com.aspose.slides

Interfaces

Classes

Exceptions

All Known Subinterfaces:

IMathAccent, IMathArray, IMathBar, IMathBlock, IMathBorderBox, IMathBox, IMathDelimiter, IMathematicalText, IMathFraction, IMathFunction, IMathGroupingCharacter, IMathLeftSubSuperscriptElement, IMathLimit, IMathMatrix, IMathNaryOperator, IMathRadical, IMathRightSubSuperscriptElement, IMathSubscriptElement, IMathSuperscriptElement

All Known Implementing Classes:

BaseScript, MathAccent, MathArray, MathBar, MathBlock, MathBorderBox, MathBox, MathDelimiter, MathElementBase, MathematicalText, MathFraction, MathFunction, MathGroupingCharacter, MathLeftSubSuperscriptElement, MathLimit, MathMatrix, MathNaryOperator, MathRadical, MathRightSubSuperscriptElement, MathSubscriptElement, MathSuperscriptElement
```
public interface IMathElement
```
Base interface of any mathematical element: fraction, mathmatical text, function, expression with multiple elements etc
```
Example:
  IMathElement element = new MathematicalText("x");
 
 
```

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`IMathAccent`	`accent(char accentCharacter)` Sets an accent mark (a character on the top of this element)
`IMathFunction`	`asArgumentOfFunction(IMathElement functionName)` Takes specified function using this instance as the argument
`IMathFunction`	`asArgumentOfFunction(int functionType)` Takes specified function using this instance as the argument
`IMathFunction`	`asArgumentOfFunction(int functionType, IMathElement additionalArgument)` Takes specified function using this instance as the argument and specified additional argument
`IMathFunction`	`asArgumentOfFunction(int functionType, java.lang.String additionalArgument)` Takes specified function using this instance as the argument and specified additional argument
`IMathFunction`	`asArgumentOfFunction(java.lang.String functionName)` Takes specified function using this instance as the argument
`IMathFraction`	`divide(IMathElement denominator)` Creates a fraction with this numerator and specified denominator
`IMathFraction`	`divide(IMathElement denominator, int fractionType)` Creates a fraction of the specified type with this numerator and specified denominator
`IMathFraction`	`divide(java.lang.String denominator)` Creates a fraction with this numerator and specified denominator
`IMathFraction`	`divide(java.lang.String denominator, int fractionType)` Creates a fraction of the specified type with this numerator and specified denominator
`IMathDelimiter`	`enclose()` Enclose a math element in parenthesis
`IMathDelimiter`	`enclose(char beginningCharacter, char endingCharacter)` Encloses this element in specified characters such as parenthesis or another characters as framing
`IMathFunction`	`function(IMathElement functionArgument)` Takes a function of an argument using this instance as the function name
`IMathFunction`	`function(java.lang.String functionArgument)` Takes a function of an argument using this instance as the function name
`IMathGroupingCharacter`	`group()` Places this element in a group using a bottom curly bracket
`IMathGroupingCharacter`	`group(char character, int position, int verticalJustification)` Places this element in a group using a grouping character such as bottom curly bracket or another
`IMathNaryOperator`	`integral(int integralType)` Takes the integral without limits
`IMathNaryOperator`	`integral(int integralType, IMathElement lowerLimit, IMathElement upperLimit)` Takes the integral
`IMathNaryOperator`	`integral(int integralType, IMathElement lowerLimit, IMathElement upperLimit, int limitLocations)` Takes the integral
`IMathNaryOperator`	`integral(int integralType, java.lang.String lowerLimit, java.lang.String upperLimit)` Takes the integral
`IMathNaryOperator`	`integral(int integralType, java.lang.String lowerLimit, java.lang.String upperLimit, int limitLocations)` Takes the integral
