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Symbol::superScript

Combines two expressions to a new superscripted identifier

Use only in the MuPAD Notebook Interface.

This functionality does not run in MATLAB.

Syntax

Symbol::superScript(a, b)

Description

Creates a new superscripted identifier, such as . If the arguments are not yet identifiers, they are first converted into identifiers.

You can also use _, ^, $, {, and } to create arguments with superscripts and subscripts. For these arguments a new superscripted identifier appears on top of the existing ones: or .

Examples

Example 1

Even if X1 and X2 look identical, only X1 is an identifier whereas X2 is a _power-expression:

X1 := Symbol::superScript(x, 2):  X2 := x^2:
X1, X2;   domtype(X1), domtype(X2)

Pre-scripts are possible by superscripting the empty identifier `` and appending an identifer:

Symbol::superScript(``, 1).x

Example 2

You can use the nested form of the function:

Symbol::superScript(x, Symbol::superScript(i, j))

Example 3

Use Symbol::subSuperScript or $ to create an expression with both sub- and superscript properly aligned one above the other:

Symbol::subSuperScript(a,b,c)

If you use the shortcut $, put the expression in single quotation marks:

`a$bc`

If you use a_b^c, it creates the subscripted expression a_b and then attaches the superscript c to that expression. In this case, the letters b and c do not appear one above the other.

a_b^c

The same happens when you use a nested call to Symbol::subScript and Symbol::superScript:

Symbol::superScript(Symbol::subScript(a, b), c)

Example 4

If you want to create identifiers in which the five special characters (_, ^, $, {, }) appear explicitly, use string arguments:

Symbol::superScript("a","b^c")

Parameters

a, b

Arbitrary expressions

Return Values

Identifier

See Also

MuPAD Functions

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