Task-oriented functions

Often you know the task you want performed, but not the best method for computing it. That's why Mathematica functions are called up by task (e.g., Solve) and pick the best method(s) automatically--dramatically improving consistency, reliability, and accessibility to powerful capabilities. Task-oriented superfunctions can each replace a large number of functions in non-Mathematica systems.

Document-centered interface

Mathematica's interface is based around documents, so that all elements--calculation, visualization, documentation, and even interactive applications--can be kept together and managed in one place.

One system: one design

Mathematica is highly coherent because every aspect--functions, graphics, notebooks, I/O, typesetting, interface elements, etc.--is represented with the same symbolic function paradigm. Additionally it's built as an all-in-one system, not as separate modules for you to piece together.

Dynamic type handling

Mathematica automates type handling, assigning Integer, Real, Symbol, Text, etc. to incoming data, making it quick to work with and reliable for different cases.

Automatic aesthetic control

The look of all output in Mathematica is controlled to maximize the efficiency with which you can understand patterns or trends--a crucial factor with the increasing volume of data and complexity of models employed. Mathematica allows final-quality presentation to be achieved throughout the working process.