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Commit 511f26a4 authored by Ralf Jung's avatar Ralf Jung
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Add Dave's proof macros

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docs/iris/locallabel.sty 0 → 120000
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../locallabel.sty
\ No newline at end of file
docs/iris/model.tex
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......@@ -82,7 +82,7 @@ action on morphisms).
\begin{array}[t]{rcl}
% \protStatus &::=& \enabled \ALT \disabled \\[0.4em]
\textdom{Res} &\eqdef&
\{\, \res = (\pres, \ghostRes) \mid
\{\, \rs = (\pres, \ghostRes) \mid
\pres \in \textdom{State} \uplus \{\munit\} \land \ghostRes \in \mcarp{\monoid} \,\} \\[0.5em]
(\pres, \ghostRes) \rsplit
(\pres', \ghostRes') &\eqdef&
......@@ -92,17 +92,17 @@ action on morphisms).
\end{cases}
\\[0.5em]
%
\res \leq \res' & \eqdef &
\Exists \res''. \res' = \res \rsplit \res''\\[1em]
\rs \leq \rs' & \eqdef &
\Exists \rs''. \rs' = \rs \rsplit \rs''\\[1em]
%
\UPred(\textdom{Res}) &\eqdef&
\{\, p \subseteq \mathbb{N} \times \textdom{Res} \mid
\All (k,\res) \in p.
\All (k,\rs) \in p.
\All j\leq k.
\All \res' \geq \res.
(j,\res')\in p \,\}\\[0.5em]
\All \rs' \geq \rs.
(j,\rs')\in p \,\}\\[0.5em]
\restr{p}{k} &\eqdef&
\{\, (j, \res) \in p \mid j < k \,\}\\[0.5em]
\{\, (j, \rs) \in p \mid j < k \,\}\\[0.5em]
p \nequiv{n} q & \eqdef & \restr{p}{n} = \restr{q}{n}\\[1em]
%
\textdom{PreProp} & \cong &
......@@ -187,7 +187,7 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
%\typedsection{Validity}{valid : \pset{\textdom{Prop}} \in Sets}
%
%\begin{align*}
%valid(p) &\iff \All n \in \mathbb{N}. \All \res \in \textdom{Res}. \All W \in \textdom{World}. (n, \res) \in p(W)
%valid(p) &\iff \All n \in \mathbb{N}. \All \rs \in \textdom{Res}. \All W \in \textdom{World}. (n, \rs) \in p(W)
%\end{align*}
\typedsection{Later modality}{\later : \textdom{Prop} \to \textdom{Prop} \in {\cal U}}
......@@ -213,7 +213,7 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
%\begin{align*}
%&\forall p, q \in \textdom{Prop}.~\\
%&\qquad
% (\forall n \in \mathbb{N}.~\forall \res \in \textdom{Res}.~\forall W \in \textdom{World}.~(n, \res) \in p(W) \Rightarrow (n, \res) \in q(W)) \Leftrightarrow~valid(\always{(p \Rightarrow q)})
% (\forall n \in \mathbb{N}.~\forall \rs \in \textdom{Res}.~\forall W \in \textdom{World}.~(n, \rs) \in p(W) \Rightarrow (n, \rs) \in q(W)) \Leftrightarrow~valid(\always{(p \Rightarrow q)})
%\end{align*}
%\end{lem}
......@@ -232,11 +232,11 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
\textdom{World} \to \psetdown{\mathbb{N}} \in {\cal U}}
\ralf{Make this Dave-compatible: Explicitly compose all the things in $s$}
\begin{align*}
\fullSat{\state}{\mask}{\res}{W} &=
\fullSat{\state}{\mask}{\rs}{W} &=
\begin{aligned}[t]
\{\, n + 1 \in \mathbb{N} \mid &\Exists \resB:\mathbb{N} \fpfn \textdom{Res}. (\res \rsplit \resB).\pres = \state \land{}\\
&\quad \All \iota \in \dom(W). \iota \in \dom(W) \leftrightarrow \iota \in \dom(\resB) \land {}\\
&\quad\quad \iota \in \mask \ra (n, \resB(\iota)) \in \wIso^{-1}(W(\iota))(W) \,\} \cup \{ 0 \}
\{\, n + 1 \in \mathbb{N} \mid &\Exists \rsB:\mathbb{N} \fpfn \textdom{Res}. (\rs \rsplit \rsB).\pres = \state \land{}\\
&\quad \All \iota \in \dom(W). \iota \in \dom(W) \leftrightarrow \iota \in \dom(\rsB) \land {}\\
&\quad\quad \iota \in \mask \ra (n, \rsB(\iota)) \in \wIso^{-1}(W(\iota))(W) \,\} \cup \{ 0 \}
\end{aligned}
\end{align*}
\begin{lem}\label{lem:fullsat-nonexpansive}
......@@ -248,9 +248,9 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
\MoveEqLeft
\All \state \in \Delta(\textdom{State}).
