| # A valid snippet should starts with: |
| # |
| # snippet trigger_word [ "description" [ options ] ] |
| # |
| # and end with: |
| # |
| # endsnippet |
| # |
| # Snippet options: |
| # |
| # b - Beginning of line. |
| # i - In-word expansion. |
| # w - Word boundary. |
| # r - Regular expression |
| # e - Custom context snippet |
| # A - Snippet will be triggered automatically, when condition matches. |
| # |
| # Basic example: |
| # |
| # snippet emitter "emitter properties" b |
| # private readonly ${1} = new Emitter<$2>() |
| # public readonly ${1/^_(.*)/$1/}: Event<$2> = this.$1.event |
| # endsnippet |
| # Online reference: https://github.com/SirVer/ultisnips/blob/master/doc/UltiSnips.txt |
| |
| snippet latex "A latex block" w |
| $${VISUAL}${1}$${0} |
| endsnippet |
| |
| snippet dydx "The derivative" i |
| \frac{d${1:y}}{d${2:x}}${0} |
| endsnippet |
| |
| snippet derivative "The derivative" i |
| \frac{d${1:y}}{d${2:x}}${0} |
| endsnippet |
| |
| snippet inti "Integrate indefinitely" i |
| \int ${1} \text{ d}${2:x}${0} |
| endsnippet |
| |
| snippet intd "Integrate definitely" i |
| \int^{${1}}_{${2}}${3} \text{ d}${4:x}${0} |
| endsnippet |
| |
| snippet ihat "The I vector" i |
| \hat{\bm{i}} |
| endsnippet |
| |
| snippet jhat "The J vector" i |
| \hat{\bm{j}} |
| endsnippet |
| |
| snippet vecbold "A vector" i |
| \bm{${1}}${0} |
| endsnippet |
| |
| snippet veccol2 "A 2-tall column vector" i |
| \begin{pmatrix} ${1} \\\\ ${2} \end{pmatrix}${0} |
| endsnippet |
| |
| snippet nl "A latex newline (e.g. for column vectors)" i |
| \\\\ |
| endsnippet |
| |
| snippet d2ydx2 "The second derivative" i |
| \frac{d^2${1:y}}{d${2:x}^2}${0} |
| endsnippet |
| |
| snippet nospell "Disable spellcheck on the visually-selected region" |
| <!-- spell-checker:disable --> |
| ${VISUAL} |
| <!-- spell-checker:enable --> |
| endsnippet |
| |
| snippet spellwords "Add extra words for spellchecking" |
| <!-- spell-checker:words ${1} -->${0} |
| endsnippet |
| |
| snippet normaldistribution "A normal distribution" i |
| X\sim N(${1:mean}, ${2:variance})${0} |
| endsnippet |
| |
| snippet poissondistribution "A poisson distribution" i |
| X\sim \text{Po}(${1:\lambda})${0} |
| endsnippet |
| |
| snippet 2x2matrix "A 2 by 2 matrix" i |
| \begin{bmatrix} ${1} & ${2} \\\\ ${3} & ${4} \end{bmatrix}${0} |
| endsnippet |
| |
| snippet sum "A sum" i |
| \sum^{${1:n}}_{${2:r}=${3:1}}${4}${0} |
| endsnippet |
| |
| snippet qed "quod erat demonstrandum - the thing we wanted to prove has been" w |
| Q.E.D. |
| endsnippet |
| |
| snippet forallinzplus "For all in the positive integers" i |
| \forall ${1:n} \in \\${2:Z}^${3:+}${0} |
| endsnippet |
| |
| snippet piby "By by something" i |
| \frac{${1}\pi}{${2}}${0} |
| endsnippet |
| |
| snippet ne "Not equal to" i |
| \not = |
| endsnippet |
| |
| snippet arsinh "Arsinh" i |
| \text{arsinh} |
| endsnippet |
| |
| snippet artanh "Artanh" i |
| \text{artanh} |
| endsnippet |
| |
| snippet arcosh "Arcosh" i |
| \text{arcosh} |
| endsnippet |