有没有办法将 LyX 2.3.4.4 配置为自动更正string1为string2？具体来说，我想输入一个方程式并将其替换为或简单地<=替换为。\leq≤
- 我知道它可以在其他一些文本编辑器（例如 TeXmacs 甚至 MS Word）中通过定义自动更正模式来实现。
- 我可以定义一个快捷方式，这样 的组合
SHIFT+< =就可以激活命令insert-math \leq。它确实有效，但它会阻止输入<方程式。 - 我注意到在“工具”->“首选项”->“编辑”->“输入完成”下有一个启用自动更正的选项。但是当我选中该框并应用新设置时，它似乎什么也没做。
即使它确实做了，我也不清楚如何根据自己的需要设置自动更正。不过，我autocorrect在 中发现了一个有趣的文件，名为C:\Program Files (x86)\LyX 2.3\Resources。该文件的内容似乎与我要做的事情有关。
这里是：
#
# Idea of "autocorrection" and parts of this file are shamelessly stolen
# from TeXMacs (they give [email protected] as contact)
#
# We do it a bit differently and allow corrections only to combine a symbol
# and a char to a new symbol.
#
#
| , \lfloor
\lfloor * |,
| ' \lceil
\lceil * |'
, | \rfloor
\rfloor * ,|
' | \rceil
\rceil * '|
\llbracket * [[*
\rrbracket * ]]*
\cap * \sqcap
\cup * \sqcup
\vee * \curlyvee
\curlyvee * \curlyveeuparrow
\curlyveeuparrow * \curlyveedownarrow
< / \nless
> / \ngtr
< = \leqslant
> = \geqslant
\leqslant / \nleqslant
\geqslant / \ngeqslant
\leqslant * \leq
\geslant * \geq
\leq / \nleq
\geq / \ngeq
< < \ll
\ll < \lll
> > \gg
\gg > \ggg
\ll = \lleq
\lll = \llleq
\gg = \ggeq
\ggg = \gggeq
\ll / \nll
\lll / \nlll
\gg / \ngg
\ggg / \nggg
\lleq / \nlleq
\llleq / \nllleq
\ggeq / \nggeq
\gggeq / \ngggeq
< . \lessdot
. > \gtrdot
\leqslant . \lesseqdot
\gtrdot = \gtreqdot
< * \prec
> * \succ
\prec / \nprec
\succ / \nsucc
\prec = \preccurlyeq
\succ = \succcurlyeq
\preccurlyeq / \npreccurlyeq
\succcurlyeq / \nsucccurlyeq
\preccurlyeq * \preceq
\succcurlyeq * \succeq
\preceq / \npreceq
\succeq / \nsucceq
\npreceq * \precneqq
\nsucceq * \succneqq
\ll * \precprec
\precprec * \precprecprec
\gg * \succsucc
\succsucc * \succsuccsucc
\precprec = \precpreceq
\lll * \precprecprec
\precprecprec = \precprecpreceq
\succsucc = \succsucceq
\ggg = \succsuccsucc
\succsuccsucc = \succsuccsucceq
\precprec / \nprecprec
\precprecprec / \nprecprecprec
\succsucc / \nsuccsucc
\succsuccsucc / \nsuccsuccsucc
\precpreceq / \nprecpreceq
\precprecpreceq / \nprecprecpreceq
\succsucceq / \nsuccsucceq
\succsuccsucceq / \nsuccsuccsucceq
\prec . \precdot
\succ . \dotsucc
\precdot . \preceqdot
\dotsucc . \dotsucceq
\precprec * \llangle
\succsucc * \rrangle
< > \lessgtr
> < \gtrless
< ~ \lesssim
\lesssim ~ \lessapprox
\prec ~ \precsim
\precsim ~ \precapprox
> ~ \gtrsim
\gtrsim ~ \gtrapprox
\succ ~ \gtrsim
\gtrsim ~ \gtrapprox
\leq * \leqq
\geq * \geqq
\leq > \lesseqgtr
\geq < \gtrqless
- > \rightarrow
< - \leftarrow
\leftarrow > \leftrightarrow
\rightarrow - \longrightarrow
\leftarrow - \longleftarrow
\longleftarrow > \longleftrightarrow
= > \Rightarrow
@ * \circ
\circ / \varnothing
\circ + \oplus
\circ - \ominus
@ x \otimes
\circ : \oover
\circ . \odot
@ R \circledR
@ S \circledS
\varnothing * \oslash
@ \ \obslash
@ @ \infty
\circ < \olessthan
\circ > \ogreaterthan
\circ & \owedge
\circ | \obar
\obar * \ovee
\circ v \ovee
\circ @ \infty
@@ * \varocircle
-@ @ \infty
\circ * \box
\box + \boxplus
\box - \boxminus
\box x \boxtimes
\box . \boxdot
\box / \boxslash
\box \ \boxbslash
\box @ \boxcircle
\boxcircle * \boxbox
\box | \boxbar
\box * \bullet
\bullet * \blacksquare
= * \asymp
\asymp * \equiv
\equiv * \asympasymp
\asympasymp * \simsim
~ * \sim
\sim ~ \approx
\approx - \approxeq
\sim - \simeq
\sim = \cong
= / \neq
\asymp / \nasymp
\equiv / \nequiv
\asympasymp / \nasympasymp
\simsim / \nsimsim
