Opensource.Platon.SK CVS: vimconfig/vim/ftplugin/tex.vim - diff

   Up to  [Platon] / vimconfig / vim / ftplugin
Diff for vimconfig/vim/ftplugin/tex.vim between version 1.10 and 1.11


version 1.10, 2002/02/18 19:51:07
version 1.11, 2002/02/18 20:19:46



Line 211  if !exists("no_plugin_maps") && !exists(




Line 211  if !exists("no_plugin_maps") && !exists(




         imap <buffer> =Z \'{Z}
         imap <buffer> =Z \'{Z}


         imap <buffer> +Z \v{Z}
         imap <buffer> +Z \v{Z}


 
 


 
 


 
         " Greek letter, AucTex style bindings


 
         " (inspiration from


 
         " http://vim.sourceforge.net/scripts/download.php?src_id=416


 
         " --  Carl Mueller)


 
         inoremap <buffer> `a \alpha


 
         inoremap <buffer> `b \beta


 
         inoremap <buffer> `c \chi


 
         inoremap <buffer> `d \delta


 
         inoremap <buffer> `e \varepsilon


 
         inoremap <buffer> `f \varphi


 
         inoremap <buffer> `g \gamma


 
         inoremap <buffer> `h \eta


 
         inoremap <buffer> `i \int_{}^{}<Esc>3hi


 
         " Or \iota or \infty or \in


 
         inoremap <buffer> `k \kappa


 
         inoremap <buffer> `l \lambda


 
         inoremap <buffer> `m \mu


 
         inoremap <buffer> `n \nu


 
         inoremap <buffer> `o \omega


 
         inoremap <buffer> `p \pi


 
         inoremap <buffer> `q \theta


 
         inoremap <buffer> `r \rho


 
         inoremap <buffer> `s \sigma


 
         inoremap <buffer> `t \tau


 
         inoremap <buffer> `u \upsilon


 
         inoremap <buffer> `v \vee


 
         inoremap <buffer> `w \wedge


 
         inoremap <buffer> `x \xi


 
         inoremap <buffer> `y \psi


 
         inoremap <buffer> `z \zeta


 
         inoremap <buffer> `D \Delta


 
         inoremap <buffer> `I \int_{}^{}<Esc>3hi


 
         inoremap <buffer> `F \Phi


 
         inoremap <buffer> `G \Gamma


 
         inoremap <buffer> `L \Lambda


 
         inoremap <buffer> `N \nabla


 
         inoremap <buffer> `O \Omega


 
         inoremap <buffer> `Q \Theta


 
         inoremap <buffer> `R \varrho


 
         inoremap <buffer> `S \sum_{}^{}<Esc>3hi


 
         inoremap <buffer> `U \Upsilon


 
         inoremap <buffer> `X \Xi


 
         inoremap <buffer> `Y \Psi


 
         inoremap <buffer> `0 \emptyset


 
         inoremap <buffer> `1 \left


 
         inoremap <buffer> `2 \right


 
         inoremap <buffer> `3 \Big


 
         inoremap <buffer> `6 \partial


 
         inoremap <buffer> `8 \infty


 
         inoremap <buffer> `/ \frac{}{}<Esc>2hi


 
         inoremap <buffer> `% \frac{}{}<Esc>2hi


 
         inoremap <buffer> `@ \circ


 
         inoremap <buffer> `\| \Big\|


 
         inoremap <buffer> `= \equiv


 
         inoremap <buffer> `\ \setminus


 
         inoremap <buffer> `. \cdot


 
         inoremap <buffer> `* \times


 
         inoremap <buffer> `& \wedge


 
         inoremap <buffer> `- \bigcap


 
         inoremap <buffer> `+ \bigcup


 
         inoremap <buffer> `( \subset


 
         inoremap <buffer> `) \supset


 
         inoremap <buffer> `< \le


 
         inoremap <buffer> `> \ge


 
         inoremap <buffer> `, \nonumber


 
         inoremap <buffer> `: \dots


 
         inoremap <buffer> `~ \tilde{}<Left>


 
         inoremap <buffer> `^ \hat{}<Left>


 
         inoremap <buffer> `; \dot{}<Left>


 
         inoremap <buffer> `_ \bar{}<Left>


 
         " inoremap <buffer> `<M-c> \cos


 
         " inoremap <buffer> `<C-E> \exp\left(\right)<Esc>6hi


 
         " inoremap <buffer> `<C-I> \in


 
         " inoremap <buffer> `<C-J> \downarrow


 
         " inoremap <buffer> `<C-L> \log


 
         " inoremap <buffer> `<C-P> \uparrow


 
         " inoremap <buffer> `<Up> \uparrow


 
         " inoremap <buffer> `<C-N> \downarrow


 
         " inoremap <buffer> `<Down> \downarrow


 
         " inoremap <buffer> `<C-F> \to


 
         " inoremap <buffer> `<Right> \lim_{}<Left>


 
         " inoremap <buffer> `<C-S> \sin


 
         " inoremap <buffer> `<C-T> \tan


 
         " inoremap <buffer> `<M-l> \ell


 
         " inoremap <buffer> `<CR> \nonumber\\<CR>


 
 


         " Map <BS> to delete "\'{a}" as one character.
         " Map <BS> to delete "\'{a}" as one character.


