snippets.cson

# Your snippets
#
# Atom snippets allow you to enter a simple prefix in the editor and hit tab to
# expand the prefix into a larger code block with templated values.
#
# You can create a new snippet in this file by typing "snip" and then hitting
# tab.
#
# An example CoffeeScript snippet to expand log to console.log:
#
# '.source.coffee':
#   'Console log':
#	 'prefix': 'log'
#	 'body': 'console.log $1'
#
# Each scope (e.g. '.source.coffee' above) can only be declared once.
#
# This file uses CoffeeScript Object Notation (CSON).
# If you are unfamiliar with CSON, you can read more about it in the
# Atom Flight Manual:
# http://flight-manual.atom.io/using-atom/sections/basic-customization/#_cson

'.text.tex.latex':

	'Subfile init':
		'prefix': 'subfile'
		'body': '''
		\\\\providecommand{\\\\main}{../../main}
		\\\\providecommand{\\\\figpath}[1]{\\\\main/../lessons/\#1}
		\\\\documentclass[${1:../main/main.tex}]{subfiles}



		\\\\begin{document}
		$2
		\\\\end{document}
		'''

	'Date':
		'prefix': 'date'
		'body': '''
		\\\\newdate{date}{$1}{$2}{2019}
		'''

	'Subfile Lecture':
		'prefix': 'subfile lecture'
		'body': '''
		\\\\documentclass[../main/main.tex]{subfiles}

		\\\\newdate{date}{$1}{$2}{2019}

		\\\\begin{document}

		\\\\marginpar{ \\\\textbf{Lecture $3} \\\\\\\\\\  \\\\displaydate{date}. \\\\\\\\\\ Compiled:  \\\\today.}
		$4
		\\\\end{document}
		'''

	'SVG figure':
		'prefix': 'svgfig'
		'body': '''
		\\\\begin{figure}[!h]
			\\\\centering
			\\\\incfig{figures/$1}
			\\\\caption{$2}
			\\\\label{fig:$1}
		\\\\end{figure}
		'''

	'Regular citation':
		'prefix': 'cite'
		'body': '\\\\cite{$2}'

	'Cursive':
		'prefix': 'em'
		'body': '\\\\emph{$1} $2'

	'Python Code':
		'prefix': 'code'
		'body': '''
		\\\\begin{figure}[!h]
			\\\\begin{lstlisting}[language=Python]
			$1
			\\\\end{lstlisting}
			\\\\caption{\\\\label{}}
		\\\\end{figure}
		'''

	'Theorem':
		'prefix': 'theorem'
		'body': '''
		\\\\begin{theorem}[]
			$1
		\\\\end{theorem}
		'''

	'Corollary':
		'prefix': 'corollary'
		'body': '''
		\\\\begin{corollary}[]
			$1
		\\\\end{corollary}
		'''

	'Lemma':
		'prefix': 'lemma'
		'body': '''
		\\\\begin{lemma}[]
			$1
		\\\\end{lemma}
		'''

	'Definition':
		'prefix': 'definition'
		'body': '''
		\\\\begin{definition}
			$1
		\\\\end{definition}
		'''

	'Exercise':
		'prefix': 'exercise'
		'body': '''
		\\\\begin{exercise}
			$1
		\\\\end{exercise}
		'''

	'Remark':
		'prefix': 'remark'
		'body': '''
		\\\\begin{remark}
			$1
		\\\\end{remark}
		'''

	'Proof':
		'prefix': 'proof'
		'body': '''
		\\\\begin{proof}
			$1
		\\\\end{proof}
		'''

	'Label':
		'prefix': 'label'
		'body': '\\\\label{$1} $2'

	'Boldface':
		'prefix': 'bold'
		'body': '\\\\textbf{$1} $2'

	'Weight':
		'prefix': 'weight'
		'body': '\\\\( \\\\mathbf{w}$1 \\\\) $2'

	'Margin text':
		'prefix': 'margin'
		'body': '\\\\marginpar{$1} $2'

	'Subequations numbered with letters':
		'prefix': 'subequations'
		'body': '''
		\\\\begin{subequations}
			\\\\begin{align}
				${1:$2 &= $3 }
			\\\\end{align}
			\\\\label{}
		\\\\end{subequations}
		'''
		'description': ''