\All \mask_1, \mask_2 \in \Delta(\pset{\mathbb{N}}).
\All \res, \resB \in \Delta(\textdom{Res}).
\All \rs, \rsB \in \Delta(\textdom{Res}).
\All W \in \textdom{World}. \\&
\mask_1 \subseteq \mask_2 \implies (\fullSat{\state}{\mask_2}{\res}{W}) \subseteq (\fullSat{\state}{\mask_1}{\res}{W})
\mask_1 \subseteq \mask_2 \implies (\fullSat{\state}{\mask_2}{\rs}{W}) \subseteq (\fullSat{\state}{\mask_1}{\rs}{W})
\end{align*}
\end{lem}
......@@ -293,11 +293,11 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
\begin{align*}
\mathit{vs}_{\mask_1}^{\mask_2}(q) &= \Lam W.
\begin{aligned}[t]
\{\, (n, \res) &\mid \All W_F \geq W. \All \res_F, \mask_F, \state. \All k \leq n.\\
\{\, (n, \rs) &\mid \All W_F \geq W. \All \rs_F, \mask_F, \state. \All k \leq n.\\
&\qquad
k \in (\fullSat{\state}{\mask_1 \cup \mask_F}{\res \rsplit \res_F}{W_F}) \land k > 0 \land \mask_F \sep (\mask_1 \cup \mask_2) \implies{} \\
k \in (\fullSat{\state}{\mask_1 \cup \mask_F}{\rs \rsplit \rs_F}{W_F}) \land k > 0 \land \mask_F \sep (\mask_1 \cup \mask_2) \implies{} \\
&\qquad
\Exists W' \geq W_F. \Exists \res'. k \in (\fullSat{\state}{\mask_2 \cup \mask_F}{\res' \rsplit \res_F}{W'}) \land (k, \res') \in q(W')
\Exists W' \geq W_F. \Exists \rs'. k \in (\fullSat{\state}{\mask_2 \cup \mask_F}{\rs' \rsplit \rs_F}{W'}) \land (k, \rs') \in q(W')
\,\}
\end{aligned}
\end{align*}
......@@ -338,10 +338,10 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
% \All \iota \in \mathbb{N}.
% \All p \in \textdom{Prop}.
% \All W \in \textdom{World}.
% \All \res \in \textdom{Res}.
% \All \rs \in \textdom{Res}.
% \All n \in \mathbb{N}. \\
%&
% (n, \res) \in inv(\iota, p)(W) \implies (n, \res) \in vs_{\{ \iota \}}^{\emptyset}(\later p)(W)
% (n, \rs) \in inv(\iota, p)(W) \implies (n, \rs) \in vs_{\{ \iota \}}^{\emptyset}(\later p)(W)
%\end{align*}
%\end{lem}
......@@ -352,10 +352,10 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
% \forall \iota \in \mathbb{N}.~
% \forall p \in \textdom{Prop}.~
% \forall W \in \textdom{World}.~
% \forall \res \in \textdom{Res}.~
% \forall \rs \in \textdom{Res}.~
% \forall n \in \mathbb{N}.~\\
%&\qquad
% (n, \res) \in (inv(\iota, p) * \later p)(W) \Rightarrow (n, \res) \in vs^{\{ \iota \}}_{\emptyset}(\top)(W)
% (n, \rs) \in (inv(\iota, p) * \later p)(W) \Rightarrow (n, \rs) \in vs^{\{ \iota \}}_{\emptyset}(\top)(W)
%\end{align*}
%\end{lem}
......@@ -392,22 +392,22 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
\begin{align*}
\mathit{wp}_\mask(\expr, q) &\eqdef \Lam W.
