301 lines
7.3 KiB
JSON
301 lines
7.3 KiB
JSON
{
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"Begin": {
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"prefix": "begin",
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"description": "Begin anything",
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"body": ["\\begin{$1}", "\t$0", "\\end{$1}"]
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},
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"Set": {
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"prefix": "set",
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"description": "Set I guess",
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"body": "\\{$1\\\\}$0"
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},
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"Absolute value": {
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"prefix": "abs",
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"description": "Absolute values",
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"body": "\\abs{$1}$0"
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},
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"Norm": {
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"prefix": "norm",
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"description": "Norm of a vector",
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"body": "\\norm{$1}$0"
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},
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"Inner product": {
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"prefix": "iprod",
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"description": "Inner product of two vectors",
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"body": "\\iprod{$1}{$2}$0"
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},
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"Lemma": {
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"prefix": "lemma",
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"description": "Create a lemma",
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"body": ["\\begin{lemma}[$1] \\label{lem:$1}", "\t$0", "\\end{lemma}"]
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},
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"Example*": {
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"prefix": "example*",
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"description": "Create an example*",
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"body": ["\\begin{example*}", "\t$0", "\\end{example*}"]
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},
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"Example": {
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"prefix": "example",
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"description": "Create an example",
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"body": ["\\begin{example}[$1] \\label{exp:$1}", "\t$0", "\\end{example}"]
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},
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"Theorem": {
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"prefix": "theorem",
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"description": "Create a theorem",
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"body": ["\\begin{theorem}[$1] \\label{thm:$1}", "\t$0", "\\end{theorem}"]
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},
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"Exercise": {
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"prefix": "exercise",
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"description": "Create a exercise",
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"body": ["\\begin{exercise}[$1] \\label{exe:$1}", "\t$0", "\\end{exercise}"]
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},
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"Definition": {
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"prefix": "definition",
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"description": "Create a definition",
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"body": [
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"\\begin{definition}[$1] \\label{def:$1}",
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"\t$0",
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"\\end{definition}"
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]
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},
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"Display math": {
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"prefix": "dm",
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"description": "Display math section",
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"body": ["\\[", "$0", "\\]"]
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},
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"Subscript": {
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"prefix": "ss",
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"description": "Subscript",
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"body": "_{$1}$0"
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},
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"Exponent": {
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"prefix": "ee",
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"description": "Exponent",
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"body": "^{$1}$0"
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},
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"Nth derivative": {
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"prefix": "dd",
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"description": "Nth derivative",
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"body": "^{($1)}$0"
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},
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"Overline": {
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"prefix": "ol",
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"description": "Overline",
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"body": "\\overline{$1}$0"
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},
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"Z Mod": {
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"prefix": "zmod",
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"description": "The set of Z/nZ",
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"body": "\\mathbb{Z}/$1\\mathbb{Z}$0"
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},
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"Section": {
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"prefix": "section",
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"description": "Add section",
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"body": ["\\section{$1}", "$0"]
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},
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"Subsection": {
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"prefix": "subsection",
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"description": "Add subsection",
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"body": ["\\subsection{$1}", "$0"]
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},
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"Subsubsection": {
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"prefix": "subsubsection",
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"description": "Add subsubsection",
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"body": ["\\subsubsection{$1}", "$0"]
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},
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"Chapter": {
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"prefix": "chapter",
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"description": "Add chapter",
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"body": ["\\chapter{$1}", "$0"]
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},
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"Proof": {
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"prefix": "proof",
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"description": "Create proof",
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"body": ["\\begin{proof}", "\t$0", "\\end{proof}"]
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},
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"Itemize": {
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"prefix": "item",
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"body": ["\\\\begin{itemize}", "\t\\item $0", "\\\\end{itemize}"],
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"description": "Itemize env"
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},
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"Enumerate": {
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"prefix": "enum",
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"body": ["\\\\begin{enumerate}", "\t\\item $0", "\\\\end{enumerate}"],
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"description": "Enumerate env"
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},
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"Reference definition": {
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"prefix": "rdef",
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"description": "Reference a definition",
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"body": "\\ref{def:$1}$0"
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},
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"Reference lemma": {
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"prefix": "rlemma",
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"description": "Reference a lemma",
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"body": "\\ref{lem:$1}$0"
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},
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"Reference theorem": {
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"prefix": "rtheorem",
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"description": "Reference a theorem",
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"body": "\\ref{thm:$1}$0"
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},
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"Sigma sum": {
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"prefix": "bsum",
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"description": "Create a sum using sigma notation",
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"body": "\\sum_{$1 = $2}^{$3}$0"
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},
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"Pi product": {
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"prefix": "bproduct",
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"description": "Create a produt using pi notation",
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"body": "\\prod_{$1 = $2}^{$3}$0"