	'Equations numbered with the same number':
		'prefix': 'equations'
		'body': '''
		\\\\begin{equation}
			\\\\begin{gathered}
				$1
			\\\\end{gathered}
			\\\\label{eq:$3}
		\\\\end{equation}
		'''
		'description': ''

	'Equations with cases':
		'prefix': 'cases eq'
		'body': '''
		\\\\begin{equation}
			$1
			\\\\begin{cases}
				$2 \\\\\\\\\\
				$3
			\\\\end{cases}
			\\\\label{eq:}
		\\\\end{equation}
		'''
		'description': ''

	'Numbered equation':
		'prefix': 'equation'
		'body': '''
		\\\\begin{equation}
			$1
			\\\\label{eq:}
		\\\\end{equation}
		'''

	'Unumbered equation':
		'prefix': 'equation not numbered'
		'body': '''
		\\\\begin{equation*}
			$1
		\\\\end{equation*}
		'''

	'Reference':
		'prefix': 'ref'
		'body': '\\\\ref{$1} $2'


	'Chemical formula':
		'prefix': 'ce'
		'body': '\\\\ce{$1} $2'
		'description': 'Needs the package mhchem'

	'Subfigure':
		'prefix': 'subfigure'
		'body': '''
		\\\\begin{subfigure}
			\\\\centering
			\\\\includegraphics[width=1\\\\textwidth]{\\\\figpath{$1}/$1_images/$2}
			\\\\caption{\\\\label{fig:$3} Description.}
		\\\\end{subfigure}%
		'''
		'description': 'Needs the package subcaption'

	'TwoFigure Subcaption':
		'prefix': 'twofiguresub'
		'body': '''
		\\\\begin{figure}[!h]
			\\\\begin{minipage}[c]{0.5\\\\linewidth}
				\\\\subfloat[][Description]{ \\\\includegraphics[width=0.8\\\\textwidth]{\\\\figpath{$1}/$1_images/$2}
				\\\\label{fig:$3} }
			\\\\end{minipage}
			\\\\begin{minipage}[]{0.5\\\\linewidth}
				\\\\centering
				\\\\subfloat[][Description]{\\\\includegraphics[width=0.8\\\\textwidth]{\\\\figpath{$4}/$4_images/$5}
				\\\\label{fig:$6} }
			\\\\end{minipage}
			\\\\caption{\\\\label{fig:} Description}
		\\\\end{figure}
		'''
		'description': ''

	'Figure':
		'prefix': 'figure'
		'body': '''
		\\\\begin{figure}[!h]
			\\\\centering
			\\\\includegraphics[width=1\\\\textwidth]{\\\\figpath{$1}/$1_images/$2}
			\\\\caption{\\\\label{fig:} Description.}
		\\\\end{figure}
		'''
		'description': ''

	'TwoFigure':
		'prefix': 'twofigure'
		'body': '''
		\\\\begin{figure}[!h]
			\\\\begin{minipage}[c]{0.5\\\\linewidth}
				\\\\centering
				\\\\includegraphics[width=1\\\\textwidth]{\\\\figpath{$1}/$1_images/$2}
			\\\\end{minipage}
			\\\\begin{minipage}[]{0.5\\\\linewidth}
				\\\\centering
				\\\\includegraphics[width=1\\\\textwidth]{\\\\figpath{$3}/$3_images/$4}
			\\\\end{minipage}
			\\\\caption{\\\\label{fig:$5} Description.}
		\\\\end{figure}
		'''
		'description': ''

	'Tikzpicture':
		'prefix': 'tikzpicture'
		'body': '''
		\\\\begin{figure}[!h]
			\\\\centering
			\\\\begin{tikzpicture}[scale=1, transform shape]
				$1
			\\\\end{tikzpicture}
			\\\\caption{\\\\label{fig:$3} Description.}
		\\\\end{figure}
		'''
		'description': ''

	'TwoFigure Tikz':
		'prefix': 'twofiguretikz'
		'body': '''
		\\\\begin{figure}[!h]
			\\\\begin{minipage}[c]{0.5\\\\linewidth}
				\\\\centering
				\\\\begin{tikzpicture}[scale=1, transform shape]
					$1
				\\\\end{tikzpicture}
			\\\\end{minipage}
			\\\\begin{minipage}[]{0.5\\\\linewidth}
				\\\\centering
				\\\\begin{tikzpicture}[scale=1, transform shape]
					$2
				\\\\end{tikzpicture}
			\\\\end{minipage}
			\\\\caption{\\\\label{fig:$3} Description.}
		\\\\end{figure}
		'''
		'description': ''

