Mathematica can collect, process, and display data dynamically and in real time. A large collection of curated data is built into Mathematica, which puts an extraordinary amount of information at ...

All bracketing characters in Mathematica must be balanced. The Mathematica front end contains several convenient tools that let you make sure your brackets and braces are balanced. Learn more in ...

After creating or editing an animation in Mathematica, you can export it for use in other programs. Mathematica can import and export animations in several formats. Learn more in this "...

The graphics language of Mathematica is fully integrated with dynamic interactivity. This lets you create graphics that can respond to input devices in a variety of ways. Learn more in ...

Mathematica notebooks provide a sophisticated environment for creating technical documents. In addition to typesetting within Mathematica, you can use Mathematica to generate TeX files that contain both mathematical equations and ...

Mathematica can import and export 3D graphics in a variety of standard formats, allowing interchange with other applications. As with other 3D graphics in Mathematica, imported 3D graphics can be ...

Mathematica's slide shows are ideal for use in the classroom and can be leveraged quickly as a lesson or lecture. Any presentation created with Mathematica can display live interactive content ...

Mathematica provides many options for customizing and annotating plots. Legends can be added to plots and customized with many of the same methods used to customize other Mathematica graphics. Learn ...

The Wolfram Demonstrations Project provides an easy-to-use template for creating interactive presentations that can be used by anyone with Mathematica or the free Wolfram CDF Player. Learn more in this "...

Mathematica supports using joysticks, gamepads, 3D mice, and all other controller devices that follow the HID specification. This "How to" screencast walks you through how to use a variety of ...

Mathematica notebooks consist of sequences of cells, which can be nested. The hierarchy of cells serves as a structure for organizing information in a notebook as well as specifying its ...

Using initialization cells, you can specify which input cells of a notebook should be evaluated first. This ensures that your code is evaluated in the correct order, such as defining ...

Using initialization cells, you can specify which input cells of a notebook should be evaluated first. This ensures that your code is evaluated in the correct order, such as defining ...

Mathematica notebooks consist of sequences of cells, which can be nested. The hierarchy of cells serves as a structure for organizing information in a notebook as well as specifying its ...

One of the most powerful aspects of graphics in Mathematica is their interactivity. Rotating, zooming, and panning your graphics allows for a more complete visualization experience by letting you understand ...

One of the most powerful aspects of graphics in Mathematica is interactivity. Rotating, zooming, and panning your graphics allows for a more complete visualization experience by letting you understand images from every angle and present them ...

Mathematica notebooks provide a state-of-the-art technical document system as well as being the primary working environment. The tools for creating publication-quality documents include extensive capabilities for formatting and structuring text. ...

There are many convenient ways to get an image into Mathematica, including drag-and-drop. You can also import images by evaluating commands in a notebook. Learn more in this "How to" ...

There are many convenient ways to get an image into Mathematica, including drag-and-drop. You can also import images by evaluating commands in a notebook. Learn more in this "How to" ...

While some cells in Mathematica are not visible, they can still be selected for editing and modification. Selecting cells without visible cell brackets works just like selecting their visible counterparts. ...