From 2b4002c5df0a168363c67d61853d8d9863328afc Mon Sep 17 00:00:00 2001
From: Urbain Vaes <urbain@vaes.uk>
Date: Sat, 17 Oct 2015 18:27:21 +0100
Subject: Add new snippets for latex

---
 .vim/mySnippets/tex.snippets | 148 +++++++++++++++++++++++++++++--------------
 1 file changed, 101 insertions(+), 47 deletions(-)

(limited to '.vim/mySnippets/tex.snippets')

diff --git a/.vim/mySnippets/tex.snippets b/.vim/mySnippets/tex.snippets
index 0e23ec1..dd7ae0b 100644
--- a/.vim/mySnippets/tex.snippets
+++ b/.vim/mySnippets/tex.snippets
@@ -1,61 +1,98 @@
-snippet real "Field of real numbers" i
-\real
+# Misc #
+snippet herm "Hermite polynomials" w
+\hermite{$1}$0
 endsnippet
 
-snippet grad "Gradient" i
-\grad
+snippet hermf "Hermite function" w
+\hermitef{$1}$0
 endsnippet
 
-snippet div "Divergence" i
-\dive
+snippet gauss "Gaussian density" w
+\gaussian[${1:\mu}][${2:\Sigma}]$0
 endsnippet
 
-snippet new "New command" b
-\newcommand{$1}[$2]{$3}$0
+snippet inf "Infinity" w
+\infty$0
 endsnippet
 
-snippet op "Operator style" i
-\op
+snippet fa "For all" w
+\forall $0
 endsnippet
 
-snippet pard "Partial derivative" i
-\pardl{$1}{$2}$0
+snippet text "Math text" w
+\text{ ${1:text} }$0
 endsnippet
 
-snippet pardd "Double partial derivative" i
-\parddl{$1}{$2}$0
+
+
+# Differential calculus #
+snippet int "Integral" w
+\int_{${1:\real^n}}$0
 endsnippet
 
-snippet herm "Hermite polynomials" i
-\hermite
+snippet grad "Gradient" w
+\grad{$1}$0
 endsnippet
 
-snippet red "Red text" i
-\red{$1}$0
+snippet div "Divergence" w
+\dive
 endsnippet
 
-snippet sumi "Sum over index set" i
+
+
+# Sequences and sums #
+snippet seq "Sequence" w
+\seq{${1:element}}{${2:index}}{${3:initial}}{${4:final}}$0
+endsnippet
+
+snippet sumi "Sum over index set" w
 \sum_{${1:i} \in ${2:I}}$0
 endsnippet
 
-snippet int "Integral" i
-\int_{$1}
+snippet sum "Sum" w
+\sum_{${1:i=1}}^{${2:n}}
 endsnippet
 
-snippet ip "Inner product" i
-\ip{$1}{$2}$0
+
+
+# Operators
+snippet op "Operator" w
+\op{${1:operator}}$0
 endsnippet
 
-snippet ipw "Inner product" i
-\wip{$1}{$2}{$3}$0
+snippet mean "Expectation" w
+\expect $0
+endsnippet
+
+snippet proj "Projection" w
+\proj{${1:element}}{${2:subspace}}$0
+endsnippet
+
+snippet orth "Orthogonal complement" w
+\orth{${1:space}}$0
 endsnippet
 
-snippet norm "Norm" i
-\norm{$1}$0
+snippet dot "Dot product" w
+\dotx
+endsnippet
+
+
+
+# Spaces #
+snippet space "Space" w
+\Space{${1:name}}$0
+endsnippet
+
+snippet poly "Polynomials" w
+\poly{${1:d}}
+endsnippet
+
+snippet cont "Continuous function" w
+\cont{$1}{$2}$0
 endsnippet
 
-snippet normw "Weighted norm" i
-\wnorm{$1}{${2:\gamma}}
+snippet smooth "Smooth function" w
+\smooth{${1:\real^n}} $0
 endsnippet
 
 snippet test "Test functions" i
@@ -70,34 +107,44 @@ snippet  sob "Sobolev spaces" w
 \sobolev{${1:exponent}}{${2:domain}}${3/^.+$/[/}${3:weight}${3/^.+$/]/}$0
 endsnippet
 
-snippet cont "Continuous function" w
-\cont{$1}{$2}$0
+snippet real "Field of real numbers" w
+\real
 endsnippet
 
-snippet mean "Expectation" w
-\expect $0
-endsnippet
 
-snippet dot "Dot product" w
-\dotx
-endsnippet
 
+# Norms and inner products #
 snippet abs "Absolute value" w
 \abs{$1}$0
 endsnippet
 
-snippet sum "Sum" w
-\sum_{${1:i=1}}^{${2:n}}
+snippet norm "Sobolev norm" w
+\norm{${1:function}}$0
 endsnippet
 
-snippet smooth "Smooth function" w
-\smooth{${1:\real^n}} $0
+snippet snorm "Sobolev norm" w
+\norm{${1:function}}[${2:index}]$0
 endsnippet
 
-snippet ref "Clever reference" w
-\cref{$1}$0
+snippet wsnorm "Weighted Sobolev norm" w
+\norm{${1:function}}[${2:index}][${3:weight}]$0
+endsnippet
+
+snippet ip "Inner product" w
+\ip{$1}{$2}$0
 endsnippet
 
+snippet sip "Sobolev inner product" w
+\ip{${1:function}}{${2:function}}[${3:index}]$0
+endsnippet
+
+snippet wsip "Weighted Sobolev inner product" w
+\ip{${1:function}}{${2:function}}[${3:index}][${4:weight}]$0
+endsnippet
+
+
+
+# Beamer #
 snippet frame "My frame snippet" b
 \begin{frame}
 	\frametitle{$1}
@@ -105,10 +152,17 @@ snippet frame "My frame snippet" b
 \end{frame}
 endsnippet
 
-snippet gauss "Gaussian density" w
-\gaussian[${1:\mu}][${2:\Sigma}]$0
+
+
+# Latex commands #
+snippet red "Red text" w
+\red{$1}$0
 endsnippet
 
-snippet poly "Polynomials" w
-\poly{${1:d}}
+snippet ref "Clever reference" w
+\cref{$1}$0
+endsnippet
+
+snippet new "New command" b
+\newcommand{$1}[$2]{$3}$0
 endsnippet
-- 
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