\begin{aligned}[t]
\{\, (n, \res) &\mid \All W_F \geq W; k \leq n; \res_F; \state; \mask_F \sep \mask. k > 0 \land k \in (\fullSat{\state}{\mask \cup \mask_F}{\res \rsplit \res_F}{W_F}) \implies{}\\
\{\, (n, \rs) &\mid \All W_F \geq W; k \leq n; \rs_F; \state; \mask_F \sep \mask. k > 0 \land k \in (\fullSat{\state}{\mask \cup \mask_F}{\rs \rsplit \rs_F}{W_F}) \implies{}\\
&\qquad
(\expr \in \textdom{Val} \implies \Exists W' \geq W_F. \Exists \res'. \\
(\expr \in \textdom{Val} \implies \Exists W' \geq W_F. \Exists \rs'. \\
&\qquad\qquad
k \in (\fullSat{\state}{\mask \cup \mask_F}{\res' \rsplit \res_F}{W'}) \land (k, \res') \in q(\expr)(W'))~\land \\
k \in (\fullSat{\state}{\mask \cup \mask_F}{\rs' \rsplit \rs_F}{W'}) \land (k, \rs') \in q(\expr)(W'))~\land \\
&\qquad
(\All\ectx,\expr_0,\expr'_0,\state'. \expr = \ectx[\expr_0] \land \cfg{\state}{\expr_0} \step \cfg{\state'}{\expr'_0} \implies \Exists W' \geq W_F. \Exists \res'. \\
(\All\ectx,\expr_0,\expr'_0,\state'. \expr = \ectx[\expr_0] \land \cfg{\state}{\expr_0} \step \cfg{\state'}{\expr'_0} \implies \Exists W' \geq W_F. \Exists \rs'. \\
&\qquad\qquad
k - 1 \in (\fullSat{\state'}{\mask \cup \mask_F}{\res' \rsplit \res_F}{W'}) \land (k-1, \res') \in wp_\mask(\ectx[\expr_0'], q)(W'))~\land \\
k - 1 \in (\fullSat{\state'}{\mask \cup \mask_F}{\rs' \rsplit \rs_F}{W'}) \land (k-1, \rs') \in wp_\mask(\ectx[\expr_0'], q)(W'))~\land \\
&\qquad
(\All\ectx,\expr'. \expr = \ectx[\fork{\expr'}] \implies \Exists W' \geq W_F. \Exists \res', \res_1', \res_2'. \\
(\All\ectx,\expr'. \expr = \ectx[\fork{\expr'}] \implies \Exists W' \geq W_F. \Exists \rs', \rs_1', \rs_2'. \\
&\qquad\qquad
k - 1 \in (\fullSat{\state}{\mask \cup \mask_F}{\res' \rsplit \res_F}{W'}) \land \res' = \res_1' \rsplit \res_2'~\land \\
k - 1 \in (\fullSat{\state}{\mask \cup \mask_F}{\rs' \rsplit \rs_F}{W'}) \land \rs' = \rs_1' \rsplit \rs_2'~\land \\
&\qquad\qquad
(k-1, \res_1') \in \mathit{wp}_\mask(\ectx[\textsf{fRet}], q)(W') \land
(k-1, \res_2') \in \mathit{wp}_\top(\expr', \Lam\any. \top)(W'))
(k-1, \rs_1') \in \mathit{wp}_\mask(\ectx[\textsf{fRet}], q)(W') \land
(k-1, \rs_2') \in \mathit{wp}_\top(\expr', \Lam\any. \top)(W'))
\,\}
\end{aligned}
\end{align*}
......@@ -491,9 +491,9 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
\semTerm{\vctx \proves \knowInv{\iname}{\prop} : \Prop}_\gamma &=
inv(\semTerm{\vctx \proves \iname : \textsort{InvName}}_\gamma, \semTerm{\vctx \proves \prop : \Prop}_\gamma) \\
\semTerm{\vctx \proves \ownGGhost{\melt} : \Prop}_\gamma &=
\Lam W. \{\, (n, \res) \mid \res.\ghostRes \geq \semTerm{\vctx \proves \melt : \textsort{Monoid}}_\gamma \,\} \\
\Lam W. \{\, (n, \rs) \mid \rs.\ghostRes \geq \semTerm{\vctx \proves \melt : \textsort{Monoid}}_\gamma \,\} \\
\semTerm{\vctx \proves \ownPhys{\state} : \Prop}_\gamma &=
\Lam W. \{\, (n, \res) \mid \res.\pres = \semTerm{\vctx \proves \state : \textsort{State}}_\gamma \,\}
\Lam W. \{\, (n, \rs) \mid \rs.\pres = \semTerm{\vctx \proves \state : \textsort{State}}_\gamma \,\}
\end{align*}
%
\begin{align*}
......@@ -513,10 +513,10 @@ $\rho\nequiv{n} \rho' \iff n=0 \lor \bigl(\dom(\rho)=\dom(\rho') \land
\MoveEqLeft
\forall n \in \mathbb{N}.\;
\forall W \in \textdom{World}.\;
\forall \res \in \textdom{Res}.\;
\forall \rs \in \textdom{Res}.\;
\forall \gamma \in \semSort{\vctx},\;
\\&
\bigl(\All \propB \in \pfctx. (n, \res) \in \semTerm{\vctx \proves \propB : \Prop}_\gamma(W)\bigr)
\implies (n, \res) \in \semTerm{\vctx \proves \prop : \Prop}_\gamma(W)