	'Figure and text':
		'prefix': 'figuretext'
		'body': '''
		\\\\begin{minipage}[c]{0.5\\\\linewidth}
			$1
		\\\\end{minipage}
		\\\\begin{minipage}[]{0.5\\\\linewidth}
			\\\\centering
			\\\\includegraphics[width=1\\\\textwidth]{\\\\figpath{$2}/$2_images/$3}
			\\\\captionof{figure}{\\\\label{} Description.}
		\\\\end{minipage}
		'''
		'description': ''

	'SIunitx Value':
		'prefix': 'siunitx'
		'body': '\\\\SI{$1}{$2} $3'

	'SIunitx number':
		'prefix': 'number'
		'body': '\\\\num{$1} $2'

	'Reference to equation':
		'prefix': 'eqref'
		'body': '\\\\eqref{${1:eq:$2}}'

	'Reference to paragraph name':
		'prefix': 'nameref'
		'body': '\\\\nameref{${1:par:$2}}'

	'Reference to paragraph name and page':
		'prefix': 'Nameref'
		'body': '\\\\Nameref{${1:par:$2}}'

	'Inline math':
		'prefix': 'inline'
		'body': '\\\\( $1 \\\\)$2'

	'Display math':
		'prefix': 'display'
		'body': '''
		\\\\[
			$1
		\\\\]

		$2
		'''

	'Schroedinger':
		'prefix': 'schroedinger'
		'body': 'Schr$\\\\ddot{o}$dinger'

	'Color text':
		'prefix': 'color text'
		'body': '\\\\hlfancy{${1:color}}{$2} $3'

	'Text color':
		'prefix': 'text color'
		'body': '\\\\textcolor{${1:color}}{$2} $3'

	'Color box equation':
		'prefix': 'color box eq'
		'body': '''
		\\\\begin{empheq}{equation}
			$1
		\\\\end{empheq}
		'''
		'description': ''

	'Box blue':
		'prefix': 'box blue'
		'body': '''
		\\\\begin{bluebox}
			$1
		\\\\end{bluebox}
		'''
		'description': ''

	'Box green':
		'prefix': 'box green'
		'body': '''
		\\\\begin{greenbox}
			$1
		\\\\end{greenbox}
		'''
		'description': ''

	'Box yellow':
		'prefix': 'box yellow'
		'body': '''
		\\\\begin{yellowbox}
			$1
		\\\\end{yellowbox}
		'''
		'description': ''

	'Box red':
		'prefix': 'box red'
		'body': '''
		\\\\begin{redbox}
			$1
		\\\\end{redbox}
		'''
		'description': ''

	'Box orange':
		'prefix': 'box orange'
		'body': '''
		\\\\begin{orangebox}
			$1
		\\\\end{orangebox}
		'''
		'description': ''

	'Itemize':
		'prefix': 'itemize'
		'body': '''
		\\\\begin{itemize}
			\\\\item $1
		\\\\end{itemize}
		'''
		'description': ''

	'Enumerate':
		'prefix': 'enumerate'
		'body': '''
		\\\\begin{enumerate}
			\\\\item $1
		\\\\end{enumerate}
		'''
		'description': ''

	'Slide':
		'prefix': 'slide'
		'body': '''
		\\\\begin{minipage}[t]{0.45\\\\linewidth}
			\\\\vspace{0pt}
			\\\\centering
			\\\\frame{
				\\\\includegraphics[page=$1,width=1\\\\textwidth]{../../pdfs/$2.pdf}
			}
		\\\\end{minipage}
		\\\\hfill
		\\\\begin{minipage}[t]{0.52\\\\linewidth}
			\\\\vspace{0pt}
			\\\\subsubsection*{Slide $1}
			$3
		\\\\end{minipage}
		\\\\vspace{5pt}
		'''
		'description': ''

	'Left Slide Right Text':
		'prefix': 'lslidertext'
		'body': '''
		\\\\begin{lslidertext}{$1}{$2}{$1}
			$3
		\\\\end{lslidertext}
		'''
		'description': ''

