Examples of using Mathematica in English and their translations into Japanese
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The Classroom Assistant Palette also makes it possible to use Mathematica on an electronic whiteboard, without a keyboard.
Stephenson used Mathematica to perform calculations appearing in the book and also to create several charts and diagrams.
The world's largest integrated web of algorithms, providing broad and deep built-in capabilities for Mathematica.
It's a precise specification with a precise formal language that causes Mathematica to know what to do here.
Inside the Interface: Optimizing Search with Mathematica"One of the biggest advantages that I have derived from switching to Mathematica is its ability to operate in a vector sense or on a set sense rather than having to loop through everything.
With applications in fluid mechanics, meteorology, electromagnetism, dynamical systems and other areas, Mathematica 7 for the first time allows textbook-quality images of vector fields to be generated immediately as a routine part of computational work.
This was most clearly demonstrated in a pair of now famous papers by Stacy Dale of Mathematica Policy Research and Alan Krueger of Princeton University.
Want to find the solution to a PDE and then 3D print it? Mathematica 11 provides integrated tools that yet again vastly expand the scope of cross-domain projects that can routinely be done by users at all levels.
Using J/Link.,[30] a Java program can ask Mathematica to perform computations; likewise, a Mathematica program can load Java classes, manipulate Java objects and perform method calls.
Built-in Integration with R: New in Mathematica 9 Mathematica 9 offers built-in ways to integrate R code into your Mathematica workflow, combining Mathematica's broad range of capabilities with the statistical computing language.
Wolfram Workbench provides a number of features that help to accelerate the development of webMathematica content. webMathematica 3 integrates with Wolfram Workbench so that Mathematica code can be debugged as it runs in the server.
Benefits Woodrow says Mathematica has been key in greatly minimizing the laboratory's error rate."Our error rate, in terms of sending incorrect results to our clients, has decreased by four orders of magnitude.
Mathematica builds in unprecedentedly powerful algorithms across all areas- many of them created at Wolfram using unique development methodologies and the unique capabilities of the Wolfram Language.
When Mathematica first appeared in 1988, it revolutionized technical computing- and every year since then it's kept going, introducing new functions, new algorithms and new ideas.
Mathematica has followed a remarkable trajectory of accelerating innovation for three decades- made possible at every stage by systematically building on its increasingly large capabilities so far.
Mathematica has always stayed true to its core principles and careful design disciplines, letting it continually move forward and integrate new functionality and methodologies without ever having to backtrack.
Math was Mathematica's first great application area- and building on that success, Mathematica has systematically expanded into a vast range of areas, covering all forms of technical computing and beyond.
Sepúlveda says he had to choose Mathematica because"combining the speed, the power, the set of functions you have available for programming, what you get is an amazing toolbox that[is] hard to find anywhere else.
Mathematica uses the Wolfram Notebook Interface, which allows you to organize everything you do in rich documents that include text, runnable code, dynamic graphics, user interfaces, and more.
Mathematica is now seamlessly integrated with the cloud- allowing sharing, cloud computing, and more in a unique and powerful hybrid cloud/desktop environment.