         " To avoid complications (start of line, end of line, etc.) the
         " To avoid complications (start of line, end of line, etc.) the


         " mapping inserts a character, the function deletes all but two
         " mapping inserts a character, the function deletes all but two









Legend:


Removed from v.1.10
 


changed lines


 
Added in v.1.11


















Platon Group <platon@platon.org> http://platon.org/
  Up to  [Platon] / vimconfig / vim / ftplugin
-version 1.10, 2002/02/18 19:51:07
+version 1.11, 2002/02/18 20:19:46
 Line 211  if !exists("no_plugin_maps") && !exists(
 Line 211  if !exists("no_plugin_maps") && !exists(
 Line 211  if !exists("no_plugin_maps") && !exists(
          imap <buffer> =Z \'{Z}
          imap <buffer> +Z \v{Z}
+         " Greek letter, AucTex style bindings
+         " (inspiration from
+         " http://vim.sourceforge.net/scripts/download.php?src_id=416
+         " --  Carl Mueller)
+         inoremap <buffer> `a \alpha
+         inoremap <buffer> `b \beta
+         inoremap <buffer> `c \chi
+         inoremap <buffer> `d \delta
+         inoremap <buffer> `e \varepsilon
+         inoremap <buffer> `f \varphi
+         inoremap <buffer> `g \gamma
+         inoremap <buffer> `h \eta
+         inoremap <buffer> `i \int_{}^{}<Esc>3hi
+         " Or \iota or \infty or \in
+         inoremap <buffer> `k \kappa
+         inoremap <buffer> `l \lambda
+         inoremap <buffer> `m \mu
+         inoremap <buffer> `n \nu
+         inoremap <buffer> `o \omega
+         inoremap <buffer> `p \pi
+         inoremap <buffer> `q \theta
+         inoremap <buffer> `r \rho
+         inoremap <buffer> `s \sigma
+         inoremap <buffer> `t \tau
+         inoremap <buffer> `u \upsilon
+         inoremap <buffer> `v \vee
+         inoremap <buffer> `w \wedge
+         inoremap <buffer> `x \xi
+         inoremap <buffer> `y \psi
+         inoremap <buffer> `z \zeta
+         inoremap <buffer> `D \Delta
+         inoremap <buffer> `I \int_{}^{}<Esc>3hi
+         inoremap <buffer> `F \Phi
+         inoremap <buffer> `G \Gamma
+         inoremap <buffer> `L \Lambda
+         inoremap <buffer> `N \nabla
+         inoremap <buffer> `O \Omega
+         inoremap <buffer> `Q \Theta
+         inoremap <buffer> `R \varrho
+         inoremap <buffer> `S \sum_{}^{}<Esc>3hi
+         inoremap <buffer> `U \Upsilon
+         inoremap <buffer> `X \Xi
+         inoremap <buffer> `Y \Psi
+         inoremap <buffer> `0 \emptyset
+         inoremap <buffer> `1 \left
+         inoremap <buffer> `2 \right
+         inoremap <buffer> `3 \Big
+         inoremap <buffer> `6 \partial
+         inoremap <buffer> `8 \infty
+         inoremap <buffer> `/ \frac{}{}<Esc>2hi
+         inoremap <buffer> `% \frac{}{}<Esc>2hi
+         inoremap <buffer> `@ \circ
+         inoremap <buffer> `\| \Big\|
+         inoremap <buffer> `= \equiv
+         inoremap <buffer> `\ \setminus
+         inoremap <buffer> `. \cdot
+         inoremap <buffer> `* \times
+         inoremap <buffer> `& \wedge
+         inoremap <buffer> `- \bigcap
+         inoremap <buffer> `+ \bigcup
+         inoremap <buffer> `( \subset
+         inoremap <buffer> `) \supset
+         inoremap <buffer> `< \le
+         inoremap <buffer> `> \ge
+         inoremap <buffer> `, \nonumber
+         inoremap <buffer> `: \dots
+         inoremap <buffer> `~ \tilde{}<Left>
+         inoremap <buffer> `^ \hat{}<Left>
+         inoremap <buffer> `; \dot{}<Left>
+         inoremap <buffer> `_ \bar{}<Left>
+         " inoremap <buffer> `<M-c> \cos
+         " inoremap <buffer> `<C-E> \exp\left(\right)<Esc>6hi
+         " inoremap <buffer> `<C-I> \in
+         " inoremap <buffer> `<C-J> \downarrow
+         " inoremap <buffer> `<C-L> \log
+         " inoremap <buffer> `<C-P> \uparrow
+         " inoremap <buffer> `<Up> \uparrow
+         " inoremap <buffer> `<C-N> \downarrow
+         " inoremap <buffer> `<Down> \downarrow
+         " inoremap <buffer> `<C-F> \to
+         " inoremap <buffer> `<Right> \lim_{}<Left>
+         " inoremap <buffer> `<C-S> \sin
+         " inoremap <buffer> `<C-T> \tan
+         " inoremap <buffer> `<M-l> \ell
+         " inoremap <buffer> `<CR> \nonumber\\<CR>
          " Map <BS> to delete "\'{a}" as one character.
          " To avoid complications (start of line, end of line, etc.) the
          " mapping inserts a character, the function deletes all but two
 Legend:


Removed from v.1.10
 


changed lines


 
Added in v.1.11
 Legend:


Removed from v.1.10
 


changed lines


 
Added in v.1.11
-Removed from v.1.10
+Added in v.1.11


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