# LATEX - MATH

# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

'.meta.function.environment.math.latex, .markup.other.math.inline.latex, .string.other.math.latex, .meta.environment.math.equation.latex, .meta.environment.math.align.latex':

	'Order':
		'prefix': 'order'
		'body': '\\\\order{$1} $2'

	'Commutator':
		'prefix': 'commutator'
		'body': '\\\\comm{$1}{$2} $3'

	'Anticommutator':
		'prefix': 'anticommutator'
		'body': '\\\\acomm{$1}{$2} $3'

	'Dot product':
		'prefix': 'dot product'
		'body': '\\\\vdot $1'

	'Cross product':
		'prefix': 'cross product'
		'body': '\\\\cross $1'

	'Scalar product':
		'prefix': 'scalar product'
		'body': '\\\\left\\\\langle $1,$2 \\\\right\\\\rangle $3'

	'Mathbf':
		'prefix': 'mbf'
		'body': '\\\\mathbf{$1} $2'

	'Gradient':
		'prefix': 'gradient'
		'body': '\\\\grad $1'

	'Divergence':
		'prefix': 'divergence'
		'body': '\\\\div{$1} $2'

	'Curl':
		'prefix': 'curl'
		'body': '\\\\curl{$1} $2'

	'Laplacian':
		'prefix': 'laplacian'
		'body': '\\\\laplacian{$1} $2'

	'Logarithmic derivative':
		'prefix': 'logderivative'
		'body': '\\\\frac{$1 ^{\\\\prime}}{$1} $2'

	'Command overset':
		'prefix': 'overset'
		'body': '\\\\overset{$1}{${2:=}} $3'

	'Command overline':
		'prefix': 'overline'
		'body': '\\\\overline{$1} $2'

	'Command underset':
		'prefix': 'underset'
		'body': '\\\\underset{$1}{${2:=}} $3'

	'Command Overbrace':
		'prefix': 'overbrace'
		'body': '\\\\overbrace{$1}^{$2} $3'

	'Command Underbrace':
		'prefix': 'underbrace'
		'body': '\\\\underbrace{$1}_{$2} $3'

	'Fraction':
		'prefix': 'frac'
		'body': '\\\\frac{$1}{$2} $3'

	'Differential command':
		'prefix': 'd'
		'body': '\\\\dd[]{$1} $2'

	'Command partial derivative':
		'prefix': 'partial'
		'body': '\\\\partial{$1} $2'

	'Command covariant derivative':
		'prefix': 'nabla'
		'body': '\\\\nabla $1'

	'Command exp':
		'prefix': 'exp'
		'body': 'e^{$1} $2'

	'Math Text':
		'prefix': 'text'
		'body': '\\\\text{$1}$2'

	'Integral':
		'prefix': 'int'
		'body': '\\\\int_{$1}^{$2} \\\\d{$3} '

	'Summation':
		'prefix': 'sum'
		'body': '\\\\sum_{$1}^{$2} $3 '

	'Product':
		'prefix': 'prod'
		'body': '\\\\prod_{$1}^{$2} $3 '

	'Substack':
		'prefix': 'substack'
		'body': '\\\\substack{$1 \\\\\\\\ $2} $3'

	'Cancellation':
		'prefix': 'cancel'
		'body': '\\\\cancel{$1} $2'

	'right arrow':
		'prefix': 'rarrow'
		'body': '\\\\rightarrow $1'

	'Right arrow':
		'prefix': 'Rarrow'
		'body': '\\\\Rightarrow $1'

	'left arrow':
		'prefix': 'larrow'
		'body': '\\\\leftarrow $1'

	'Left arrow':
		'prefix': 'Larrow'
		'body': '\\\\Leftarrow $1'

	'left Right arrow':
		'prefix': 'lrarrow'
		'body': '\\\\leftrightarrow $1'

	'Left Right arrow':
		'prefix': 'Lrarrow'
		'body': '\\\\Leftrightarrow $1'

	'down arrow':
		'prefix': 'darrow'
		'body': '\\\\downarrow $1'

	'Down arrow':
		'prefix': 'Darrow'
		'body': '\\\\Downarrow $1'

	'uparrow':
		'prefix': 'uarrow'
		'body': '\\\\uparrow $1'

	'Up arrow':
		'prefix': 'Uarrow'
		'body': '\\\\Uparrow $1'

