Using TeX Notation - Revision history

Moodlebot: Text replacement - "class="nicetable"" to "class="wikitable""

2021-08-10T15:13:05Z

Text replacement - "class="nicetable"" to "class="wikitable""

Germanvaleroelizondo: Added ==How to wrap long MathJax equations==

2019-09-10T18:13:22Z

Added ==How to wrap long MathJax equations==

← Older revision		Revision as of 18:13, 10 September 2019
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	\$513.00&$\837.00 \end{array}\right] $$		\$513.00&$\837.00 \end{array}\right] $$

			==How to wrap long MathJax equations==
			As [https://moodle.org/mod/forum/discuss.php?d=389730 described by Christopher Sangwin]:

			See [http://docs.mathjax.org/en/latest/output/linebreaks.html this documentation].

			Add

			CommonHTML: { linebreaks: { automatic: true } },
			"HTML-CSS": { linebreaks: { automatic: true } },
			SVG: { linebreaks: { automatic: true } }

			to "filter_mathjaxloader \| mathjaxconfig" in the filter settings: Dashboard > Site administration > Plugins > Filters > MathJax Seems to do the trick.

Dbauer-ets: /* Equation displayed within text */

2017-04-14T21:00:33Z

Equation displayed within text

← Older revision		Revision as of 21:00, 14 April 2017
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	==Equation displayed within text==		==Equation displayed within text==
	An equation is displayed within the text when it is surrounded by the pair $ and $. For example, the following:		With the TeX notation filter activated, an equation is displayed within the text when it is surrounded by the pair $ and $. For example, the following:

	The point <span style="background-color:yellow;">$</span> \left( {{x}_{0}}+\frac{1}{p\left( {{x}_{0}} \right)}\ ,\ \frac{q\left( {{x}_{0}} \right)}{p\left( {{x}_{0}} \right)} \right) <span style="background-color:yellow;">$</span> is located...		The point <span style="background-color:yellow;">$</span> \left( {{x}_{0}}+\frac{1}{p\left( {{x}_{0}} \right)}\ ,\ \frac{q\left( {{x}_{0}} \right)}{p\left( {{x}_{0}} \right)} \right) <span style="background-color:yellow;">$</span> is located...
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	[[File:TeXEquationWithinText.png\|320px]]		[[File:TeXEquationWithinText.png\|320px]]

			Note that the single $ marks may not work for this purpose.

	==Reserved Characters and Keywords==		==Reserved Characters and Keywords==

Dbauer-ets: /* Equation displayed within text */

2017-04-14T20:48:50Z

Equation displayed within text

← Older revision		Revision as of 20:48, 14 April 2017
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	==Equation displayed within text==		==Equation displayed within text==
	An equation is displayed within the text when it is surrounded by the pair $ and $.		An equation is displayed within the text when it is surrounded by the pair $ and $. For example, the following:

			The point <span style="background-color:yellow;">$</span> \left( {{x}_{0}}+\frac{1}{p\left( {{x}_{0}} \right)}\ ,\ \frac{q\left( {{x}_{0}} \right)}{p\left( {{x}_{0}} \right)} \right) <span style="background-color:yellow;">$</span> is located...

			will display as follows:

			[[File:TeXEquationWithinText.png\|320px]]

	==Reserved Characters and Keywords==		==Reserved Characters and Keywords==

Dbauer-ets at 20:14, 14 April 2017

2017-04-14T20:14:42Z

← Older revision		Revision as of 20:14, 14 April 2017
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	Using \[ … \] instead of $$ … $$ may have other advantages. For example, with the Wiris equation editor installed, the Atto editor undesirably transforms the TeX code of equations enclosed with $$ into XML code, whereas it does not do so when the equations are enclosed with \[ and \].		Using \[ … \] instead of $$ … $$ may have other advantages. For example, with the Wiris equation editor installed, the Atto editor undesirably transforms the TeX code of equations enclosed with $$ into XML code, whereas it does not do so when the equations are enclosed with \[ and \].


			==Equation displayed within text==
			An equation is displayed within the text when it is surrounded by the pair $ and $.


	==Reserved Characters and Keywords==		==Reserved Characters and Keywords==

Dbauer-ets: /* Equation on its own line */

2017-04-14T20:11:24Z

Equation on its own line

← Older revision		Revision as of 20:11, 14 April 2017
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	Additional spaces can be placed into the equation using the \ without a trailing character.		Additional spaces can be placed into the equation using the \ without a trailing character.