`IMathBlock`	`join(IMathElement mathElement)` Joins a mathematical element and forms a mathematical block
`IMathBlock`	`join(java.lang.String mathText)` Joins a mathematical text and forms a mathematical block
`IMathNaryOperator`	`nary(int type, IMathElement lowerLimit, IMathElement upperLimit)` Creates a N-ary operator
`IMathNaryOperator`	`nary(int type, java.lang.String lowerLimit, java.lang.String upperLimit)` Creates a N-ary operator
`IMathBar`	`overbar()` Sets a bar on the top of this element
`IMathRadical`	`radical(IMathElement degree)` Specifies the mathematical root of the given degree from the specified argument.
`IMathRadical`	`radical(java.lang.String degree)` Specifies the mathematical root of the given degree from the specified argument.
`IMathLimit`	`setLowerLimit(IMathElement limit)` Takes lower limit
`IMathLimit`	`setLowerLimit(java.lang.String limit)` Takes lower limit
`IMathSubscriptElement`	`setSubscript(IMathElement subscript)` Creates subscript
`IMathSubscriptElement`	`setSubscript(java.lang.String subscript)` Creates subscript
`IMathLeftSubSuperscriptElement`	`setSubSuperscriptOnTheLeft(IMathElement subscript, IMathElement superscript)` Creates subscript and superscript on the left
`IMathLeftSubSuperscriptElement`	`setSubSuperscriptOnTheLeft(java.lang.String subscript, java.lang.String superscript)` Creates subscript and superscript on the left
`IMathRightSubSuperscriptElement`	`setSubSuperscriptOnTheRight(IMathElement subscript, IMathElement superscript)` Creates subscript and superscript on the right
`IMathRightSubSuperscriptElement`	`setSubSuperscriptOnTheRight(java.lang.String subscript, java.lang.String superscript)` Creates subscript and superscript on the right
`IMathSuperscriptElement`	`setSuperscript(IMathElement superscript)` Creates superscript
`IMathSuperscriptElement`	`setSuperscript(java.lang.String superscript)` Creates superscript
`IMathLimit`	`setUpperLimit(IMathElement limit)` Takes upper limit
`IMathLimit`	`setUpperLimit(java.lang.String limit)` Takes upper limit
`IMathBorderBox`	`toBorderBox()` Places this element in a border-box
`IMathBorderBox`	`toBorderBox(boolean hideTop, boolean hideBottom, boolean hideLeft, boolean hideRight, boolean strikethroughHorizontal, boolean strikethroughVertical, boolean strikethroughBottomLeftToTopRight, boolean strikethroughTopLeftToBottomRight)` Places this element in a border-box
`IMathBox`	`toBox()` Places this element in a non-visual box (logical grouping) which is used to group components of an equation or other instance of mathematical text.
`IMathArray`	`toMathArray()` Puts in a vertical array
`IMathBar`	`underbar()` Sets a bar on the bottom of this element

Method Detail

join

IMathBlock join(IMathElement mathElement)

Joins a mathematical element and forms a mathematical block

Example:
  IMathElement element1 = new MathematicalText("x");
 IMathElement element2 = new MathematicalText("y");
 IMathBlock block = element1.join(element2);

Parameters:: mathElement - The element to be joined
Returns:: A new IMathBlock containing this instance and specified argument

join

IMathBlock join(java.lang.String mathText)

Joins a mathematical text and forms a mathematical block

Example:
  IMathElement element = new MathematicalText("x");
 IMathBlock block = element.join("+y");

Parameters:: mathText - Mathematical text to be joined
Returns:: A new IMathBlock containing this instance and specified argument

divide

IMathFraction divide(IMathElement denominator)

Creates a fraction with this numerator and specified denominator

Example:
  IMathElement numerator = new MathematicalText("x");
 IMathElement denumerator = new MathematicalText("y");
 IMathFraction fraction = numerator.divide(denumerator);

Parameters:: denominator - Denominator
Returns:: new fraction

divide

IMathFraction divide(java.lang.String denominator)