	'New line':
		'prefix': 'newline'
		'body': '''
		\\\\\\\\ $1
		'''

	'Vector':
		'prefix': 'vec'
		'body': '\\\\va{$1} $2'

	'Vector unit':
		'prefix': 'vec unit'
		'body': '\\\\vu{$1} $2'


	'Vertical vector':
		'prefix': 'vector'
		'body': '''
		\\\\begin{pmatrix}
			$1 \\\\\\\\
			$2
		\\\\end{pmatrix}
		'''

	'Equivalent':
		'prefix': 'equiv'
		'body': '\\\\equiv $1'

	'Command approx':
		'prefix': 'approx'
		'body': '\\\\approx $1'

	'Similar equivalent':
		'prefix': 'simeq'
		'body': '\\\\simeq $1'

	'Similar':
		'prefix': 'sim'
		'body': '\\\\sim $1'

	'Command proportional':
		'prefix': 'proportional'
		'body': '\\\\propto $1'

	'Greater greater':
		'prefix': 'greatergreater'
		'body': '\\\\gg $1'

	'Greater equal':
		'prefix': 'greaterequal'
		'body': '\\\\ge $1'

	'Lower lower':
		'prefix': 'lowerlower'
		'body': '\\\\ll $1'

	'Lower equal':
		'prefix': 'lowerequal'
		'body': '\\\\le $1'

	'Overline':
		'prefix': 'bar'
		'body': '\\\\bar{$1} $2'

	'Hat':
		'prefix': 'hat'
		'body': '\\\\hat{$1} $2'

	'Tilde':
		'prefix': 'tilde'
		'body': '\\\\tilde{$1} $2'

	'Zero matrix':
		'prefix': 'zero matrix'
		'body': '\\\\smqty(\\\\zmat{${1:n}}) $2'

	'Identity matrix':
		'prefix': 'identity matrix'
		'body': '\\\\smqty(\\\\imat{${1:n}}) $2'

	'Pauli matrix':
		'prefix': 'pauli matrix'
		'body': '\\\\smqty(\\\\pmat{${1:n}}) $2'

	'Matrix index':
		'prefix': 'matrix index'
		'body': '\\\\smqty(\\\\xmat*{a}{${1:n}}{${2:m}}) $3'

	'2x2 matrix':
		'prefix': 'twomatrix'
		'body': """
		\\\\begin{pmatrix}
			$1   & $2 \\\\\\\\
			$3   & $4
		\\\\end{pmatrix}
		$5
		"""

	'3x3 matrix':
		'prefix': 'threematrix'
		'body': """
		\\\\begin{pmatrix}
			$1   & $2  & $3 \\\\\\\\
			$4   & $5  & $6 \\\\\\\\
			$7   & $8  & $9
		\\\\end{pmatrix}
		$10
		"""

	'4x4 matrix':
		'prefix': 'fourmatrix'
		'body': """
		\\\\begin{pmatrix}
			$1   & $2  & $3  & $4 \\\\\\\\
			$5   & $6  & $7  & $8 \\\\\\\\
			$9   & $10  & $11  & $12 \\\\\\\\
			$13   & $14  & $15  & $16
		\\\\end{pmatrix}
		$17
		"""

	'Greek Letter alpha':
		'prefix': 'alpha'
		'body': '\\\\alpha $1'

	'Greek Letter beta':
		'prefix': 'beta'
		'body': '\\\\beta $1'

	'Greek Letter gamma':
		'prefix': 'gamma'
		'body': '\\\\gamma $1 '

	'Greek Letter Gamma':
		'prefix': 'Gamma'
		'body': '\\\\Gamma $1'

	'Greek Letter delta':
		'prefix': 'delta'
		'body': '\\\\delta $1'

	'Greek Letter Delta':
		'prefix': 'Delta'
		'body': '\\\\Delta $1'

	'Greek Letter epsilon':
		'prefix': 'epsilon'
		'body': '\\\\varepsilon $1'

	'Greek Letter zeta':
		'prefix': 'zeta'
		'body': '\\\\zeta $1'

	'Greek Letter eta':
		'prefix': 'eta'
		'body': '\\\\eta $1'

	'Greek Letter theta':
		'prefix': 'theta'
		'body': '\\\\theta $1'

	'Greek Letter Theta':
		'prefix': 'Theta'
		'body': '\\\\Theta $1'

