![]() ![]() ![]() Press or click an item to get an index listing. Click the Master Index radio button, then start typing some text. Click a radio button and then browse the hierarchy of topics. There are three ways to find information in the Help Browser. An index of all items in the Help Browser. Information about other resources associated with Mathematica. The Mathematica on-line document, along with notebooks and palettes that demonstrate the versatility and power of Mathematica. The complete text of The Mathematica Book. Information on add-ons installed in your Mathematica system, including MathLink. Information on the built-in functions in the Mathematica kernel. The information in the Help Browser is divided into six categories. from the Help menu you access to Mathematica's on-line documentation. The Help Browser is the main way to find help with Mathematica. Wolfram MathWorld Eric Weisstein's World of Mathematics.Mathematica Documentation Center online.Introductory documentation for specific systems The complete text of The Mathematica Bookĭocumentation for packages and other add�ons Reference guide and examples for built�in functions ![]() Typical subdirectories of the " Documentation/English" directory are: RefGuide BrowserIndex files provide data for the master index. BrowserCategories files in each subdirectory set up the categories used in the Help Browser. English.Īll the elements of the Documentation directory can be accessed through the Help Browser in the Front End. The only subdirectory within Documentation is the name of a language, i.e. The Documentation subdirectory of the main Mathematica directory is the location of all on-line documentation used with the Mathematica program. The front end and kernel programs are called Mathematica and MathKernel, respectively. The front end is the part that handles notebooks and interaction with the user. The kernel is the part that does calculations. Mathematica is made of two parts: a Kernel and a Front End. Mathematica has always been a powerful environment for prototyping, and with its fast new numeric algorithms you can now perform extensive simulations within Mathematica itself. Mathematica 5 delivers impressive speed gains, especially in numerical calculation. Notebooks have already become the standard for many kinds of courseware and reports, and with the new capabilities added in Mathematica 3.0 they are poised to emerge as a general standard for publishing technical documents on the web and elsewhere. Among these innovations is the concept of platform independent interactive documents known as notebooks. Mathematica contains a vast array of novel algorithms and important technical innovations. First released in 1988, it has had a profound effect on the way computers are used in many technical and other fields. Mathematica is the world's only fully integrated environment for technical computing.
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