EquationNodeParagraph

EquationNodeParagraph class

This class specifies a mathematical paragraph containing one or more MathEquationNode(OMath) elements.

class EquationNodeParagraph extends EquationNode;

Constructors

Name	Description
constructor(EquationNode)	Constructs from a parent object convertible to this.

Properties

Property	Type	Description
justification	EquationHorizontalJustificationType	This specifies justification of the math paragraph (a series of adjacent equations within the same paragraph). A math paragraph can be Left Justified, Right Justified, Centered, or Centered as Group. By default, the math paragraph is Centered as Group. This means that the equations can be aligned with respect to each other, but the entire group of equations is centered as a whole.
startIndex	number	Readonly. Gets the start index of the characters.
length	number	Readonly. Gets the length of the characters.
font	Font	Readonly. Returns the font of this object.
textOptions	TextOptions	Readonly. Returns the text options.
parentNode	EquationNode	Specifies the parent node of the current node
equationType	EquationNodeType	Readonly. Get the equation type of the current node

Methods

Method	Description
setWordArtStyle(PresetWordArtStyle)	Sets the preset WordArt style.
toLaTeX()	Convert this equtation to LaTeX expression.
toMathML()	Convert this equtation to MathML expression.
addChild(EquationNodeType)	Insert a node of the specified type at the end of the child node list of the current node.
addChild(EquationNode)	Inserts the specified node at the end of the current node’s list of child nodes.
insertChild(number, EquationNodeType)	Inserts a node of the specified type at the specified index position in the current node’s child node list.
insertAfter(EquationNodeType)	Inserts the specified node after the current node.
insertBefore(EquationNodeType)	Inserts the specified node before the current node.
getChild(number)	Returns the node at the specified index among the children of the current node.
remove()	Removes itself from the parent.
removeChild(EquationNode)	Removes the specified node from the current node’s children.
removeChild(number)	Removes the node at the specified index from the current node’s children.
removeAllChildren()	Removes all the child nodes of the current node.
static createNode(EquationNodeType, Workbook, EquationNode)	Create a node of the specified type.
equals(VObject)	Determine whether the current equation node is equal to the specified node
getType()	Represents the type of the node.

constructor(EquationNode)

Constructs from a parent object convertible to this.

constructor(obj: EquationNode);

Parameters:

Parameter	Type	Description
obj	EquationNode	The parent object.

justification

This specifies justification of the math paragraph (a series of adjacent equations within the same paragraph). A math paragraph can be Left Justified, Right Justified, Centered, or Centered as Group. By default, the math paragraph is Centered as Group. This means that the equations can be aligned with respect to each other, but the entire group of equations is centered as a whole.

justification : EquationHorizontalJustificationType;

startIndex

Readonly. Gets the start index of the characters.

startIndex : number;

length

Readonly. Gets the length of the characters.

length : number;

font

Readonly. Returns the font of this object.

font : Font;

textOptions

Readonly. Returns the text options.

textOptions : TextOptions;

parentNode

Specifies the parent node of the current node

parentNode : EquationNode;

equationType

Readonly. Get the equation type of the current node

equationType : EquationNodeType;

setWordArtStyle(PresetWordArtStyle)

Sets the preset WordArt style.

setWordArtStyle(style: PresetWordArtStyle) : void;

Parameters:

Parameter	Type	Description
style	PresetWordArtStyle	The preset WordArt style.

Remarks

Only for the text of shape/chart.

toLaTeX()

Convert this equtation to LaTeX expression.

toLaTeX() : string;

toMathML()

Convert this equtation to MathML expression.

toMathML() : string;

addChild(EquationNodeType)

Insert a node of the specified type at the end of the child node list of the current node.

addChild(equationType: EquationNodeType) : EquationNode;

Parameters:

Parameter	Type	Description
equationType	EquationNodeType	Types of Equation Nodes

Returns

If the specified type exists, the corresponding node is returned, and if the type does not exist, a node of unknown type is returned.

addChild(EquationNode)

Inserts the specified node at the end of the current node’s list of child nodes.

addChild(node: EquationNode) : void;

Parameters:

Parameter	Type	Description
node	EquationNode	The specified node

insertChild(number, EquationNodeType)

Inserts a node of the specified type at the specified index position in the current node’s child node list.

insertChild(index: number, equationType: EquationNodeType) : EquationNode;

Parameters:

Parameter	Type	Description
index	number	index value
equationType	EquationNodeType	Types of Equation Nodes

Returns

If the specified type exists, the corresponding node is returned, and if the type does not exist, a node of unknown type is returned.

insertAfter(EquationNodeType)

Inserts the specified node after the current node.

insertAfter(equationType: EquationNodeType) : EquationNode;

Parameters:

Parameter	Type	Description
equationType	EquationNodeType	Types of Equation Nodes

Returns

If the specified type exists, the corresponding node is returned, and if the type does not exist, a node of unknown type is returned.

insertBefore(EquationNodeType)

Inserts the specified node before the current node.

insertBefore(equationType: EquationNodeType) : EquationNode;

Parameters:

Parameter	Type	Description
equationType	EquationNodeType	Types of Equation Nodes

Returns

If the specified type exists, the corresponding node is returned, and if the type does not exist, a node of unknown type is returned.

getChild(number)

Returns the node at the specified index among the children of the current node.

getChild(index: number) : EquationNode;

Parameters:

Parameter	Type	Description
index	number	Index of the node

Returns

Returns the corresponding node if the specified node exists, otherwise returns null.

remove()

Removes itself from the parent.

remove() : void;

removeChild(EquationNode)

Removes the specified node from the current node’s children.

removeChild(node: EquationNode) : void;

Parameters:

Parameter	Type	Description
node	EquationNode	Node to be deleted.

removeChild(number)

Removes the node at the specified index from the current node’s children.

removeChild(index: number) : void;

Parameters:

Parameter	Type	Description
index	number	Index of the node

removeAllChildren()

Removes all the child nodes of the current node.

removeAllChildren() : void;

createNode(EquationNodeType, Workbook, EquationNode)

Create a node of the specified type.

static createNode(equationType: EquationNodeType, workbook: Workbook, parent: EquationNode) : EquationNode;

Parameters:

Parameter	Type	Description
equationType	EquationNodeType	Types of Equation Nodes
workbook	Workbook	The workbook object associated with the equation
parent	EquationNode	The parent node where this node is located

Returns

If the specified type exists, the corresponding node is returned, and if the type does not exist, a node of unknown type is returned.

equals(VObject)

Determine whether the current equation node is equal to the specified node

equals(obj: VObject) : boolean;

Parameters:

Parameter	Type	Description
obj	VObject	The specified node

getType()

Represents the type of the node.

getType() : TextNodeType;

Returns

TextNodeType