	'Greek Letter iota':
		'prefix': 'iota'
		'body': '\\\\iota $1'

	'Greek Letter kappa':
		'prefix': 'kappa'
		'body': '\\\\kappa $1'

	'Greek Letter lambda':
		'prefix': 'lambda'
		'body': '\\\\lambda $1'

	'Greek Letter Lambda':
		'prefix': 'Lambda'
		'body': '\\\\Lambda $1'

	'Greek Letter mu':
		'prefix': 'mu'
		'body': '\\\\mu $1'

	'Greek Letter nu':
		'prefix': 'nu'
		'body': '\\\\nu $1'

	'Greek Letter xi':
		'prefix': 'xi'
		'body': '\\\\xi $1'

	'Greek Letter Xi':
		'prefix': 'Xi'
		'body': '\\\\Xi $1'

	'Greek Letter pi':
		'prefix': 'pi'
		'body': '\\\\pi $1'

	'Greek Letter Pi':
		'prefix': 'Pi'
		'body': '\\\\Pi $1'

	'Greek Letter rho':
		'prefix': 'rho'
		'body': '\\\\rho $1'

	'Greek Letter sigma':
		'prefix': 'sigma'
		'body': '\\\\sigma $1'

	'Greek Letter Sigma':
		'prefix': 'Sigma'
		'body': '\\\\Sigma $1'

	'Greek Letter tau':
		'prefix': 'tau'
		'body': '\\\\tau $1'

	'Greek Letter phi':
		'prefix': 'phi'
		'body': '\\\\varphi $1'

	'Greek Letter Phi':
		'prefix': 'Phi'
		'body': '\\\\Phi $1'

	'Greek Letter ugly phi':
		'prefix': 'phiugly'
		'body': '\\\\phi $1'

	'Greek Letter chi':
		'prefix': 'chi'
		'body': '\\\\chi $1'

	'Greek Letter psi':
		'prefix':  'psi'
		'body': '\\\\psi $1'

	'Greek Letter Psi':
		'prefix':   'Psi'
		'body': '\\\\Psi $1'

	'Greek Letter omega':
		'prefix': 'omega'
		'body': '\\\\omega $1'

	'Greek Letter Omega':
		'prefix': 'Omega'
		'body': '\\\\Omega $1'

	'Modulus':
		'prefix': 'modulus'
		'body': '\\\\abs{$1} $2'

	'Modulus vector':
		'prefix': 'modulus vec'
		'body': '\\\\absvec{$1} $2'

	'Norma':
		'prefix': 'norm'
		'body': '\\\\norm{$1} $2'

	'Norma vector':
		'prefix': 'norm vec'
		'body': '\\\\normvec{$1} $2'

	'Evaluated':
		'prefix': 'evaluated'
		'body': '\\\\eval{$1}_$2^$3'

	'Wavefunction psi':
		'prefix': 'wavefunction'
		'body': '\\\\ket{${1:\\\\psi}} $2'

	'Command infinity':
		'prefix': 'infinity'
		'body': '\\\\infty $1'

	'Function':
		'prefix': 'function'
		'body': '$1(${2}) $3'
################################

	'Command cdot':
		'prefix': 'cdot'
		'body': '\\\\cdot $1'

	'Command dot':
		'prefix': 'dot'
		'body': '\\\\dot{$1} $2'

	'Dots':
		'prefix': 'dots'
		'body': '\\\\dots $1'

	'Command bra':
		'prefix': 'bra'
		'body': '\\\\bra{$1} $2'

	'Command ket':
		'prefix': 'ket'
		'body': '\\\\ket{$1} $2'

	'Command braket':
		'prefix': 'braket'
		'body': '\\\\braket{$1}{$2} $3'

	'Command ketbra':
		'prefix': 'ketbra'
		'body': '\\\\ketbra{$1}{$2} $3'

	'Matrix element':
		'prefix': 'matrix element'
		'body': '\\\\matrixel{${1:n}}{$2}{${3:m}} $4'

	'Expectation value':
		'prefix': 'expectation value'
		'body': '\\\\expval{$1}{${2:\\\\psi}} $3'

	'Command hbar':
		'prefix': 'hbar'
		'body': '\\\\hbar $1'

	'Command dag':
		'prefix': 'dag'
		'body': '^\\\\dag $1'

