EquationNodeParagraph

addChild(equationType) → EquationNode

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

Returns

EquationNode 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(node)

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

equals(obj) → boolean

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

Returns

boolean 

getChild(index) → EquationNode

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

Returns

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

getEquationType()

Get the equation type of the current node The value of the property is EquationNodeType integer constant.

getFont()

Returns the font of this object.

getJustification()

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. The value of the property is EquationHorizontalJustificationType integer constant.

getLength()

Gets the length of the characters.

getParentNode()

Specifies the parent node of the current node

getStartIndex()

Gets the start index of the characters.

getTextOptions()

Returns the text options.

getType()

Represents the type of the node. The value of the property is TextNodeType integer constant.

insertAfter(equationType) → EquationNode

Inserts the specified node after the current node.

Returns

EquationNode 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(equationType) → EquationNode

Inserts the specified node before the current node.

Returns

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

insertChild(index, equationType) → EquationNode

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

Returns

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

remove()

Removes itself from the parent.

removeAllChildren()

Removes all the child nodes of the current node.

removeChild(node)

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

removeChild(index)

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

setJustification()

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. The value of the property is EquationHorizontalJustificationType integer constant.

setParentNode()

Specifies the parent node of the current node

setWordArtStyle(style)

Sets the preset WordArt style. Only for the text of shape/chart.