other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeX ``` """ function f end Functions and Methods "..."

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeX ``` """ function f end Functions and Methods "..."

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeX ``` """ function f end Functions and Methods "..."

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeX ``` """ function f endCHAPTER 18. DOCUMENTATION 240

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeX ``` """ function f end Functions and Methods "..."

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeX ``` """ function f end Functions and Methods "..."

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeX ``` """ function f end Functions and Methods "..."

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeX ``` """ function f end Functions and Methods "..."

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha @doc macro can be used to avoid having to escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeXCHAPTER 17. DOCUMENTATION

other Julia editing environments, you can type many Unicode math symbols by typing the backslashed LaTeX symbol name followed by tab. For example, the variable name δ can be entered by typing \delta-tab backticks ` to enable highlighting. Equations in the LaTeX syntax can be inserted between double backticks ``. Use Unicode characters rather than their LaTeX escape sequence, i.e. ``α = 1`` rather than ``\\alpha @doc macro can be used to avoid having to escape them. This is handy when the docstrings include LaTeX or Julia source code examples containing interpolation: @doc raw""" ```math \LaTeXCHAPTER 17. DOCUMENTATION