Features :

• undefinite, definite and numerical integration;

• integrals in 1, 2 and 3 variables;

• 5 simplification methods for non-numerical results;

• 3 numerical integration methods and arbitrary number of digits;

• result with zoom levels and different colors;

• 7 output types : simple, bidimensional, LaTeX, etc;

• copy&paste available in all entry fields and also in the result;

• history and line completion editing.

Features :

• symbolical and numerical calculation with arbitrary number of digits;

• 5 simplification methods for non-numerical results;

• result with zoom levels and different colors;

• 7 output types : simple, bidimensional, LaTeX, etc;

• copy&paste available in all entry fields and also in the result;

• history and line completion editing.

Features :

• ordinary, partial and multiple derivatives from 1 to 3 variables;

• calculation of gradient, divergent, curl and laplacian;

• 5 simplification methods for non-numerical results;

• result with zoom levels and different colors;

• 7 output types : simple, bidimensional, LaTeX, etc;

• copy&paste available in all entry fields and also in the result;

• history and line completion editing.

Computer algebra system (CAS) in Python. SymPy is a Python library for symbolic mathematics. It aims to become a full-featured computer algebra system (CAS) while keeping the code as simple as possible in order to be comprehensible and easily extensible. SymPy is written entirely in Python and does not require any external libraries. This package contains the interactive shell for SymPy, i.e., isympy, which starts ipython/python interactive shell and loads SymPy.