\bigl(\All \propB \in \pfctx. (n, \rs) \in \semTerm{\vctx \proves \propB : \Prop}_\gamma(W)\bigr)
\implies (n, \rs) \in \semTerm{\vctx \proves \prop : \Prop}_\gamma(W)
\end{aligned}
\]
docs/iris/pfsteps.sty deleted 120000 → 0
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docs/iris/pftools.sty 0 → 120000
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../pftools.sty
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docs/locallabel.sty 0 → 100644
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% Locallabel
%
% Copyright (C) 2001, 2002, 2003 Didier Rmy
%
% Author : Didier Remy
% Version : 1.1.1
% Bug Reports : to author
% Web Site : http://pauillac.inria.fr/~remy/latex/
%
% Locallabel is free software; you can redistribute it and/or modify
% it under the terms of the GNU General Public License as published by
% the Free Software Foundation; either version 2, or (at your option)
% any later version.
%
% Locallabel is distributed in the hope that it will be useful,
% but WITHOUT ANY WARRANTY; without even the implied warranty of
% MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
% GNU General Public License for more details
% (http://pauillac.inria.fr/~remy/license/GPL).
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% File locallabel.sty (LaTeX macros)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%
%% Identification
\NeedsTeXFormat{LaTeX2e}
\ProvidesPackage{locallabel}
[2001/23/02 v0.92 Locallabel]
%% Preliminary declarations
%% Options
%% More declarations
%% We use two counters: The global counter is incremented at each reset.
%% Its value is the ``group'' of a local.
%% The local counter is the last numeric value of a bound label in the
%% current group. The value of a label #1 is globally set to
%% \csname llb@\the\c@llb@global-#1\endcsname
%% The global command \csname llb@\the\c@llb@global-#1*\endcsname is
%% use to ensure that a label is only bound once. Usually a label is
%% bound and declared at the same time with \llabel. It may also be bound in
%% advance, with \lbind, for instance so as to control the numbering.
%% Then, another \llabel must be used to declare it in the text.
%% If no \lbind has been used before, the \llabel calls \lbind implicitlt.
\newcounter{llb@global}
\newcounter{llb@local}
\newcommand \llb@find [1]
{\expandafter \ifx \csname llb@\the\c@llb@global-#1\endcsname \relax
\message {*** Local label #1 undefined in this context}%
\edef \llb@current {#1??}%
\else
\edef \llb@current {\csname llb@\the\c@llb@global-#1\endcsname}%
\fi}
\newcommand \llb@make [1]
{\expandafter \ifx \csname llb@\the\c@llb@global-#1\endcsname \relax
\stepcounter{llb@local}\relax \expandafter
\xdef \csname llb@\the\c@llb@global-#1\endcsname {\the\c@llb@local}%
\edef \llb@current {\the\c@llb@local}%
\else
\expandafter \ifx \csname llb@\the\c@llb@global-#1*\endcsname \relax
\message {*** Local label #1 already defined in this countext!}%
\edef \llb@current {\csname llb@\the\c@llb@global-#1\endcsname ??}%
\else
\expandafter \global \expandafter \let
\csname llb@\the\c@llb@global-#1*\endcsname \relax
\edef \llb@current {\csname llb@\the\c@llb@global-#1\endcsname}
\fi
\fi
}
%%% Redefine those macros to change typsetting
\newcommand \thelocallabel {\the \c@llb@local}
\newcommand \LlabelTypeset [1] {(\textrm {\bfseries #1})}
\newcommand \LrefTypeset [1] {(\textrm {#1)}}
\newcommand \glabel [1]{\LlabelTypeset{\softtarget {#1}{#1}}}
\newcommand \gref [1]{\LrefTypeset{\softlink {#1}{#1}}}
%%% To reset all local labels---which just increment a global prefix.
