mirror of
https://github.com/foo-dogsquared/dotfiles.git
synced 2025-01-31 10:57:58 +00:00
1047 lines
20 KiB
Plaintext
1047 lines
20 KiB
Plaintext
global !p
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texMathZones = ['texMathZone'+x for x in ['A', 'AS', 'B', 'BS', 'C', 'CS', 'D', 'DS', 'E', 'ES', 'F', 'FS', 'G', 'GS', 'H', 'HS', 'I', 'IS', 'J', 'JS', 'K', 'KS', 'L', 'LS', 'DS', 'V', 'W', 'X', 'Y', 'Z']]
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texIgnoreMathZones = ['texMathText']
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texMathZoneIds = vim.eval('map('+str(texMathZones)+", 'hlID(v:val)')")
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texIgnoreMathZoneIds = vim.eval('map('+str(texIgnoreMathZones)+", 'hlID(v:val)')")
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ignore = texIgnoreMathZoneIds[0]
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def math():
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synstackids = vim.eval("synstack(line('.'), col('.') - (col('.')>=2 ? 1 : 0))")
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try:
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first = next(
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i for i in reversed(synstackids)
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if i in texIgnoreMathZoneIds or i in texMathZoneIds
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)
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return first != ignore
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except StopIteration:
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return False
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def smart_space(next_str, auto_str=" ", loose=False):
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next_word = ""
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if next_str:
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if loose == True:
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next_word = auto_str
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elif next_str[0] in [",", ".", "-", "!", "?", " "]:
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next_word = auto_str
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return next_word
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def add_variable_numbers(*inputs, **kwargs):
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absolute = kwargs.pop("absolute", False)
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total = 0
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for t in inputs:
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try:
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i = int(t)
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if absolute is True:
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total += abs(i)
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else:
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total += i
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except ValueError:
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continue
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return total
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endglobal
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snippet template "Main template (that should work without relying with style files)" bi
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\documentclass[class=memoir, crop=false, oneside, 14pt]{standalone}
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% all of the packages to be used
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\usepackage[nocomments]{standalone}
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\usepackage[utf8]{inputenc}
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\usepackage{fontawesome}
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\usepackage[english]{babel}
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\usepackage[rgb]{xcolor}
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\usepackage{amsmath}
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\usepackage{amssymb}
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\usepackage{amsthm}
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\usepackage{tikz}
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\usepackage{pgfplots}
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\usepackage{fancyhdr}
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\usepackage{minted}
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\usepackage[most]{tcolorbox}
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\usepackage[colorlinks=true, linkcolor=., urlcolor=blue]{hyperref}
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\usepackage{kpfonts}
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% using the fancy header package
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% http://linorg.usp.br/CTAN/macros/latex/contrib/fancyhdr/fancyhdr.pdf
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\pagestyle{fancy}
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% fill the header with the format
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\fancyhead[L]{\doctitle}
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\fancyhead[R]{\nouppercase{\rightmark}}
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% fill the footer with the format
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\fancyfoot[C]{\nouppercase{\leftmark}}
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\fancyfoot[R]{\thepage}
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% set the width of the horizontal bars in the header
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\renewcommand{\headrulewidth}{2pt}
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\renewcommand{\footrulewidth}{1pt}
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% set the paragraph formatting
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\renewcommand{\baselinestretch}{1.35}
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% set chapter style
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\chapterstyle{bianchi}
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% set chapter spacing for easier reading on digital screen
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\setlength{\beforechapskip}{-\beforechapskip}
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% document metadata
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\author{${1:"Gabriel Arazas"}}
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\title{${2:"New Title"}}
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\date{`!p
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`}
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\begin{document}
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% Frontmatter of the class note if it's compiled standalone
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\renewcommand{\abstractname}{Summary}
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\maketitle
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\newpage
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\frontmatter