Creates a fraction with this numerator and specified denominator

Example:
  IMathElement numerator = new MathematicalText("x");
 IMathFraction fraction = numerator.divide("y");

Parameters:: denominator - Denominator
Returns:: new fraction

divide

IMathFraction divide(IMathElement denominator,
                     int fractionType)

Creates a fraction of the specified type with this numerator and specified denominator

Example:
  IMathElement numerator = new MathematicalText("x");
 IMathElement denumerator = new MathematicalText("y");
 IMathFraction fraction = numerator.divide(denumerator, MathFractionTypes.Linear);

Parameters:: denominator - Denominator; fractionType - Fraction type: Bar, NoBar, Skewed, Linear
Returns:: new fraction

divide

IMathFraction divide(java.lang.String denominator,
                     int fractionType)

Creates a fraction of the specified type with this numerator and specified denominator

Example:
  IMathElement numerator = new MathematicalText("x");
 IMathFraction fraction = numerator.divide("y", MathFractionTypes.Linear);

Parameters:: denominator - Denominator; fractionType - Fraction type: Bar, NoBar, Skewed, Linear
Returns:: new fraction

enclose

IMathDelimiter enclose()

Enclose a math element in parenthesis

Example:
  IMathElement element = new MathematicalText("x");
 IMathDelimiter delimiter = element.enclose();

Returns:: The math element of type IMathDelimiter which includes the parenthesis

enclose

IMathDelimiter enclose(char beginningCharacter,
                       char endingCharacter)

Encloses this element in specified characters such as parenthesis or another characters as framing

Example:
  IMathElement element = new MathematicalText("x");
 IMathDelimiter delimiter = element.enclose('[', ']');

Parameters:: beginningCharacter - Beginning character (usually left bracket); endingCharacter - Ending character (usually right bracket)
Returns:: The math element of type IMathDelimiter which includes specified characters as framing

function

IMathFunction function(IMathElement functionArgument)

Takes a function of an argument using this instance as the function name

Example:
  IMathElement functionName = new MathematicalText("sin");
 IMathElement functionArg = new MathematicalText("x");
 IMathFunction func = functionName.function(functionArg);

Parameters:: functionArgument - An argument of the function
Returns:: New math element of type IMathFunction

function

IMathFunction function(java.lang.String functionArgument)

Takes a function of an argument using this instance as the function name

Example:
  IMathElement functionName = new MathematicalText("sin");
 IMathFunction func = functionName.function("x");

Parameters:: functionArgument - An argument of the function
Returns:: New math element of type IMathFunction

asArgumentOfFunction

IMathFunction asArgumentOfFunction(IMathElement functionName)

Takes specified function using this instance as the argument

Example:
  IMathElement functionName = new MathematicalText("sin");
 IMathElement functionArg = new MathematicalText("x");
 IMathFunction func = functionArg.asArgumentOfFunction(functionName);

Parameters:: functionName - Function name
Returns:: New math element of type IMathFunction

asArgumentOfFunction

IMathFunction asArgumentOfFunction(java.lang.String functionName)

Takes specified function using this instance as the argument

Example:
  IMathElement functionArg = new MathematicalText("x");
 IMathFunction func = functionArg.asArgumentOfFunction("cos");

Parameters:: functionName - Function name
Returns:: New math element of type IMathFunction

asArgumentOfFunction

IMathFunction asArgumentOfFunction(int functionType)

Takes specified function using this instance as the argument

Example:
  IMathElement functionArg = new MathematicalText("x");
 IMathFunction func = functionArg.asArgumentOfFunction(MathFunctionsOfOneArgument.ArcSin);

Parameters:: functionType - One of the common function type of one argument
Returns:: New math element of type IMathFunction

asArgumentOfFunction

IMathFunction asArgumentOfFunction(int functionType,
                                   IMathElement additionalArgument)

Takes specified function using this instance as the argument and specified additional argument