\newcommand \locallabelreset[1][0]%
{\stepcounter {llb@global}\setcounter {llb@local}{#1}}
%%% Make a new local label, typeset it, and bind to the given name
\def \llb@relax {\relax}
\newcommand {\llabel}[2][\relax]%
{\llb@make{#2}%
\def \@test {#1}\ifx \@test\llb@relax\else
\edef \@currentlabel {\the\c@llb@local}%
\def \@test {#1}\ifx \@test\empty \def \@test{#2}\fi
\label{\@test}%
\fi%
\LlabelTypeset {\softtarget{llb@\the\c@llb@global-#2}{\llb@current}}}
%%% Retreive the local label of given name and type set it.
\newcommand \lref [1]
{\llb@find {#1}%
\LrefTypeset {\softlink {llb@\the\c@llb@global-#1}{\llb@current}}}
%%% Make a new local label and bind it to the given name but do not typeset
%%% it. Typesetting may then be done with \llabel non locally. Useful to
%%% control the order of numberring.
\newcommand \lbind [1]
{\llb@make {#1}%
\expandafter \global \expandafter
\let \csname llb@\the\c@llb@global-#1*\endcsname \empty}
\AtBeginDocument {%
\@ifundefined{softlink}{\let \softlink \@secondoftwo}{}%
\@ifundefined{softtarget}{\let \softtarget \@secondoftwo}{}%
}
docs/pfsteps.sty deleted 100644 → 0
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%%
%% This is file `pfsteps.sty',
%% generated with the docstrip utility.
%%
%% The original source files were:
%%
%% pfsteps.dtx (with options: `package')
%%
%% Copyright (C) 2011 by Jesse A. Tov
%%
%% This file may be distributed and/or modified under the conditions of the
%% LaTeX Project Public License, either version 1.2 of this license or (at
%% your option) any later version. The latest version of this license is
%% in:
%%
%% http://www.latex-project.org/lppl.txt
%%
%% and version 1.2 or later is part of all distributions of LaTeX
%% version 1999/12/01 or later.
%%
\NeedsTeXFormat{LaTeX2e}[1999/12/01]
\ProvidesPackage{pfsteps}
[2011/04/04 v0.4 proof tools]
\RequirePackage{listproc}
\newcommand*\pfsteps@set[3][]{
\expandafter\let\csname #1pfsteps@#2\endcsname#3
}
\newcommand*\pfsteps@option[2][\iffalse]{
\pfsteps@set[if]{#2}#1
\pfsteps@set[if]{#2@set}\iffalse
\DeclareOption{#2}{
\pfsteps@set[if]{#2}\iftrue
\pfsteps@set[if]{#2@set}\iftrue
}
\DeclareOption{no#2}{
\pfsteps@set[if]{#2}\iffalse
\pfsteps@set[if]{#2@set}\iftrue
}
}
\pfsteps@option[\iftrue]{atsign}
\pfsteps@option[\iftrue]{hyperref}
\pfsteps@option[\iftrue]{loadunicode}
\pfsteps@option[\iftrue]{mathpartir}
\pfsteps@option{unicode}
\ProcessOptions
\ifpfsteps@unicode
\ifpfsteps@loadunicode
\RequirePackage{ucs}
\RequirePackage[utf8x]{inputenc}
\fi
\fi
\ifpfsteps@mathpartir
\ifpfsteps@mathpartir@set
\RequirePackage{mathpartir}
\fi
\fi
\ifpfsteps@hyperref
\ifpfsteps@hyperref@set
\RequirePackage{hyperref}
\fi
\fi
\newcommand{\pfcounteranchor}[1]{(#1)}
\newcommand{\pfcounterref}[1]{(#1)}
\newcounter{pfsteps@pfc@global}
\newcounter{pfsteps@pfc@local}
\newcommand{\resetpfcounter}[1][0]
{\stepcounter{pfsteps@pfc@global}\setcounter{pfsteps@pfc@local}{#1}}
\newcommand{\thepfcounter}