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\chapter{Preface}
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$3
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\newpage
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\tableofcontents
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\newpage
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\listoffigures
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\newpage
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\mainmatter
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% Core content (HINT: always start with chapter LaTeX tag)
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$0
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\end{document}
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endsnippet
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# Document structure tags
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snippet chapter "Chapter element" bi
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\chapter{$1}
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\label{ch:$1}
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$0
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endsnippet
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snippet section "Section tag" bi
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\section{$1}
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\label{sec:$1}
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$0
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endsnippet
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snippet subsec "Subsection tag" bi
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\subsection{$1}
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\label{subsec:$1}
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$0
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endsnippet
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# Common commands
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snippet pack "Use package command" bis
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\usepackage`!p snip.rv=smart_space(t[2], "[",loose=True)`$2`!p snip.rv=smart_space(t[2], "]",loose=True)`{$1}
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$0
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endsnippet
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snippet letter "Make at letter block" bis
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\makeatletter
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$1
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\makeatother
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$0
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endsnippet
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snippet label "Create a label" bi
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\label{$1}
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$0
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endsnippet
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snippet ref "Create a reference for a label" bi
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\ref{${1:<label to be referenced>}} $0
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endsnippet
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snippet eqref "Quick equation reference command" wi
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Equation \ref{eq:$1} $0
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endsnippet
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snippet figref "Quick figure reference command" wi
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figure \ref{fig:$1} $0
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endsnippet
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snippet tabref "Quick table referenece command" wi
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table \ref{tab:$1} $0
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endsnippet
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snippet chref "Quick chapter reference command" wi
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chapter \ref{ch:$1} $0
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endsnippet
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snippet secref "Quick section reference command" wi
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section \ref{sec:$1} $0
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endsnippet
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snippet subsecref "Quick subsection reference command" wi
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subsection \ref{subsec:$1} $0
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endsnippet
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snippet foot "Footnote" w
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\footnote{${1:<text>}} $0
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endsnippet
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# Common environments
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snippet begin "Simple empty environment" bi
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\begin{$1}
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$2
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\end{$1}
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$0
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endsnippet
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snippet ml "Math mode (inline)" i
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$${1}$`!p smart_space(t[2])`$2
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endsnippet
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snippet mb "Math block" bi
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\begin{equation*}
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`!p snip.rv=smart_space(t[1], "\label{eq:", loose=True)`$1`!p snip.rv=smart_space(t[1], "}", loose=True)`
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$2
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\end{equation*}
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$0
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endsnippet
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snippet equation "Equation environment for mathematical typesetting" biw
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\begin{equation}
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\label{eq:$1}
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$2
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\end{equation}
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$0
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endsnippet
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snippet figure "Figure environment" biw
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\begin{figure}
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\centering
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\label{fig:$1}
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$2
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\caption{${3:$1}}
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\end{figure}
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$0