	'Command forall':
		'prefix': 'forall'
		'body': '\\\\forall $1'

	'Command exists':
		'prefix': 'exists'
		'body': '\\\\exists $1'

	'Command iff':
		'prefix': 'iff'
		'body': '\\\\iff $1'

	'Command average':
		'prefix': 'average'
		'body': '\\\\expval{$1} $2'

	'Derivative':
		'prefix': 'derivative'
		'body': '\\\\dv{$1}{$2} $3'

	'Delta derivative':
		'prefix': 'delta derivative'
		'body': '\\\\frac{\\\\Delta $1}{\\\\Delta $2}'

	'Partial derivative':
		'prefix': 'partial derivative'
		'body': '\\\\pdv{$1}{$2} $3'

	'n Derivative':
		'prefix': 'n derivative'
		'body': '\\\\dv[${1:n}]{$2}{$3} $4'

	'n Partial derivative':
		'prefix': 'n partial derivative'
		'body': '\\\\pdv[${1:n}]{$2}{$3} $4'

	'Partial derivative multi variable':
		'prefix': 'm partial derivative'
		'body': '\\\\pdv{$1}{$2}{$3} $4'

	'Functional derivative':
		'prefix': 'functional derivative'
		'body': '\\\\fdv{$1}{$2} $3'

	'Inverse':
		'prefix': 'inverse'
		'body': '^{-1} $1'

	'Momentum energy':
		'prefix': 'momentum energy'
		'body': '\\\\frac{p^2_$1}{2 $2}'

####################################

	'Small tensor product':
		'prefix': 'tensor'
		'body': '\\\\otimes $1'

	'Command sqrt':
		'prefix': 'sqrt'
		'body': '\\\\sqrt{$1} $2'


	'Command Probability':
		'prefix': 'probability'
		'body': '\\\\mathbb{P}($1) $2'

	'Command Mathbb':
		'prefix': 'mathbb'
		'body': '\\\\mathbb{$1}'

	'Identity':
		'prefix': 'identity'
		'body': '\\\\mathbbm{1}'

	'Command sin':
		'prefix': 'sin'
		'body': '\\\\sin($1) $2'

	'Command cos':
		'prefix': 'cos'
		'body': '\\\\cos($1) $2'

	'Command tan':
		'prefix': 'tan'
		'body': '\\\\tan($1) $2'

	'Command log':
		'prefix': 'log'
		'body': '\\\\log_${1:base}{$3} $4'

	'Natural logarithm':
		'prefix': 'natural log'
		'body': '\\\\ln{$1} $2'

	'Determinant':
		'prefix': 'determinant'
		'body': '\\\\det($1) $2'

	'trace':
		'prefix': 'trace'
		'body': '\\\\tr($1) $2'

	'Trace':
		'prefix': 'Trace'
		'body': '\\\\Tr($1) $2'

	'Re':
		'prefix': 're'
		'body': '\\\\Re($1) $2'

	'Im':
		'prefix': 'im'
		'body': '\\\\Im($1) $2'

	'Inline Phase':
		'prefix': 'phase'
		'body': '\\\\exp(${1:2 \\\\pi} i $2) $3'

	'Subscript index':
		'prefix': 'un'
		'body': '$1_{$2} $3'

	'Apex index':
		'prefix': 'up'
		'body': '$1^{$2} $3'

	'Color math':
		'prefix': 'color math'
		'body': '\\\\mathcolorbox{${1:color}}{$2}'

	'qty t':
		'prefix': 'qty t'
		'body': '\\\\qty($1) $2'

	'qty q':
		'prefix': 'qty q'
		'body': '\\\\qty[$1] $2'

	'qty g':
		'prefix': 'qty g'
		'body': '\\\\qty{$1} $2'

####################################
	'g _mu _nu':
		'prefix': 'gmunu__'
		'body': 'g_{\\\\mu \\\\nu} $1'

	'g ^mu ^nu':
		'prefix': 'gmunu^^'
		'body': 'g^{\\\\mu \\\\nu} $1'

	'g ^mu _nu':
		'prefix': 'gmunu^_'
		'body': 'g^{\\\\mu}_{\\\\ \\\\nu} $1'

	'Lambda ^ _':
		'prefix': 'Lambda^_'
		'body': '\\\\Lambda^{$1}_{\\\\ $2} $3'