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Tests

Simple expressions

Haskell	LaTeX	pdf
`a + b * c`	`a+b{\cdot}c`	$pdflatex-rendered version of a+b{\cdot}c$
`A * B + C`	`A{\cdot}B+C`	$pdflatex-rendered version of A{\cdot}B+C$
`(a + b) * c`	`\left(a+b\right){\cdot}c`	$pdflatex-rendered version of \left(a+b\right){\cdot}c$
`(a + b) / (x - y)`	`\frac{a+b}{x-y}`	$pdflatex-rendered version of \frac{a+b}{x-y}$
`(a + b)**(x - y)`	`\left(a+b\right)^{x-y}`	$pdflatex-rendered version of \left(a+b\right)^{x-y}$
`(p/q)**gamma`	`\left(\frac{p}{q}\right)^{\gamma{}}`	$pdflatex-rendered version of \left(\frac{p}{q}\right)^{\gamma{}}$
`abs(p/q)**xi`	`\left\|\frac{p}{q}\right\|^{\xi{}}`	$pdflatex-rendered version of \left\|\frac{p}{q}\right\|^{\xi{}}$
`abc`	`a^{b^{c}}`	$pdflatex-rendered version of a^{b^{c}}$
`(ab)c`	`\left(a^{b}\right)^{c}`	$pdflatex-rendered version of \left(a^{b}\right)^{c}$
`sin (sin x)`	`\sin{\left(\sin{x}\right)}`	$pdflatex-rendered version of \sin{\left(\sin{x}\right)}$
`matrix[[ 0,1]` `,[-1,0]]`	`\begin{pmatrix}0&1\\ -1&0\end{pmatrix}`	$pdflatex-rendered version of \begin{pmatrix}0&1\\ -1&0\end{pmatrix}$

Haskell	LaTeX	pdf
`a + b`	`a+b`	$pdflatex-rendered version of a+b$
`a - b`	`a-b`	$pdflatex-rendered version of a-b$
`a * b`	`a{\cdot}b`	$pdflatex-rendered version of a{\cdot}b$
a `times` b	`a\times{}b`	$pdflatex-rendered version of a\times{}b$
`a +- b`	`a\pm{}b`	$pdflatex-rendered version of a\pm{}b$
`a -+ b`	`a\mp{}b`	$pdflatex-rendered version of a\mp{}b$
a `oplus` b	`a\oplus{}b`	$pdflatex-rendered version of a\oplus{}b$
a `otimes` b	`a\otimes{}b`	$pdflatex-rendered version of a\otimes{}b$

Haskell	LaTeX	pdf
`a!:b`	`{a}_{b}`	$pdflatex-rendered version of {a}_{b}$
`a!^(b,c)`	`{a}_{b}^{c}`	$pdflatex-rendered version of {a}_{b}^{c}$
`psi!:"Foo"`	`{\psi{}}_{\mathrm{Foo}}`	$pdflatex-rendered version of {\psi{}}_{\mathrm{Foo}}$
`psi!:(F<>o<>o)`	`{\psi{}}_{Foo}`	$pdflatex-rendered version of {\psi{}}_{Foo}$

Haskell	LaTeX	pdf
p `vee` q	`p\vee{}q`	$pdflatex-rendered version of p\vee{}q$
p `wedge` q	`p\wedge{}q`	$pdflatex-rendered version of p\wedge{}q$
`cases[(1, "Today"), (2, "Else")]`	`\begin{cases}1&\text{Today}\\2&\text{Else}\end{cases}`	$pdflatex-rendered version of \begin{cases}1&\text{Today}\\2&\text{Else}\end{cases}$

Haskell	LaTeX	pdf
`a =: b`	`a=b`	$pdflatex-rendered version of a=b$
`a >=: c`	`a\geq{}c`	$pdflatex-rendered version of a\geq{}c$
`a <: rho`	`a<\rho{}`	$pdflatex-rendered version of a<\rho{}$
`x =: y =: z`	`x=y=z`	$pdflatex-rendered version of x=y=z$
s `subset` t `subseteq` u	`s\subset{}t\subseteq{}u`	$pdflatex-rendered version of s\subset{}t\subseteq{}u$
h `approx` i `sim` j `simeq` k `cong` l	`h\approx{}i\sim{}j\simeq{}k\cong{}l`	$pdflatex-rendered version of h\approx{}i\sim{}j\simeq{}k\cong{}l$
p `in_` mathbb Q `subset` mathbb R	`p\in{}\mathbb{Q}\subset{}\mathbb{R}`	$pdflatex-rendered version of p\in{}\mathbb{Q}\subset{}\mathbb{R}$
mathbf u `perp` (vec%$>v) `parallel` (underline%$>w)	`\mathbf{u}\perp{}\vec{v}\parallel{}\underline{w}`	$pdflatex-rendered version of \mathbf{u}\perp{}\vec{v}\parallel{}\underline{w}$