Example:
  IMathElement functionArg = new MathematicalText("x");
 IMathElement logarithmBase = new MathematicalText("5");
 IMathFunction func = functionArg.asArgumentOfFunction(MathFunctionsOfTwoArguments.Log, logarithmBase); // Returns the logarithm of 'x' to the base '5'

Parameters:: functionType - One of the common function type of two arguments: Log, Lim, Min, Max; additionalArgument - Additional argument depending on the type of function
Returns:: New math element of type IMathFunction

asArgumentOfFunction

IMathFunction asArgumentOfFunction(int functionType,
                                   java.lang.String additionalArgument)

Takes specified function using this instance as the argument and specified additional argument

Example:
  IMathElement functionArg = new MathematicalText("x");
 IMathFunction func = functionArg.asArgumentOfFunction(MathFunctionsOfTwoArguments.Log, "5"); // Returns the logarithm of 'x' to the base '5'

Parameters:: functionType - One of the common function type of two arguments: Log, Lim, Min, Max; additionalArgument - Additional argument depending on the type of function
Returns:: New math element of type IMathFunction

setSubscript

IMathSubscriptElement setSubscript(IMathElement subscript)

Creates subscript

Example:
  IMathElement element = new MathematicalText("N");
 IMathElement index = new MathematicalText("i");
 IMathSubscriptElement subscript = element.setSubscript(index);

Parameters:: subscript - Subscript (lower index on the right)
Returns:: New math element of type IMathSubscriptElement

setSubscript

IMathSubscriptElement setSubscript(java.lang.String subscript)

Creates subscript

Example:
  IMathElement element = new MathematicalText("N");
 IMathSubscriptElement subscript = element.setSubscript("i");

Parameters:: subscript - Subscript (lower index on the right)
Returns:: New math element of type IMathSubscriptElement

setSuperscript

IMathSuperscriptElement setSuperscript(IMathElement superscript)

Creates superscript

Example:
  IMathElement element = new MathematicalText("N");
 IMathElement index = new MathematicalText("4");
 IMathSuperscriptElement superscript = element.setSuperscript(index);

Parameters:: superscript - Superscript (upper index on the right)
Returns:: New math element of type IMathSuperscriptElement

setSuperscript

IMathSuperscriptElement setSuperscript(java.lang.String superscript)

Creates superscript

Example:
  IMathElement element = new MathematicalText("N");
 IMathSuperscriptElement superscript = element.setSuperscript("4");

Parameters:: superscript - Superscript (upper index on the right)
Returns:: New math element of type IMathSuperscriptElement

setSubSuperscriptOnTheRight

IMathRightSubSuperscriptElement setSubSuperscriptOnTheRight(IMathElement subscript,
                                                            IMathElement superscript)

Creates subscript and superscript on the right

Example:
  IMathElement baseElement = new MathematicalText("N");
 IMathElement subscript = new MathematicalText("i");
 IMathElement superscript = new MathematicalText("j");
 IMathRightSubSuperscriptElement subsuperscript = baseElement.setSubSuperscriptOnTheRight(subscript, superscript);

Parameters:: subscript - Subscript (lower index on the right); superscript - Superscript (upper index on the right)
Returns:: New math element of type IMathRightSubSuperscriptElement

setSubSuperscriptOnTheRight

IMathRightSubSuperscriptElement setSubSuperscriptOnTheRight(java.lang.String subscript,
                                                            java.lang.String superscript)

Creates subscript and superscript on the right

Example:
  IMathElement baseElement = new MathematicalText("N");
 IMathRightSubSuperscriptElement subsuperscript = baseElement.setSubSuperscriptOnTheRight("i", "j");

Parameters:: subscript - Subscript (lower index on the right); superscript - Superscript (upper index on the right)
Returns:: New math element of type IMathRightSubSuperscriptElement

setSubSuperscriptOnTheLeft

IMathLeftSubSuperscriptElement setSubSuperscriptOnTheLeft(IMathElement subscript,
                                                          IMathElement superscript)

