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== Math Fonts ==

For curly letters, as in what is used for [[Statistics/SigmaAlgebraNotation|sigma algebras]]:

{{{
\mathcal{O}
}}}

{{attachment:mathcal.svg}}

For blackboard letters, as in what is used for [[LinearAlgebra|matrices]]:

{{{
\mathbb{X}
}}}

{{attachment:mathbb.svg}}

----


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For fractions, try: Many symbols are available by name, or some contraction of the name.
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{{{
\frac{over}{under}
}}}
||'''Syntax''' ||'''Symbol'''||
||`\partial` ||∂ ||
||`\nabla` ||∇ ||
||`\infty` ||∞ ||
||`\varepsilon`||ε ||
||`\varphi` ||φ ||
||`\forall` ||∀ ||
||`\times` ||× ||
||`\cdot` ||⋅ ||
||`\in` ||∈ ||
||`\subset` ||⊂ ||
||`\cap` ||∩ ||
||`\cup` ||∪ ||
||`\neq` ||≠ ||
||`\pm` ||± ||
||`\lt` ||< ||
||`\leq` ||≤ ||
||`\gt` ||> ||
||`\geq` ||≥ ||
||`\approx` ||≈ ||
||`\perp` ||⊥ ||
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For a summation, use one of: Greek letters are available by name. Note that by default the lowercase letter is returned; capitalizing the name returns the uppercase letter. For example, `\Phi` gives Φ while `\phi` gives ϕ.
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{{{
\sum_{i=1}^{N} ...
Many function notations are also available.
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\sum\nolimits_{i} ...
}}}
||'''Syntax''' ||'''Appearance'''||
||`\frac{1}{2}` ||{{attachment:frac.svg}}||
||`\sum_{i=1}^{N}` ||{{attachment:sum1.svg}}||
||`\sum\nolimits_{i}` ||{{attachment:sum2.svg}}||
||`\prod_{i=1}^{N}` ||{{attachment:prod.svg}}||
||`\lim_{x\to\infty}` ||{{attachment:lim1.svg}}||
||`\lim\nolimits_{x\to\infty}`||{{attachment:lim2.svg}}||
||`\int_a^b` ||{{attachment:int.svg}} ||
||`f\vert_a` ||{{attachment:eval.svg}}||
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For curly letters, as in what is used for [[Statistics/SigmaAlgebraNotation|sigma algebras]]:

{{{
\mathcal{O}
}}}

For blackboard letters, as in what is used for [[LinearAlgebra|matrices]]:

{{{
\mathbb{X}
}}}

LaTeX Math

LaTeX offers the most comprehensive math markup of any software.


Usage

There are two ways to use math markup: inline math mode and display math mode.

An example of the inline style is \(a + bx = y\), whereas an example of display style is:

\[ a + bx = y \]


Math Fonts

For curly letters, as in what is used for sigma algebras:

\mathcal{O}

mathcal.svg

For blackboard letters, as in what is used for matrices:

\mathbb{X}

mathbb.svg


Markup

Many symbols are available by name, or some contraction of the name.

Syntax

Symbol

\partial

\nabla

\infty

\varepsilon

ε

\varphi

φ

\forall

\times

×

\cdot

\in

\subset

\cap

\cup

\neq

\pm

±

\lt

<

\leq

\gt

>

\geq

\approx

\perp

Greek letters are available by name. Note that by default the lowercase letter is returned; capitalizing the name returns the uppercase letter. For example, \Phi gives Φ while \phi gives ϕ.

Many function notations are also available.

Syntax

Appearance

\frac{1}{2}

frac.svg

\sum_{i=1}^{N}

sum1.svg

\sum\nolimits_{i}

sum2.svg

\prod_{i=1}^{N}

prod.svg

\lim_{x\to\infty}

lim1.svg

\lim\nolimits_{x\to\infty}

lim2.svg

\int_a^b

[ATTACH]

f\vert_a

eval.svg

There are several sizes of parentheses, braces, and bars available. As a demonstration:

\Big( \big( (x + 1) + 1 \big) + 1 \Big)

\Big[ \big[ \left[ x + 1 \right] + 1 \big] + 1 \Big]

\Big| \big| |a| - |b| \big| - |c| \Big|


CategoryRicottone

LaTeX/Math (last edited 2026-07-28 04:05:45 by DominicRicottone)