satellite/home/features/neovim/snippets/tex.miros

block text
  import common/math-phrases

for thmenv <- @⟨theorem,lemma,exercise,definition,corollary,example⟩
for thmprefix <- @⟨@thmenv:thm,lem,exe,def,cor,exa⟩

block auto start
  string begin
    name environment
    snip
      \begin{$1}
        $0
      \end{$1}

block auto !math start
  for env <- @⟨enumerate,itemize,align*⟩

  string @⟨@env:olist,ulist,dm⟩
    name @⟨@env:ordered list,unordered list,display math⟩
    snip
      \begin{@env}
        $0
      \end{@env}

  string proof
    snip
      \begin{proof}$?1⟨[Proof of @^⟨$1⟩]⟩
        $0
      \end{proof}

  string ciff
    name cases for ⟺
    snip
      \begin{enumerate}
        \item[$\implies$]$1,
        \item[$\impliedby$]$2,
      \end{enumerate}
      $0

  string item
    snip \item$|1⟨,[$1] $0⟩

block text
  string ref
    snip \ref{$1}$0
  string r@thmprefix
    snip \ref{@thmprefix:$1}$0

  string pref
    snip (\ref{$1})$0
  string pr@thmprefix
    snip (\ref{@thmprefix:$1})$0

  string quote
    snip ``$1''$0
  string forcecr
    snip {\ \\\\}

  pattern ([Ll]et)
    name definition
    snip @1 \$$1 = $2\$ @0

  block auto
    string $
      name inline math
      snip \$$1\$$0

block math
  for shorthand <- @⟨sum,prod⟩
  for symbol <- @⟨@shorthand:sigma,pi⟩
  for operation <- @⟨@shorthand:sum,product⟩
  string b@shorthand
    name @symbol @operation
    desc Write out a @operation using big @symbol notation
    snip \\@symbol{$|1⟨$1 = $2,$1⟩}^$|2⟨{$2},\infty$2⟩ $0

  for matkind <- @⟨matrix,determinant⟩
  for matenv <- @⟨@matkind:bmatrix,vmatrix⟩
  for shorthand <- @⟨@matkind:mat,det⟩

  string 2@shorthand
    name 2x2 @matkind
    snip
      \begin{@matenv}
        $1 & $2 \\\\
        $3 & $4
      \end{@matenv}

  string 3@shorthand
    name 3x3 @matkind
    snip
      \begin{@matenv}
        $1 & $2 & $3 \\\\
        $4 & $5 & $6 \\\\
        $7 & $8 & $9
      \end{@matenv}

  for createabbr <- @⟨false,true⟩
  for operator <- @⟨@createabbr:
    @⟨eq,lt,gt⟩,
    @⟨neq,defas,leq,geq,iip,iib,iff⟩
  ⟩
  for symbol <- @⟨@createabbr:
    @⟨@operator:=,<,>⟩,
    @⟨@operator:\neq,\coloneq,\leq,\geq,\implies,\impliedby,\iff⟩
  ⟩

  block auto
    abbr @⟨@createabbr:op-@operator,@operator⟩ @symbol

    string a@operator
      name align at @operator
      snip &@symbol $0

    block start
      string al@operator
        name aligned @operator
        snip
          \\\\ $1 &@symbol $2
          $0

      string cr@operator
        name start with @operator
        snip \\\\&@symbol $0

  block start
    string eqsystem
      name system of equations
      snip
        \left\{
          \begin{array}{rl}
            $0
          \end{array}
        \right\}

  block end
    for suffix <- @⟨add,sub,rmul,pow,inv⟩
    string ex@suffix
      snip
        && \lrb{\square @⟨@suffix:
          + $1,
          - $1,
          \cdot $1,
          ^{$1},
          ^{-1},
        ⟩}$0

    for prefix <- @⟨neg,mul,ln⟩
    string ex@prefix
      snip && \lrb{@⟨@prefix:-,$1,\ln⟩ \square}$0

    string exdiv
      snip && \lrb{\frac \square {$1}}$0
    string exint
      snip && \lrb{\int\square \dif $1}$0
    string exdint
      snip && \lrb{\int_{$1}^{$2}\square \dif $3}$0