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endsnippet
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snippet graph "Quickly make a graph" bi
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\begin{figure}[${1:ht}]
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\centering
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\begin{tikzpicture}
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\begin{axis}[
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xlabel=${2:$x$},
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ylabel=${3:$y$},
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axis lines = middle,
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grid=major,
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axis equal=false,
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tick style={very thick},
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major tick style=thick,
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domain=${4:-10}:${5:10},`!p snip.rv = smart_space(t[6], "\n\t", loose=True)`$6
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]
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\addplot[samples=${7:`!p snip.rv = add_variable_numbers(t[4], t[5], 1, absolute=True)`},$8]{${9:x}};
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\end{axis}
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\end{tikzpicture}
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\caption{$10}
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\label{fig:${11:$10}}
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\end{figure}
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$0
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endsnippet
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snippet agraph "Quickly plot a graph without considering integers" bi
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\begin{figure}[${1:ht}]
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\centering
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\begin{tikzpicture}
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\begin{axis}[
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xlabel=${2:$x$},
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ylabel=${3:$y$},
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axis lines = middle,
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grid=major,
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axis equal=false,
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tick style={very thick},
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major tick style=thick,
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minor tick num=2,
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domain=${4:-10}:${5:10},`!p snip.rv=smart_space(t[6], "\n\t", loose=True)`$6
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]
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\addplot[samples=${7:`!p snip.rv=add_variable_numbers(t[4], t[5], absolute=True)`}, $8]{${9:x}};
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\end{axis}
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\end{tikzpicture}
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\caption{$10}
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\label{fig:${11:$10}}
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\end{figure}
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$0
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endsnippet
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snippet plot "Add a plot line" i
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\addplot[domain=$1:$2, samples=${3:`!p snip.rv=add_variable_numbers(t[1], t[2], 1, absolute=true)`}]`!p snip.rv=smart_space(t[4], ", ")`$4{${5: x}}
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$0
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endsnippet
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# Common mathematical functions and symbols
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# Also take note that most expressions are prepended with 'M' to mean mathematical usage
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snippet === "Equivalent to" iw
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\equiv
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endsnippet
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snippet ~= "Congruent to" iw
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\cong
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endsnippet
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snippet ~~ "Approximately equal to" iw
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\approx
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endsnippet
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snippet p= "Proportional to" iw
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\propto
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endsnippet
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snippet != "Not equal" iw
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\neq
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endsnippet
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snippet <= "Greater than or equal to" iw
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\geq
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endsnippet
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snippet !> "Not greater than" iw
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\ngtr
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endsnippet
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snippet >= "Less than or equal to" iw
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\leq
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endsnippet
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snippet !< "Not less than" iw
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\nless
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endsnippet
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snippet <-- "Precedes symbol" iw
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\prec
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endsnippet
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snippet =<- "Precedes or equals" iw
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\preceq
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endsnippet
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snippet !<- "Not precedes" iw
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\nprec
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endsnippet
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snippet --> "Succeeds symbol" iw
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\succ
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endsnippet
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snippet =-> "Succeeds or equals" iw
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\succeq
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endsnippet
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snippet !-> "Not succeeds" iw
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\nsucc
