mathmlben/data/pom/122.xml

Visualization for goldstandard

<?xml version="1.0" ?>
<math type="pom-exported">
  <expression prime-tag="sequence">
    <term prime-tag="letter" secondary-tags="Latin">J</term>
    <expression prime-tag="underscore" secondary-tags="subscript_operation">
      <term prime-tag="latex-command">\nu</term>
    </expression>
    <expression prime-tag="balanced-expression">
      <term prime-tag="left-delimiter">\left(</term>
      <expression prime-tag="sequence">
        <term prime-tag="letter" secondary-tags="Latin">j</term>
        <expression prime-tag="underscore" secondary-tags="subscript_operation">
          <expression prime-tag="sequence" secondary-tags="subscript">
            <term prime-tag="latex-command">\nu</term>
            <term prime-tag="comma" secondary-tags="punctuation">,</term>
            <term prime-tag="letter" secondary-tags="Latin">m</term>
          </expression>
        </expression>
        <term prime-tag="single quote">'</term>
      </expression>
      <term prime-tag="right-delimiter">\right)</term>
    </expression>
    <term prime-tag="equals">=</term>
    <expression prime-tag="fraction">
      <expression prime-tag="sequence" secondary-tags="numerator">
        <term prime-tag="letter" secondary-tags="Latin">h</term>
        <term prime-tag="left parenthesis" secondary-tags="opening delimiter">(</term>
        <term prime-tag="latex-command">\zeta</term>
        <term prime-tag="right parenthesis" secondary-tags="closing delimiter">)</term>
        <term prime-tag="function">Ai</term>
        <expression prime-tag="balanced-expression">
          <term prime-tag="left-delimiter">\left(</term>
          <expression prime-tag="sequence">
            <term prime-tag="letter" secondary-tags="Latin">a</term>
            <expression prime-tag="subsuperscript">
              <expression prime-tag="caret" secondary-tags="superscript_operation">
                <term prime-tag="primes">\prime</term>
              </expression>
              <expression prime-tag="underscore" secondary-tags="subscript_operation">
                <term prime-tag="letter" secondary-tags="Latin">m</term>
              </expression>
            </expression>
          </expression>
          <term prime-tag="right-delimiter">\right)</term>
        </expression>
      </expression>
      <expression prime-tag="sequence" secondary-tags="denominator">
        <term prime-tag="latex-command">\nu</term>
        <expression prime-tag="caret" secondary-tags="superscript_operation">
          <expression prime-tag="fraction" secondary-tags="superscript">
            <term prime-tag="digit" secondary-tags="numeric">1</term>
            <term prime-tag="digit" secondary-tags="numeric">3</term>
          </expression>
        </expression>
      </expression>
    </expression>
    <expression prime-tag="balanced-expression">
      <term prime-tag="left-delimiter">\left(</term>
      <expression prime-tag="sequence">
        <term prime-tag="digit" secondary-tags="numeric">1</term>
        <term prime-tag="plus">+</term>
        <term prime-tag="letter" secondary-tags="Latin">O</term>
        <expression prime-tag="balanced-expression">
          <term prime-tag="left-delimiter">\left(</term>
          <expression prime-tag="fraction">
            <term prime-tag="digit" secondary-tags="numeric">1</term>
            <expression prime-tag="sequence" secondary-tags="denominator">
              <term prime-tag="latex-command">\nu</term>
              <expression prime-tag="caret" secondary-tags="superscript_operation">
                <expression prime-tag="fraction" secondary-tags="superscript">
                  <term prime-tag="digit" secondary-tags="numeric">4</term>
                  <term prime-tag="digit" secondary-tags="numeric">3</term>
                </expression>
              </expression>
            </expression>
          </expression>
          <term prime-tag="right-delimiter">\right)</term>
        </expression>
      </expression>
      <term prime-tag="right-delimiter">\right)</term>
    </expression>
  </expression>
</math>