	==Equation on its own line==		==Equation displayed on its own line==
	When an equation is surrounded by a pair of $$ markers, it is displayed centered on its own line. The $$’s are primitive TeX markers. With LaTeX, it is often recommended to use the pair \[ and \] to enclose equations, rather than the $$ markers, because the newer syntax checks for mistyped equations and better adjusts vertical spacing. If the TeX Notation filter is activated, which set a LaTeX renderer, the same equation as above is obtained with the following control sequence:		When an equation is surrounded by a pair of $$ markers, it is displayed centered on its own line. The $$’s are primitive TeX markers. With LaTeX, it is often recommended to use the pair \[ and \] to enclose equations, rather than the $$ markers, because the newer syntax checks for mistyped equations and better adjusts vertical spacing. If the TeX Notation filter is activated, which set a LaTeX renderer, the same equation as above is obtained with the following control sequence:

Dbauer-ets: /* Note */

2017-04-14T20:09:40Z

Note

← Older revision		Revision as of 20:09, 14 April 2017
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	Additional spaces can be placed into the equation using the \ without a trailing character.		Additional spaces can be placed into the equation using the \ without a trailing character.

	==~~Note~~==		==Equation on its own line==
	When an equation is surrounded by a pair of $$ markers, it is displayed centered on its own line. The $$’s are primitive TeX markers. With LaTeX, it is often recommended to use the pair \[ and \] to enclose equations, rather than the $$ markers, because the newer syntax checks for mistyped equations and better adjusts vertical spacing. If the TeX Notation filter is activated, which set a LaTeX renderer, the same equation as above is obtained with the following control sequence:		When an equation is surrounded by a pair of $$ markers, it is displayed centered on its own line. The $$’s are primitive TeX markers. With LaTeX, it is often recommended to use the pair \[ and \] to enclose equations, rather than the $$ markers, because the newer syntax checks for mistyped equations and better adjusts vertical spacing. If the TeX Notation filter is activated, which set a LaTeX renderer, the same equation as above is obtained with the following control sequence:

Dbauer-ets: /* Note */

2017-04-14T20:07:06Z

Note

← Older revision		Revision as of 20:07, 14 April 2017
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	However, if the equation is mistyped, it will be displayed enclosed in a box to signal the mistake and if the equation appears in a new paragraph, the vertical space above the equation will adjust correctly.		However, if the equation is mistyped, it will be displayed enclosed in a box to signal the mistake and if the equation appears in a new paragraph, the vertical space above the equation will adjust correctly.

			Using \[ … \] instead of $$ … $$ may have other advantages. For example, with the Wiris equation editor installed, the Atto editor undesirably transforms the TeX code of equations enclosed with $$ into XML code, whereas it does not do so when the equations are enclosed with \[ and \].

	==Reserved Characters and Keywords==		==Reserved Characters and Keywords==

Dbauer-ets: /* Note */

2017-04-14T19:57:17Z

Note

← Older revision		Revision as of 19:57, 14 April 2017
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	<span style="background-color:yellow;">\[</span> x\ =\ \frac{\sqrt{144}}{2}\ \times\ (y\ +\ 12) <span style="background-color:yellow;">\]</span>		<span style="background-color:yellow;">\[</span> x\ =\ \frac{\sqrt{144}}{2}\ \times\ (y\ +\ 12) <span style="background-color:yellow;">\]</span>

	However, if the equation is mistyped, it will be displayed enclosed in a box to signal the mistake and, if the equation appears in a new paragraph, the vertical space above the equation will adjust correctly.		However, if the equation is mistyped, it will be displayed enclosed in a box to signal the mistake and if the equation appears in a new paragraph, the vertical space above the equation will adjust correctly.

	==Reserved Characters and Keywords==		==Reserved Characters and Keywords==

Dbauer-ets: /* Note */

2017-04-14T19:56:27Z

Note

← Older revision		Revision as of 19:56, 14 April 2017
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	<span style="background-color:yellow;">\[</span> x\ =\ \frac{\sqrt{144}}{2}\ \times\ (y\ +\ 12) <span style="background-color:yellow;">\]</span>		<span style="background-color:yellow;">\[</span> x\ =\ \frac{\sqrt{144}}{2}\ \times\ (y\ +\ 12) <span style="background-color:yellow;">\]</span>

	However, if the equation is mistyped, it will be displayed enclosed in a box to signal the mistake and, if the equation appears in a new paragraph ~~(<p>)~~, the vertical space above the equation will adjust correctly.		However, if the equation is mistyped, it will be displayed enclosed in a box to signal the mistake and, if the equation appears in a new paragraph, the vertical space above the equation will adjust correctly.

	==Reserved Characters and Keywords==		==Reserved Characters and Keywords==