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endsnippet
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snippet << "Less order than" iw
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\ll
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endsnippet
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snippet >> "Greater order than" iw
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\gg
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endsnippet
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context "math()"
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snippet int "Integral symbol" iw
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\int
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endsnippet
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context "math()"
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snippet -int "Integral with values" iw
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\int_{${1:<lower bound>}}^{${2:<upper bound}}$0
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endsnippet
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context "math()"
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snippet OO "Empty set" iw
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\O
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endsnippet
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context "math()"
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snippet -sq "Square superscript" iw
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^{2}$0
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endsnippet
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context "math()"
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snippet -cb "Cube superscript" iw
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^{3}$0
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endsnippet
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context "math()"
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snippet -- "Superscript" iwA
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^{$1}$0
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endsnippet
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context "math()"
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snippet __ "Subscript" iwA
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_{$1}$0
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endsnippet
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snippet ... "Ellipsis" iw
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\ldots
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endsnippet
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snippet c.. "Centered ellipsis" iw
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\cdots
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endsnippet
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snippet v.. "Vertical ellipsis" iw
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\vdots
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endsnippet
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snippet d.. "Diagonal ellipsis" iw
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\ddots
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endsnippet
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context "math()"
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snippet Mbc "Mathematical because symbol" iw
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\because
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endsnippet
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context "math()"
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snippet Mth "Mathematical therefore symbol" iw
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\therefore
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endsnippet
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context "math()"
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snippet exp "Expression" iw
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\exp(${1:x}} $0
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endsnippet
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context "math()"
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snippet frac "Fraction" iw
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\frac{${1:<enumerator>}{${2:<denominator}}
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$0
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endsnippet
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context "math()"
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snippet "-(\d+|\w+) over (\d+|\w+)-" "Quick fraction" riwA
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`!p snip.rv = f"\\frac{{{match.group(1)}}}{{{match.group(2)}}}"`
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$0
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endsnippet
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context "math()"
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snippet "-(\d+|\w+) / (\d+|\w+)-" "Quick fraction" riwA
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`!p snip.rv = f"\\frac{{{match.group(1)}}}{{{match.group(2)}}}"`
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$0
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endsnippet
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context "math()"
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snippet mod "Mod operator (as binary operator)" iw
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\bmod $0
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endsnippet
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|
|
|
## Common notations
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context "math()"
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snippet sum "Sigma notation symbol" iw
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\sum
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endsnippet
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context "math()"
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snippet -sum "Sigma notation" iw
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\sum_{${1:<lower bound>}^{${2:<upper bound>}} f(${3:<function expression>})
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$0
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endsnippet
|
|
|
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context "math()"
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snippet prod "Product notation symbol" iw
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\prod
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endsnippet
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|
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context "math()"
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snippet -prod "Product notation" iw
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\prod_{${1:<lower bound>}^{${2:upper bound}} f(${3:<function expression>})
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$0
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endsnippet
|
|
|
