Yacas, short for Yet Another Computer Algebra System , is a general-purpose computer algebra system that can effectively perform a wide range of numeric and symbolic mathematical calculations. It comes pre-equipped with its own programming language, which provides a high-level abstraction of the underlying complex mathematical expressions. It can compute arbitrary-precision numerical computations with exact results and offers powerful plotting capabilities for efficient data visualization and analysis.
Get Yacas. FriCAS is an advanced computer algebra system built on top of Axiom. It offers a self-contained toolbox used in a number of different mathematical computations ranging from traditional calculus to geometric algebra. It comes with a robust integrated help system that provides helpful documentation for new users.
The system is entirely open source and can be easily extended using the SPAD programming language. Get FriCAS. Linux offers some of the best computer algebra systems mathematicians can get their hands on. Consequently, the large number and variants of these options tend to confuse many users.
To help them find the perfect CAS system for their everyday computing, our editors have compiled this informative guide outlining the 20 best computer algebra systems for Linux. Comment your thoughts on our picks below, and stay tuned for more exciting Linux software guides. Very nice article, thank you. I noticed that although you linked to the current cadabra webpage, the image you used is from a deprecated version which is included in the distibution repository.
Nice article. However, it would reallty be nice to have a table at the end with a summary of the features for each software for easier side-by-side comparisons.
Save my name, email, and website in this browser for the next time I comment. Sign in. Forgot your password? Get help. Privacy Policy. Password recovery. By Staff Writer. Last Update: April 17, Featured Linux. Best Computer Algebra Systems for Linux 1. SageMath 2.
Scilab 4. Octave 5. Maxima 6. SymPy 7. Maple 9. Macaulay2 Cadabra Wolfram Mathematica Magma Reduce GAP SMath Studio Axiom CoCoA Yacas This app has a personalized learning dashboard so that you can learn whenever you want. You can see tutorials, practice sets and math videos on it.
Apart from mathematics, you can also find Economics, science, history, computer programming, social science, etc. Khan Academy provides free content to users as it is a non-profit organization that provides everyone a chance to get a world-class education. You can simply visit their website as well and collect the content related to your subject. If you are having issues in solving the math equations, use math editor. This is a perfect solution for college students who are facing issues in math equations.
This software helps you to form equations on screen by using Greek symbols, alpha, beta, square root, and other symbols in a quick and easy manner. One can also edit and save the equation in real-time. This free mathematics software is one of the most student-friendly advanced math software. It allows you to save equations in the form of an image file that can be used in the MS office documents, web, and paint.
Therefore, if you are looking for a personal helping hand all the time then this software can be a blessing for you. You just need to read instructions and you are ready to solve the toughest math problems of your syllabus.
Maxima is a free mathematics software built by the Massachusetts Institute of Technology. This software helps in solving algebraic problems over the computer.
Maxima software is used for the manipulation of symbolic and numerical expressions such as differentiation, integration, Laplace transform, ordinary differential equations, Taylor series, systems of linear equations, polynomials, matrices, vectors, and tensors.
It provides high quality and perfect results by using accurate fractions, arbitrary precision, integers, and variable precision floating-point numbers. Gnuplot is used for drawing. This software is a complete CAS computer algebra system and works well for symbolic operations. It can also solve numerical problems as well. You must have internet connectivity for its functionality. If you are looking to make mathematical and logical interpretations then xFunc is the best software for you.
It is free software and simple to use. It is a simplified program for students and can be navigated easily as it is based on C. If you are downloading this software, there is no need to install it. The user interface of xFUNC is quite simple, you can easily add your queries of constants, trigonometry, arithmetic, bitwise, etc. It will provide you with the correct solution in quick time. Its library includes the code that helps in the transition of strings into expressions.
Features of the xFUNC are:. It is a computer algebra system for computational diagnostic algebra. It specifically focuses on the computation group theory. Gap helps you by providing a library that carries tons of functions developed through algebraic algorithms in GAP language. GAP language is having a large number of algebraic objects and a single programming language. One can use GAP in research as well as for teaching. It comprises topics such as vectors, algebras, representations, combinational structures and several more.
It is open-source software, therefore, you can modify the details as per your requirements and work. It helps in dealing with a large number of complicated algebraic problems related to field theory, quantum theory, and string theory. SymPy does some automatic simplification of expressions. For example, terms are combined. However, not everything is as simplified as possible. The simplify function can be called to sometimes go further:. SymPy will leave terms in factored form. To multiply them out, can be requested through the function expand :.
We can now see how to use symbolic expressions. First we discuss solving for when an expression is 0. More generally, the solve command can be used to solve equations -- and not just polynomial equations -- symbolically.
The same problem above becomes:. Again, these are symbolic answers. We can coerce values back into julia with float to get numeric representations:. This returns a vector of two symbolic answers, as the expression being solved is a quadratic.
You can even do systems of equations. For this you specify the system and the variables to solve for as vectors:. What do you get. The Soviet historian I. Depman claimed that in , Spanish mathematician Valmes was burned at the stake for claiming to have solved the quartic equation. Here we don't face such consequences. You will need to convert to numeric with float. Plotting symbolic expressions can be done directly without bringing them back into julia.
This is very similar to how we can plot a function object, f , using plot , but note that f x is a symbolic expression, not a function object:. Graphing more than one function at a time is possible. We just specify an array of symbolic expressions. For example, to graph a function and its tangent line at a point we can do this.
How many real roots are there? The Limit function can find the limit of an expression. Let's see how well it does.
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