Vim LaTeX shorcuts

VIM LATEXshortcuts Output

Shortcut

α

’a

β

’b

χ δ

’c ’d

ε

’e

ϕ γ η

Output

Output

Shortcut

Output

Shortcut

√

’2

\tilde{} ◦

’~ ’@

·

$$ \frac{}{}

$$ ’%

’G

\hat{} ^{}

’^ ^^

’I

∞

’8

∧ ×

’& ’*

^\circ

’0

⊃ \left( \right)

’) ((

&=& ≈

== =~

_{} &\approx&

__ ~~

’Q

\left[ \right]

[[

\left\{ \right\}

{{

’S

\setminus \dot{ }

’\ ’;

\ddot{}

’:

∆

’D

’f

Φ

’F

’g ’h

Γ \int_{}^{}

κ

Shortcut

∂

’6

’k

λ

’l

Λ

’L

µ ν

’m ’n

\sum_{}^{}

’M

π

’p

θ

’q

ρ

’r

σ τ

’s ’t

Θ Σ

υ

’u

Υ

’U

ς

’v

∧

’w

Ω

’W

ξ ψ

’x ’y

Ξ Ψ

’X ’Y

ζ

’z

\nonumber \frac{ }{ }

1

’, ’/

⊂

’(

...

::

‘‘’’ ≤

‘‘’’ ’


Environment shortcuts Input

Environment

Input

Environment

ELI EDE

list description

EQN ESP

quotation sloppypar

EEN EIT

enumerate itemize

ETI ETP

theindex titlepage

ETI ETL

theindex trivlist

EVM EVE

verbatim verse

ETE ETG

table tabbing

ETB ENO

thebibliography note

ETR EAR

tabular array

EOV ESL

overlay slide

EDM EEA

displaymath eqnarray

EAB EAP

abstract appendix

EEQ

equation

ECE

center

EDO EFC

document filecontents

EFI ELR

figure lrbox

EFL EFR

flushleft flushright

EMP EPI

minipage picture

EMA

math

EQE

quote

Font shortcuts Input

Environment

FBF FMD

\textbf{} \textmd{}

FTT FSF

\texttt{} \textsf{}

FRM FUP

\textrm{} \textup{}

FSL FSC

\textsl{} \textsc{}

FIT

\textit{}

Section shortcuts Input

Environment

SPA SCH

part chapter

SSE SSS

section subsection

SS2 SPG

subsubsection paragraph

SSP

subparagraph

2

Math shortcuts - Insert mode Input

Environment

Input

Environment

‘g ‘e

\gamma \varepsilon

‘d ‘z

\delta \zeta

‘h ‘i

\eta \iota

‘q ‘k

\theta \kappa

‘l ‘n

\lambda \nu

‘m ‘x

\mu \xi

‘p ‘s

\pi \sigma

‘r ‘v

\rho \varsigma

‘t ‘f

\tau \varphi

‘u ‘c

\upsilon \chi

‘y ‘A

\psi \Alpha

‘w ‘B

\omega \Beta

‘G

\Gamma

‘D

\Delta

‘E ‘H

\Epsilon \Eta

‘Z ‘K

\mathrm{Z} \Kappa

‘L ‘N

\Lambda \Nu

‘M ‘X

\Mu \Xi

‘P ‘S

\Pi \Sigma

‘R ‘T

\Rho \Tau

‘U ‘Y

\Upsilon \Psi

‘C ‘W

\Chi \Omega

‘( ‘=

\subset \equiv

‘) =~

\Subset \approx

‘‘.

\bigcap \cdot

‘+ ‘*

\bigcup \times

‘\ ‘&

\setminus \wedge

‘@ ‘,

\circ \nonumber

‘8

\infty

‘_

bar{}

‘: ‘^

\ddot{} \hat{}

‘; ‘~

dot{} tilde{}

‘6

\partial

3