING:
- HOMEPAGE:
- sourceforge.net
- CATEGORY:
- ROOT \ Science and Engineering \ Mathematics

smib (SMall Is Beautiful) is an open source and free command-line software implemented in C and designed from the offset as one of the simplest and smallest computer algebra systems in the whole world. Keep in mind that simple does not mean simplistic!

The software can work with arithmetic functions, infinite size integers, Fourier transform, Fourier analysis, primality, integral calculus, differential calculus, numerical integration, derivation, antiderivative, vectors, polynomials, matrices, tensors, integration, Taylor series, and ODE.

In addition, the program supports Riemann-like and Gauss-like differential geometry, integral and differential calculus, kurtosis, stochastic calculus, variance, skewness, quantile, expected value, as well as median. It also comes with some comprehensive documentation about how to use various functions.

Various examples for the script mode can be found in the /smib/documentation folder or the /smib/documentation/application directory inside the source package. Also, you should check the /smib/documentation/tutorial folder for various basics examples.

#### Supports number theory, numerical analysis and differential geometry

With smib you will be able to explore numerous branches of mathematics, as well as various physics branches. It supports number theory, algebra, analysis, numerical analysis, differential geometry, calculus on samples, probability and statistic.The software can work with arithmetic functions, infinite size integers, Fourier transform, Fourier analysis, primality, integral calculus, differential calculus, numerical integration, derivation, antiderivative, vectors, polynomials, matrices, tensors, integration, Taylor series, and ODE.

In addition, the program supports Riemann-like and Gauss-like differential geometry, integral and differential calculus, kurtosis, stochastic calculus, variance, skewness, quantile, expected value, as well as median. It also comes with some comprehensive documentation about how to use various functions.

#### Interactive mode vs Script mode

The program can only be used from the command-line via any terminal emulator. It provides two modes, interactive and script. While the interactive mode is the most easy to use one, as all you have to do is to run the ‘smib’ command to access the shell prompt and use the program, the script mode requires a valid file, then run ‘./smib ./documentation/tutorial’.Various examples for the script mode can be found in the /smib/documentation folder or the /smib/documentation/application directory inside the source package. Also, you should check the /smib/documentation/tutorial folder for various basics examples.

smib was reviewed by Marius Nestor, last updated on December 30th, 2014

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