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context "math()"
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snippet lim "Limit keyword" iw
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\lim
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endsnippet
|
|
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context "math()"
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snippet -lim "Limit operator" iw
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\lim\limits_{${1:x \to \infty}}
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endsnippet
|
|
|
|
context "math()"
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snippet ooo "Infinity symbol" iw
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\infty
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|
endsnippet
|
|
|
|
context "math()"
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snippet inf "Infinity symbol" iw
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\infty
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endsnippet
|
|
|
|
context "math()"
|
|
snippet choose "Choose function" iw
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|
\binom{${1:<range>}}{${2:<N>}}
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$0
|
|
endsnippet
|
|
|
|
context "math()"
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snippet "-(\d+|\w+) choose (\d+|\w+)-" "Quick choose function" riwA
|
|
`!p snip.rv = f"\\binom{{{match.group(1)}}}{{{match.group(2)}}}"`
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$0
|
|
endsnippet
|
|
|
|
## Common sets of numbers
|
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context "math()"
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snippet SN "Set of natural numbers" iw
|
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\N
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|
endsnippet
|
|
|
|
context "math()"
|
|
snippet SZ "Set of integers" iw
|
|
\Z
|
|
endsnippet
|
|
|
|
context "math()"
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|
snippet SQ "Set of rational numbers" iw
|
|
\Q
|
|
endsnippet
|
|
|
|
context "math()"
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|
snippet SA "Set of algebraic numbers" iw
|
|
\mathbb{A}
|
|
endsnippet
|
|
|
|
context "math()"
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|
snippet SR "Set of real numbers" iw
|
|
\R
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endsnippet
|
|
|
|
context "math()"
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|
snippet SC "Set of complex numbers" iw
|
|
\C
|
|
endsnippet
|
|
|
|
## Common mathematical logic symbols
|
|
context "math()"
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|
snippet Lin "Logical in symbol" iw
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\in
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|
endsnippet
|
|
|
|
context "math()"
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|
snippet L!in "Logical not in symbol" iw
|
|
\notin
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Lon "Logical owns symbol" iw
|
|
\ni
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|
endsnippet
|
|
|
|
context "math()"
|
|
snippet LSu "Logical set union" iw
|
|
\cup
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet LSi "Logical set interaction" iw
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|
\cap
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endsnippet
|
|
|
|
context "math()"
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|
snippet LSd "Logical set difference" iw
|
|
\setminus
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|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Lex "There exists at least one" iw
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|
\exists
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Lex! "There exists one and only one" iw
|
|
\exists!
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet L!ex "Not exists" iw
|
|
\nexists
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Lfa "For all" iw
|
|
\forall
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Lor "Logical 'or' symbol" iw
|
|
\lor
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|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Land "Logical 'and' symbol" iw
|
|
\land
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Lnot "Logical 'not' symbol" iw
|
|
\neg
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet => "Implies" Aiw
|
|
\implies
|
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endsnippet
|
|
|
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context "math()"
|
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snippet =< "Implied by" Aiw
|
|
\impliedby
|
|
endsnippet
|
|
|
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context "math()"
|
|
snippet <=> "If and only if" iw
|
|
\iff
|
|
endsnippet
|
|
|
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context "math()"
|
|
snippet iff "If and only if" iw
|
|
\iff
|
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endsnippet
|
|
|
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context "math()"
|
|
snippet (( "Subset" iw
|
|
\subset
|
|
endsnippet
|
|
|
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context "math()"
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snippet !( "Not a proper subset" iw
|
|
\not\subset
|
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endsnippet
|
|
|
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context "math()"
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|
snippet =( "Subset is equal to" iw
|
|
\subseteq
|
|
endsnippet
|
|
|
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context "math()"
|
|
snippet !=( "Not a subset of" iw
|
|
\nsubseteq
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet )) "A proper subset of" iw
|
|
\supset
|
|
endsnippet
|
|
|
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context "math()"
|
|
snippet !) "Not a proper superset of" iw
|
|
\not\supset
|
|
endsnippet
|
|
|
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context "math()"
|
|
snippet =) "A subset of" iw
|
|
\supseteq
|
|
endsnippet
|
|
|
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context "math()"
|
|
snippet !=) "Not a superset of" iw
|
|
\nsupseteq
|
|
endsnippet
|
|
|
|
## Common functions
|
|
### Trigonometric functions
|
|
context "math()"
|
|
snippet Msin "Sine function" iw
|
|
\sin`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
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|
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context "math()"
|
|
snippet Mcos "Cosine function" iw
|
|
\cos`!p smart_space(t[1], "(", loose=True)`$1`!p smart_space(t[1], ")", loose=True)`
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Mtan "Tangent function" iw
|
|
\tan`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
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|
|
context "math()"
|
|
snippet Mcsc "Cosecant function" iw
|
|
\csc`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Msec "Secant function" iw
|
|
\sec`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Mcot "Cotangent function" iw
|
|
\cot`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
### Inverse trigonometric functions
|
|
context "math()"
|