Creates subscript and superscript on the left

Example:
  IMathElement baseElement = new MathematicalText("N");
 IMathElement subscript = new MathematicalText("i");
 IMathElement superscript = new MathematicalText("j");
 IMathLeftSubSuperscriptElement leftSubsuperscript = baseElement.setSubSuperscriptOnTheLeft(subscript, superscript);

Parameters:: subscript - Subscript (lower index on the left); superscript - Superscript (upper index on the left)
Returns:: New math element of type IMathLeftSubSuperscriptElement

setSubSuperscriptOnTheLeft

IMathLeftSubSuperscriptElement setSubSuperscriptOnTheLeft(java.lang.String subscript,
                                                          java.lang.String superscript)

Creates subscript and superscript on the left

Example:
  IMathElement baseElement = new MathematicalText("N");
 IMathLeftSubSuperscriptElement leftSubsuperscript = baseElement.setSubSuperscriptOnTheLeft("i", "j");

Parameters:: subscript - Subscript (lower index on the left); superscript - Superscript (upper index on the left)
Returns:: New math element of type IMathLeftSubSuperscriptElement

radical

IMathRadical radical(IMathElement degree)

Specifies the mathematical root of the given degree from the specified argument.

Example:
  IMathElement baseElement = new MathematicalText("2px");
 IMathElement degree = new MathematicalText("y");
 IMathRadical radical = baseElement.radical(degree);

Parameters:: degree - Argument of Radical
Returns:: New instance of type IMathRadical

radical

IMathRadical radical(java.lang.String degree)

Specifies the mathematical root of the given degree from the specified argument.

Example:
  IMathElement baseElement = new MathematicalText("2px");
 IMathRadical radical = baseElement.radical("3");

Parameters:: degree - Argument of Radical
Returns:: New instance of type IMathRadical

setUpperLimit

IMathLimit setUpperLimit(IMathElement limit)

Takes upper limit

Example:
  IMathElement baseElement = new MathematicalText("y");
 IMathElement limitValue = new MathematicalText("y−>1");
 IMathLimit limitElement = baseElement.setUpperLimit(limitValue);

Parameters:: limit - limit
Returns:: New instance of type IMathLimit

setUpperLimit

IMathLimit setUpperLimit(java.lang.String limit)

Takes upper limit

Example:
  IMathElement baseElement = new MathematicalText("y");
 IMathLimit limitElement = baseElement.setUpperLimit("y−>1");

Parameters:: limit - limit
Returns:: New instance of type IMathLimit

setLowerLimit

IMathLimit setLowerLimit(IMathElement limit)

Takes lower limit

Example:
  IMathElement baseElement = new MathematicalText("lim");
 IMathElement limitValue = new MathematicalText("𝑛→∞");
 IMathLimit limitElement = baseElement.setLowerLimit(limitValue);

Parameters:: limit - limit
Returns:: New instance of type IMathLimit

setLowerLimit

IMathLimit setLowerLimit(java.lang.String limit)

Takes lower limit

Example:
  IMathElement baseElement = new MathematicalText("lim");
 IMathLimit limitElement = baseElement.setLowerLimit("𝑛→∞");

Parameters:: limit - limit
Returns:: New instance of type IMathLimit

nary

IMathNaryOperator nary(int type,
                       IMathElement lowerLimit,
                       IMathElement upperLimit)

Creates a N-ary operator

Example:
  IMathElement baseElement = new MathematicalText("i-1");
 IMathElement lowerLimit = new MathematicalText("i=0");
 IMathElement upperLimit = new MathematicalText("𝑛");
 IMathNaryOperator naryOperator = baseElement.nary(MathNaryOperatorTypes.Summation, lowerLimit, upperLimit);