\sim / \nsim
\approx / \napprox
\simeq / \nsimeq
\cong / \ncong
#| \|
| * \shortmid
\shortmid * \varshortmid
| | \||
\|| | \interleave
\|| * \shortparallel
| - \vdash
\vdash - \longvdash
\|| - \Vdash
\Vdash - \longVdash
\interleave - \Vvdash
\Vvdash - \longVvdash
- | \dashv
< | \vartriangleleft
\vartriangleleft * \blacktriangleleft
\vartriangleleft / \ntriangleleft
\vartriangleleft = \trianglelefteqslant
\trianglelefteqslant / \ntrianglelefteqslant
\trianglelefteqslant * \trianglelefteq
\trianglelefteq / \ntriangleqleft
| > \vartriangleright
\vartriangleright * \blacktriangleright
\vartriangleright / \ntriangleright
\vartriangleright = \trianglerighteq
\trianglerighteq / \ntriangleqright
\trianglerighteq * \trianglerighteqslant
\trianglerighteqslant / \ntrianglerighteqslant
- * \um
+ - \pm
\pm * \upm
- + \mp
\mp * \ump
@ = \circeq
= @ \eqcirc
- @ \multimap
. = \doteq
. . \ldots
\ldots * \cdots
\cdots * \hdots
\hdots * \vdots
\ddots * \ddots
\iddots * \iddots
\udots * \udots
: = \assign
+ = \plusassign
- = \minusassign
/ * \div
* * \ast
\ast * \times
\times * \cdot
< * \subset
\subset * \in
\in * \sqsubset
\subset = \subseteq
\subseteq / \nsubseteq
\subseteq * \subseteqq
\sqsubset * \langle
\langle * \leftslice
\leftslice * \subset
\subseteq / \nsubseteq
\subseteqq / \nsubseteqq
\nsubseteqq * \subsetneq
\subsetneq * \varsubsetneq
\varsubsetneq * \subsetneqq
\subsetneqq * \varsubsetneqq
\subset + \subsetplus
\subsetplus = \subsetpluseq
\subseteq + \subsetpluseq
\in / \nin
> * \supset
\supset / \nsupset
\supset = \supseteq
\supseteq / \nsupseteq
\supseteq * \supseteqq
\supseteq / \nsupseteq
\supseteqq / \nsupseteqq
\supseteq / \supsetneq
\supset + \supsetplus
\supsetplus = \supsetpluseq
\supseteq + \supsetpluseq
\supset * \ni
\ni / \nni
#
# The following is available in TeXMacs, but not (yet) in LyX
#
#--| \longdashv
#| = \vDash
#\vDash = \longvDash
#||= \VDash
#||== \longVDash
#| / \nmid
#||/ \nparallel
#|*/ \nshortmid
#||*/ \nshortparallel
#|-/ \nvdash
#||-/ \nVdash
#-|/ \ndashv
#-||/ \ndashV
#|=/ \nvDash
#||=/ \nVDash
#=|/ \nDashv
#=||/ \nDashV
#
#<=**> \lesseqqgtr
#>=**< \gtreqqless
#<>/ \nlessgtr
#></ \ngtrless
#<~/ \nlesssim
#<~/* \lnsim
#<~~/ \nlessapprox
#<~~/* \lnapprox
#<*~/ \nprecsim
#<*~/* \precnsim
#<*~~/ \nprecapprox
#<*~~/* \precnapprox
#>~/ \ngtrsim
#>~/* \gnsim
#>~~/ \ngtrapprox
#>~~/* \gnapprox
#>*~/ \nsuccsim
#>*~/* \succnsim
#>*~~/ \nsuccapprox
#>*~~/* \succnapprox
#<=**/ \nleqq
#>=**/ \ngeqq
#<=*>/ \nlesseqgtr
#>=*</ \ngtreqless
#<=**>/ \nlesseqqgtr
#>=**</ \ngtreqqless
#<=*/* \lneq
#<=**/* \lneqq
#<=**/** \lvertneqq
#>=*/* \gneq
#>=**/* \gneqq
#>=**/** \gvertneqq
#[[ * \llbracket
#]] * \rrbracket
#EE a \amalg
#EE d \partial
#EE p \wp
#EE n \cap
#EE u \cup
#EE w \wedge
#\wedge * \curlywedge
#\curlywedge * \curlywedgeuparrow
#\curlywedgeuparrow * \curlywedgedownarrow
#\curlywedgedownarrow * \wedges
#EE v \vee
#EE x \times
# <***/ \nsqsubset
# <***= \sqsubseteq
# <***=/ \nsqsubseteq
# >*=/** \varsupsetneq
# >*=*/* \supsetneqq
# >*=*/** \varsupsetneqq
# >*** \sqsupset
# >***/ \nsqsupset
# >***= \sqsupseteq
# >***=/ \nsqsupseteq
# >**** \rangle
# \rangle * \rightslice
# EE l \bigl
# EE m \bigm
# EE r \bigr
# EE @ \bigop
# EE L \int
- 最后，我找到了这个帖子，
自动将 `<=` 转换为 `\leq`，这表明了另一种方法，即在编译期间替换相应的字符串。但是，这与我尝试做的完全不同，因为它效率低下，而且容易出错。我想
<=在\leq输入时替换。
所以我希望我的问题表达得足够清楚，如果你能帮我找到解决方案，我将不胜感激。谢谢。