|
snippet M!sin "Inverse sine keyword" iw
|
|
\arcsin`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!cos "Inverse cosine keyword" iw
|
|
\arccos`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!tan "Inverse tangent keyword" iw
|
|
\arctan`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!csc "Inverse cosecant keyword" iw
|
|
\arccsc`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!sec "Inverse secant keyword" iw
|
|
\arcsec`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!cot "Inverse cotangent" iw
|
|
\arccot`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
### Hyperbolic trigonometric functions
|
|
context "math()"
|
|
snippet Msinh "Hyperbolic sine" iw
|
|
\sinh`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Mcosh "Hyperbolic cosine" iw
|
|
\cosh`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Mtanh "Hyperbolic tangent" iw
|
|
\tanh`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Mcsch "Hyperbolic cosecant" iw
|
|
\operatorname{csch}`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Msech "Hyperbolic secant" iw
|
|
\operatorname{sech}`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet Mcoth "Hyperbolic cotangent" iw
|
|
\coth`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
### Inverse hyperbolic trigonometric functions
|
|
context "math()"
|
|
snippet M!sinh "Inverse hyperbolic sine" iw
|
|
\operatorname{arsinh}`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!cosh "Inverse hyperbolic cosine" iw
|
|
\operatorname{arcosh}`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!tanh "Inverse hyperbolic tangent" iw
|
|
\operatorname{artanh}`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!csch "Inverse hyperbolic cosecant" iw
|
|
\operatorname{arcsch}`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!sech "Inverse hyperbolic secant" iw
|
|
\operatorname{arsech}`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet M!coth "Inverse hyperbolic cotangent" iw
|
|
\operatorname{arcoth}`!p snip.rv=smart_space(t[1], "(", loose=True)`$1`!p snip.rv=smart_space(t[1], ")", loose=True)` $0
|
|
endsnippet
|
|
|
|
## Common symbols found in geometry
|
|
snippet Gov "Overline" iw
|
|
\overline{$1}
|
|
endsnippet
|
|
|
|
snippet ----- "Overline" iw
|
|
\overline{$1}
|
|
endsnippet
|
|
|
|
snippet Gra "Right arrow" iw
|
|
\overrightarrow{$1}
|
|
endsnippet
|
|
|
|
snippet ----> "Right arrow" iw
|
|
\overrightarrow{$1}
|
|
endsnippet
|
|
|
|
snippet Gang "Angle symbol" iw
|
|
\angle
|
|
endsnippet
|
|
|
|
snippet Gman "Measured angle symbol" iw
|
|
\measuredangle
|
|
endsnippet
|
|
|
|
snippet Gtri "Triangle" iw
|
|
\triangle
|
|
endsnippet
|
|
|
|
snippet Gpar "Parallel with" iw
|
|
\|
|
|
endsnippet
|
|
|
|
snippet G!par "Not parallel with" iw
|
|
\nparallel
|
|
endsnippet
|
|
|
|
snippet Gper "Perpendicular to" iw
|
|
\perp
|
|
endsnippet
|
|
|
|
snippet G!per "Not perpendicular to" iw
|
|
\not\perp
|
|
endsnippet
|
|
|
|
# Text formatting
|
|
snippet bf "Boldface text" iw
|
|
\textbf{$1}$0
|
|
endsnippet
|
|
|
|
snippet it "Italic text" iw
|
|
\emph{$1}$0
|
|
endsnippet
|
|
|
|
snippet tt "Teletype font" iw
|
|
\texttt{$1}$0
|
|
endsnippet
|
|
|
|
snippet ol "Enumerated list (ordered list)" iw
|
|
\begin{enumerate}
|
|
$1
|
|
\end{enumerate}
|
|
$0
|
|
endsnippet
|
|
|
|
snippet ul "Itemized list (unordered list)" iw
|
|
\begin{itemize}
|
|
$1
|
|
\end{itemize}
|
|
$0
|
|
endsnippet
|
|
|
|
snippet li "List item for the OL/UL lists" iw
|
|
\item{$1}
|
|
$0
|
|
endsnippet
|
|
|
|
snippet a "URL links (with description)" iw
|
|
\href{${1:<url>}}{${2:<description>}} $0
|
|
endsnippet
|
|
|
|
snippet al "Reference links with label" iw
|
|
\autoref{${1:<label>}}$0
|
|
endsnippet
|
|
|
|
# Greek letters
|
|
context "math()"
|
|
snippet GAA "Uppercase Greek letter alpha" w
|
|
\Alpha
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GAa "Lowercase Greek letter alpha" w
|
|
\alpha
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GBB "Uppercase Greek letter beta" w
|
|
\Beta
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GBb "Lowercase Greek letter beta" w
|
|
\beta
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GCC "Uppercase Greek letter gamma" w
|
|
\Gamma
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GCc "Lowercase Greek letter gamma" w
|
|
\gamma
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GDD "Uppercase Greek letter delta" w
|
|
\Delta
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GDd "Lowercase Greek letter delta" w
|
|
\delta
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GEE "Uppercase Greek letter epsilon" w
|
|
\Epsilon
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GEe "Lowercase Greek letter epsilon" w
|
|
\epsilon
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GVEe "Variation Greek letter epsilon" w
|
|
\varepsilon
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GTT "Uppercase Greek letter theta" w
|
|
\Theta
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GTt "Lowercase Greek letter theta" w
|
|
\theta
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GLL "Uppercase Greek letter lambda" w
|
|
\Lambda
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GLl "Lowercase Greek letter lambda" w
|
|
\lambda
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GPP "Uppercase Greek letter pi" w
|
|
\Pi
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GPp "Lowercase Greek letter pi" w
|
|
\pi
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GVPp "Variation Greek letter pi" w
|
|
\varpi
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GSS "Uppercase Greek letter sigma" w
|
|
\Sigma
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GSs "Lowercase Greek letter sigma" w
|
|
\sigma
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GPH "Uppercase Greek letter phi" w
|
|
\Phi
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GPh "Lowercase Greek letter phi" w
|
|
\phi
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GVPh "Variation Greek letter phi" w
|
|
\varphi
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GPS "Uppercase Greek letter psi" w
|
|
\Psi
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GPs "Lowercase Greek letter psi" w
|
|
\psi
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GOO "Uppercase Greek letter omega" w
|
|
\Omega
|
|
endsnippet
|
|
|
|
context "math()"
|
|
snippet GOo "Lowercase Greek letter omega" w
|
|
\omega
|
|
endsnippet
|
|
|
|
# Custom commands and environment (for my class notes) w
|
|
snippet dnote "Doc note admonition block" iw
|
|
\begin{-doc-note}
|
|
$1
|
|
\end{-doc-note}
|
|
$0
|
|
endsnippet
|
|
|
|
snippet dinfo "Doc info admonition block" iw
|
|
\begin{-doc-info}
|
|
$1
|
|
\end{-doc-info}
|
|
$0
|
|
endsnippet
|
|
|
|
snippet dtheo "Doc theorem block" iw
|
|
\begin{-doc-theorem}
|
|
$1
|
|
\end{-doc-theorem}
|
|
$0
|
|
endsnippet
|
|
|
|
snippet ddef "Doc definition block" iw
|
|
\begin{-doc-definition}
|
|
$1
|
|
\end{-doc-definition}
|
|
$0
|
|
endsnippet
|
|
|
|
snippet dwarn "Doc warning callout block" iw
|
|
\begin{-doc-warning}
|
|
$1
|
|
\end{-doc-warning}
|
|
$0
|
|
endsnippet
|
|
|
|
snippet dcrit "Doc critical callout block" iw
|
|
\begin{-doc-critical}
|
|
$1
|
|
\end{-doc-critical}
|
|
$0
|
|
endsnippet
|
|
|