Parameters:: type - The N-ary operator type; lowerLimit - The lower limit; upperLimit - The upper limit
Returns:: New instance of type IMathNaryOperator

nary

IMathNaryOperator nary(int type,
                       java.lang.String lowerLimit,
                       java.lang.String upperLimit)

Creates a N-ary operator

Example:
  IMathNaryOperator naryOperator = new MathematicalText("i").nary(MathNaryOperatorTypes.Summation, "i=0", "𝑛");

Parameters:: type - The N-ary operator type; lowerLimit - The lower limit; upperLimit - The upper limit
Returns:: New instance of type IMathNaryOperator

toMathArray

IMathArray toMathArray()

Puts in a vertical array

Example:
  IMathArray array = new MathematicalText("x1").join("x2").join("x3").toMathArray();

Returns:: New instance of type IMathArray

integral

IMathNaryOperator integral(int integralType,
                           IMathElement lowerLimit,
                           IMathElement upperLimit,
                           int limitLocations)

Takes the integral

Example:
  IMathElement baseElement = new MathematicalText("𝑥");
 IMathElement lowerLimit = new MathematicalText("1");
 IMathElement upperLimit = new MathematicalText("2");
 IMathNaryOperator integral = baseElement.integral(MathIntegralTypes.Simple, lowerLimit, upperLimit, MathLimitLocations.UnderOver);

Parameters:: integralType - Integral type; lowerLimit - Lower limit of integral; upperLimit - Upper limit of integral; limitLocations - location of limits
Returns:: New instance of type IMathNaryOperator

integral

IMathNaryOperator integral(int integralType,
                           IMathElement lowerLimit,
                           IMathElement upperLimit)

Takes the integral

Example:
  IMathElement baseElement = new MathematicalText("𝑥");
 IMathElement lowerLimit = new MathematicalText("1");
 IMathElement upperLimit = new MathematicalText("2");
 IMathNaryOperator integral = baseElement.integral(MathIntegralTypes.Simple, lowerLimit, upperLimit, MathLimitLocations.UnderOver);

Parameters:: integralType - Integral type; lowerLimit - Lower limit of integral; upperLimit - Upper limit of integral
Returns:: New instance of type IMathNaryOperator

integral

IMathNaryOperator integral(int integralType)

Takes the integral without limits

Example:
  IMathElement baseElement = new MathematicalText("𝑥");
 IMathNaryOperator integral = baseElement.integral(MathIntegralTypes.Contour);

Parameters:: integralType - Integral type
Returns:: New instance of type IMathNaryOperator

integral

IMathNaryOperator integral(int integralType,
                           java.lang.String lowerLimit,
                           java.lang.String upperLimit,
                           int limitLocations)

Takes the integral

Example:
  IMathElement baseElement = new MathematicalText("𝑥");
 IMathNaryOperator integral = baseElement.integral(MathIntegralTypes.Simple, "1", "5", MathLimitLocations.UnderOver);

Parameters:: integralType - Integral type; lowerLimit - Lower limit of integral; upperLimit - Upper limit of integral; limitLocations - location of limits
Returns:: New instance of type IMathNaryOperator

integral

IMathNaryOperator integral(int integralType,
                           java.lang.String lowerLimit,
                           java.lang.String upperLimit)

Takes the integral

Example:
  IMathElement baseElement = new MathematicalText("𝑥");
 IMathNaryOperator integral = baseElement.integral(MathIntegralTypes.Simple, "1", "5");

Parameters:: integralType - Integral type; lowerLimit - Lower limit of integral; upperLimit - Upper limit of integral
Returns:: New instance of type IMathNaryOperator

accent

IMathAccent accent(char accentCharacter)

Sets an accent mark (a character on the top of this element)

Example:
  IMathAccent accent = new MathematicalText("x").accent('~');

Parameters:: accentCharacter - Accent character. The value should be within the range of (U+0300–U+036F) or (U+20D0–U+20EF)
Returns:: New instance of type IMathAccent

overbar

IMathBar overbar()