    for kind <- @⟨texpl,extrin,exbound,exdef⟩
    string @kind
      snip
        && \lrb{\text{@⟨@kind:
          $1,
          triangle inequality on $$1$,
          $$1$ is bounded,
          definition of $$1$,
        ⟩}}$0

  block auto
    block word
      for constkind <- @⟨default,shortened⟩
      for constant <- @⟨@constkind:
        @⟨star,delta,Delta,pi,tau,psi,phi,rho,sigma,alpha,beta,theta,gamma,omega,Omega,half,ordop,land,lor⟩,
        @⟨lam,eps,iinf⟩
      ⟩
      for expansion <- @⟨@constkind:
        @constant,
        @⟨@constant:lambda,epsilon,ifty⟩
      ⟩

      for operator <- @⟨,e,s⟩
      string @operator@constant
        snip @⟨@operator:,^,_⟩\\@expansion

      abbr niinf -\ifty
      abbr eniinf ^{-\ifty}
      abbr sniinf _{-\ifty}

      abbr frl \forall
      abbr exs \exists

      abbr card \#
      abbr ccap \cap
      abbr ccup \cup
      abbr iin \in
      abbr nin \not\in
      abbr nuls \varnothing
      abbr ortco ^\bot
      abbr sdiff \setminus
      abbr sinter ^\circ
      abbr smul \times
      abbr speq \supseteq
      abbr spt \supset
      abbr sseq \subseteq
      abbr sst \subset

      abbr nope \bot
      abbr yee \top

      abbr ccan \cancel
      abbr com \circ
      abbr limsup \lim\sup
      abbr mangle \measuredangle
      abbr mul \cdot
      abbr nlnl \pm
      abbr oball \ball
      abbr vsm \vecspace

      abbr bb \mathbb
      abbr cal \mathcal

      for set <- @⟨N,Z,Q,I,R,C,P,F⟩
      abbr @⟨@set:nats,ints,rats,irats,rrea,comp,ppri,ffie⟩ \mathbb @set

      for noperator <- @⟨ordop,land,lor,equiv,pmod,ldots,cdots,perp,lim,angle,sup⟩
      abbr @noperator \\@noperator

      for operator <- @⟨overline,hat,bar,abs,norm,prob,diprod,sin,cos,sqrt,ln,lrb,zmod,gen,diam,prob⟩
      string @operator
        snip \\@operator$|1⟨{$1}, $0⟩

      for bioperator <- @⟨iprod,frac,binom,dist⟩
      string @bioperator
        snip \\@bioperator$|1⟨ $1,{$1}⟩$|2⟨ $2,{$2}⟩ $0

      string set
        desc Create a set by escaping the brackets
        snip \{$1\}

    pattern (.*)e@⟨t(%a),(%d)⟩
      name auto exponent
      snip @0^@1 $0

    pattern (.*)so(%a)
      name auto subscript
      snip @0_@1 $0

    pattern (\?[%a]+)(%d)
      name auto digt subscript
      snip @0_@1 $0

    string ss
      name subscript
      snip _{$1} $0

    string ee
      name exponent
      snip ^{$1} $0

    pattern (%a)(.)pp
      name auto function call
      snip @0(@1) $0

    pattern (%a)d(.)p
      name auto derivative call
      snip @0'(@1) $0

    pattern (%a)i(.)p
      name auto preimage call
      snip @0^{-1}(@1) $0

    block !word
      abbr .inv ^{-1}
      abbr .neg _-
      abbr .pos _+
      abbr .t ^T

    for limtarget <- @⟨anything,zero,infinity,negative infinity⟩
    for prefix <- @⟨@limtarget:,z,i,n⟩
    for limtargetsymbol <- @⟨@limtarget:$2,0,\infty,-\infty⟩
    string @prefix⋄lim
      name limit to @limtarget
      snip \lim_{$1 \to @limtargetsymbol} $0

    string intd
      name definite integral
      snip \int_{$|1⟨$1,-\infty$1⟩}^$|2⟨{$2},\infty$2⟩ $3 \dif $0

    string inti
      name indefinite integral
      snip \int $1 \dif $0