Wolfram Language & System Documentation Center. "SqrtBox." Wolfram Language & System Documentation Center. Wolfram Research (1996), SqrtBox, Wolfram Language function, (updated 2012). While there are too many options to mention here, we can describe a few of the more commonly used ones.Cite this as: Wolfram Research (1996), SqrtBox, Wolfram Language function, (updated 2012). 2) SQUARE BRACKETS need to be used for the function arguments. Options for Graphics3D objects are invoked using the format OptionName -> Setting. All Mathematica-defined symbols, commands and func- tions begin with a capital letter. The point is now red, and five times larger than normal. This new object is displayed in the following applet. Mathematica's implementation of vectors is based on lists, so we can use scalar multiplication, component-wise addition, the dot product and (in three-dimensions) the cross product: The second is a list of graphical objects to be plotted on the screen more on that below. The first is a list of three numbers, like the example above this is how Mathematica represents coordinates in three-dimensions. In this article we will use two different types of lists. Elements of a list are separated by commas and are surrounded by curly brackets: Lists and TablesĪ list is one of the basic objects in Mathematica. (Here the use of the underscore in x_ is due to the way Mathematica uses its pattern-matching abilities when defining functions.) With the given definition, f would return a value of 1, whereas f would return a value of (1-π) 2. User defined functions can be given names. (Mathematica would do this symbolically, but LiveGraphics3D converts all numbers to a decimal format.)Ĭommon functions such as Sin, Cos, Exp and Abs should all be recognizable in context. For example, the following input would compute the square root of 5. Mathematica's functions are always capitalized and use square brackets around their arguments. This statement returns 0 if x 1, and x otherwise. Here test is a condition such as x => 0, x 1, 1, x] ] The If statement in Mathematica has the following syntax. Within Mathematica there are significant differences between = and ->, but these are not important for the scope of this article. LiveGraphics3D's parameters use a slightly different construction known as a rule, written a -> 2. In LiveGraphics3D, these are all treated as (double precision) floating point numbers. It is not necessary to declare the data type of a variable before assigning it a value, and Mathematica does automatic conversion between the various types of numbers. Compute answers using Wolframs breakthrough technology & knowledgebase, relied on by millions of students & professionals. Assignments and RulesĪs with most languages, you can assign a value to a variable using an equal sign, as in a = 2. It is defined to be Pi/180 so that, for example, 270*Degree evaluates to 3*Pi/2. (The capitalization is important.) The constant Degree might also be useful to convert from degrees to radians. The most recognizable of these are Pi and E. Mathematica and LiveGraphics3D recognize a number of mathematical constants. ![]() Is essentially invisible to either Mathematica or LiveGraphics3D. ![]() If you wish, you may jump directly to one of the following topics by clicking on the link.Īny expression delineated by (* and *), such as The Document Center also has a searchable index of Mathematica functions with examples. ![]() Their Documentation Center currently offers free access to The Mathematica Book ( Wolfram, 2003) which describes all aspects of the program. Further information can be found at Wolfram Research's website. This page contains a very brief overview of the syntax used throughout the rest of the article. Overview of Mathematica Syntax The Journal of Online Mathematics and Its Applications Constructing Mathlets Quickly using LiveGraphics3D Jonathan Rogness and Martin Krauss
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