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},
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"Fraction": {
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"prefix": "frac",
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"description": "Create a fraction",
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"body": "\\frac{$1}{$2}$0"
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},
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"Choose": {
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"prefix": "binom",
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"description": "Create a (n choose k) thingy",
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"body": "\\binom{$1}{$2}$0"
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},
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"Limit": {
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"prefix": "lim",
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"description": "Create a limit",
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"body": "\\lim _{$1 \\to $2}$0"
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},
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"Limit to infinity": {
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"prefix": "ilim",
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"description": "Create a limit as a variable goes to infinity",
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"body": "\\lim _{$1 \\to \\infty}$0"
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},
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"Limit to negative infinity": {
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"prefix": "nlim",
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"description": "Create a limit as a variable goes to negative infinity",
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"body": "\\lim _{$1 \\to -\\infty}$0"
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},
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"Limit to zero": {
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"prefix": "zlim",
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"description": "Create a limit as a variable goes to 0",
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"body": "\\lim _{$1 \\to 0}$0"
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},
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"Sqrt": {
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"prefix": "sqrt",
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"description": "Create a sqrt",
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"body": "\\sqrt[$1]{$2}$0"
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},
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"Sin": {
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"prefix": "sin",
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"description": "Create a sin call",
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"body": "\\sin($1)$0"
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},
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"Cos": {
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"prefix": "cos",
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"description": "Create a cos call",
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"body": "\\cos($1)$0"
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},
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"Ln": {
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"prefix": "ln",
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"description": "Create a ln call",
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"body": "\\ln($1)$0"
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},
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"Aligned": {
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"prefix": "aligned",
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"description": "Create an aligned environment",
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"body": ["\\begin{aligned}", "\t$0", "\\end{aligned}"]
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},
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"Let": {
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"prefix": "let",
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"description": "Let something equal something else",
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"body": "Let $$1 = $2$. $0"
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},
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"Force newline": {
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"prefix": "cr",
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"description": "Force newline in math mode",
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"body": "{\\ \\\\\\\\}"
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},
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"Aligned display math": {
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"prefix": "maligned",
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"description": "Create an aligned display math environment",
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"body": ["\\begin{align*}", "\t$0", "\\end{align*}"]
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},
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"System of equations": {
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"prefix": "eqsystem",
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"description": "Create a system of equations",
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"body": [
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"\\left\\{",
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"\t\\begin{array}{rl}",
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"\t\t$0",
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"\t\\end{array}",
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"\\right\\\\\\}"
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]
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},
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"Aligned equation": {
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"prefix": "aleq",
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"description": "Aligned equation",
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"body": ["\\\\\\ $1 &= $2", "$0"]
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},
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"2x2 matrices": {
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"prefix": "mat22",
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"description": "Create a 2x2 matrix",
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"body": [
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"\\begin{bmatrix}",
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" ${1:1} & ${2:0}",
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"\\\\\\ ${3:0} & ${4:1}",
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"\\end{bmatrix}$0"
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]
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},
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"3x3 matrices": {
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"prefix": "mat33",
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"description": "Create a 3x3 matrix",
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"body": [
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"\\begin{bmatrix}",
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" ${1:1} & ${2:0} & ${3:0}",
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"\\\\\\ ${4:0} & ${5:1} & ${6:0}",
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"\\\\\\ ${7:0} & ${8:0} & ${9:1}",
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"\\end{bmatrix}$0"
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]
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},
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"3x3 determinants": {
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"prefix": "det33",
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"description": "Create a 3x3 determinant",
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"body": [
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"\\begin{vmatrix}",
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" $1 & $2 & $3",
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"\\\\\\ $4 & $5 & $6",
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"\\\\\\ $7 & $8 & $9",
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"\\end{vmatrix}$0"
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]
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},
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"2x2 determinants": {
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"prefix": "det22",
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"description": "Create a 2x2 determinant",
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"body": [
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"\\begin{vmatrix}",
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" $1 & $2",
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"\\\\\\ $3 & $4",
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"\\end{vmatrix}$0"
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]
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},
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"Definite integral": {
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"prefix": "dintegral",
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"description": "Definite integral",
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"body": "\\int_{$1}^{$2} $3 d${4:x}$0"
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},
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"Indefinite integral": {
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"prefix": "integral",
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"description": "Integral",
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"body": "\\int $1 d${2:x}$0"
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},
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"Iff cases": {
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"prefix": "ciff",
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"description": "Prove an equivalence in both directions",
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"body": [
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"\\begin{enumerate}",
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"\t\\item[$\\implies$]$1",
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"\t\\item[$\\impliedby$]$2",
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"\\end{enumerate}",
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"$0"
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]
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}
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}
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