Class MathML<N, T, D>

constructor

• new MathML<N, T, D>(options?: OptionList): MathML<N, T, D>

  Type Parameters

  • N
  • T
  • D

  Parameters

  • options: OptionList = {}

  Returns MathML<N, T, D>

mmlFilters

StaticNAME

StaticOPTIONS

processStrings

• get processStrings(): boolean

  Don't process strings (process nodes)

  Returns boolean

compile

• compile(math: MathItem<N, T, D>, document: MathDocument<N, T, D>): MmlNode

  Convert a MathItem to internal format: If there is no existing MathML node, or we are asked to reparse everything Execute the preFilters on the math Parse the MathML string in the desired format, and check the result for errors If we got an HTML document: Check that it has only one child (the $element),\; and\; use\; it\; Otherwise\; Use\; the\; root\; element\; from\; the\; XML\; document\; If\; the\; node\; is\; not\; a$ node,\; report\; the\; error.\; Execute\; the\; mmlFilters\; on\; the\; parsed\; MathML\; Compile\; the\; MathML\; to\; internal\; format,\; and\; execute\; the\; postFilters\; Return\; the\; resulting\; internal\; format$$

  Parameters

  • math: MathItem<N, T, D>
  • document: MathDocument<N, T, D>

  Returns MmlNode

findMath

• findMath(node: N): ProtoItem<N, T>[]

  Parameters

  • node: N

  Returns ProtoItem<N, T>[]

setAdaptor

• setAdaptor(adaptor: DOMAdaptor<N, T, D>): void

  Set the adaptor in any of the objects that need it

  Parameters

  • adaptor: DOMAdaptor<N, T, D>

  Returns void

setMmlFactory

• setMmlFactory(mmlFactory: MmlFactory): void

  Parameters

  • mmlFactory: MmlFactory

    The MmlFactory to use for this MathML input jax

  Returns void