Sets a bar on the top of this element

Example:
  IMathBar bar = new MathematicalText("x").overbar();

Returns:: New instance of type IMathBar

underbar

IMathBar underbar()

Sets a bar on the bottom of this element

Example:
  IMathBar bar = new MathematicalText("x").underbar();

Returns:: New instance of type IMathBar

group

IMathGroupingCharacter group()

Places this element in a group using a bottom curly bracket

Example:
  IMathGroupingCharacter groupingElement = new MathematicalText("x;y;z").group();

Returns:: New instance of type IMathGroupingCharacter

group
```
IMathGroupingCharacter group(char character,
                             int position,
                             int verticalJustification)
```
Places this element in a group using a grouping character such as bottom curly bracket or another
```
Example:
  IMathGroupingCharacter groupingElement = new MathematicalText("x;y;z").group('⏡', MathTopBotPositions.Bottom, MathTopBotPositions.Top);
 
 
```
Parameters:

character - Grouping Character such as BOTTOM CURLY BRACKET (U+23DF) or any other

position - Position of grouping character

verticalJustification - Vertical justification of group character. Specifies the alignment of the object with respect to the baseline. For example, when the group character is above the object, VerticalJustification of Top signifies that the top of the object falls on the baseline; when VerticalJustification is set to Bottom, the bottom of the object is on the baseline

Returns:

New instance of type IMathGroupingCharacter

toBorderBox

IMathBorderBox toBorderBox()

Places this element in a border-box

Example:
  IMathBorderBox borderBox = new MathematicalText("x+y+z").toBorderBox();

Returns:: Border-box with this element placed inside

toBorderBox

IMathBorderBox toBorderBox(boolean hideTop,
                           boolean hideBottom,
                           boolean hideLeft,
                           boolean hideRight,
                           boolean strikethroughHorizontal,
                           boolean strikethroughVertical,
                           boolean strikethroughBottomLeftToTopRight,
                           boolean strikethroughTopLeftToBottomRight)

Places this element in a border-box

Example:
  IMathBorderBox borderBox = new MathematicalText("x+y+z").toBorderBox(false, false, true, true, false, false, false, false);

Parameters:: hideTop - Hide Top Edge; hideBottom - Hide Bottom Edge; hideLeft - Hide Left Edge; hideRight - Hide Right Edge; strikethroughHorizontal - Border Box Strikethrough Horizontal; strikethroughVertical - Border Box Strikethrough Vertical; strikethroughBottomLeftToTopRight - Border Box Strikethrough Bottom-Left to Top-Right; strikethroughTopLeftToBottomRight - Border Box Strikethrough Top-Left to Bottom-Right
Returns:: Border-box with this element placed inside

toBox
```
IMathBox toBox()
```
Places this element in a non-visual box (logical grouping) which is used to group components of an equation or other instance of mathematical text. A boxed object can (for example) serve as an operator emulator with or without an alignment point, serve as a line break point, or be grouped such as not to allow line breaks within.
```
Example:
  IMathBox box = new MathematicalText("x:=y").toBox();
 
 
```
Returns:

Logical box with this element placed inside

com.aspose.slides

Interfaces

Classes

Exceptions

Interface IMathElement

Method Summary

Method Detail

join

join

divide

divide

divide

divide

enclose

enclose

function

function

asArgumentOfFunction

asArgumentOfFunction

asArgumentOfFunction

asArgumentOfFunction

asArgumentOfFunction

setSubscript

setSubscript

setSuperscript

setSuperscript

setSubSuperscriptOnTheRight

setSubSuperscriptOnTheRight

setSubSuperscriptOnTheLeft

setSubSuperscriptOnTheLeft

radical

radical

setUpperLimit

setUpperLimit

setLowerLimit

setLowerLimit

nary

nary

toMathArray

integral

integral

integral

integral

integral

accent

overbar

underbar

group

group

toBorderBox

toBorderBox

toBox