latexinline

takes a Julia object x and returns a $\LaTeX$ formatted string. It also surrounds the output in a simple $$ environment. This works for x of many types, including expressions, which returns $\LaTeX$ code for an equation.

julia> ex = :(x-y/z)
julia> latexinline(ex)
L"$x - \frac{y}{z}$"

In Jupyter or Hydrogen this automatically renders as:

Among the supported types are:

• Expressions,

• Strings,

• Numbers (including rational and complex),

• Symbols,

• Symbolic expressions from SymEngine.jl.

• ParameterizedFunctions.

It can also take arrays, which it recurses and latexifies the elements, returning an array of latex strings.