{\the\value{pfsteps@pfc@local}}
\newcommand{\thepfsectioncounter}
{\the\value{pfsteps@pfc@global}}
\newcommand{\steppfcounter}[1][\relax]{%
\addtocounter{pfsteps@pfc@local}{1}%
\ifx\relax#1\relax\else
\pflabel{#1}%
\fi
}
\newcommand{\usepfcounter}[1][\relax]{%
\steppfcounter[#1]%
\pfsteps@hypertarget{pfc:\thepfsectioncounter:\thepfcounter}{%
\pfcounteranchor{\thepfcounter}%
}%
}
\newcommand{\pfsteps@pfc@cs}[1]
{\csname\pfsteps@pfc@{\pfsteps@strip#1 \@empty}\endcsname}
\newcommand{\pfsteps@pfc@}[1]
{pfsteps@pfc@\pfsteps@strip#1 \@empty @\thepfsectioncounter}
\def\pfsteps@strip#1 #2{%
#1%
\ifx#2\@empty\else\expandafter\pfsteps@strip\fi
#2}
\newcommand{\pflabel}[1]
{\expandafter\ifx\csname\pfsteps@pfc@{#1}@thisrun\endcsname\relax
\expandafter\xdef\csname\pfsteps@pfc@{#1}\endcsname
{\thepfcounter}%
\expandafter\gdef\csname\pfsteps@pfc@{#1}@thisrun\endcsname
{}%
\immediate\write\@auxout{
\noexpand\pfsteps@def@label
{#1}{\thepfsectioncounter}{\thepfcounter}
}%
\else
\PackageWarning{pfsteps}
{Proof step (#1) already defined in this section}%
\fi}
\newcommand*{\pfsteps@def@label}[3]{
\expandafter\gdef
\csname pfsteps@pfc@#1@#2\endcsname
{#3}
}
\newcommand*{\pfref}[1]
{{\ListExprTo
{\Compress[\@apply@group\@firstoftwo]
{\Sort[\@apply@group\@firstoftwo]
{\Map
{%
{\@ifundefined{\pfsteps@pfc@{##1}}
{-1}
{\csname\pfsteps@pfc@{##1}\endcsname}}%
{\@ifundefined{\pfsteps@pfc@{##1}}
{\PackageWarning{pfsteps}
{Proof step (##1) not yet defined in this section}%
\textbf{?}}
{\pfsteps@hyperlink
{pfc:\thepfsectioncounter:\pfsteps@pfc@cs{##1}}
{\pfsteps@pfc@cs{##1}}}}}
{\List{#1}}}}}
\pfsteps@pfref@list
\let\listitem\pfsteps@pfref@listitem@first
\def\@single##1{\@secondoftwo##1}%
\def\@range##1##2{\@secondoftwo##1--\@secondoftwo##2}%
\pfcounterref{\pfsteps@pfref@list}%
}}
\newcommand\pfsteps@pfref@listitem@first[1]{%
#1\let\listitem\pfsteps@pfref@listitem@rest
}
\newcommand\pfsteps@pfref@listitem@rest[1]{%
, #1\let\listitem\pfsteps@pfref@listitem@rest
}
\newcommand\pfsteps@hypertarget[2]{#2}
\newcommand\pfsteps@hyperlink[2]{#2}
\ifpfsteps@hyperref
\AtBeginDocument{
\ifcsname hypertarget\endcsname
\let\pfsteps@hypertarget=\hypertarget
\let\pfsteps@hyperlink=\hyperlink
\fi
}
\fi
\newlength{\proofleftskip}
\newlength{\proofrightwidth}
\setlength{\proofleftskip}{2pc}
\setlength{\proofrightwidth}{0.3\linewidth}
\newenvironment{pfsteps}
{\begin{pfsteps@with}$}
{\end{pfsteps@with}}
\newenvironment{pfsteps*}
{\begin{pfsteps@with}{}}
{\end{pfsteps@with}}
\newenvironment{pfsteps@with}[1]
{
\leavevmode\begingroup
\setlength{\parskip}{0pt}%
\trivlist
\raggedright
\setlength{\leftskip}{1.5\proofleftskip}
\let\pfstepsSavedItem\item
\let\pfstepsSavedLabel\label
\let\pfstepsSavedQedhere\qedhere
\newcommand\AND[1][and]{\mathrel{\mbox{##1}}}
\newcommand\BY[2][by]
{\pfsteps@unmath{\penalty-1 \mbox{~}\hfill%
\begin{minipage}[t]{\proofrightwidth}%
\raggedright##1 ##2%
\end{minipage}}}
\def\pfstepsItem{%
\pfsteps@stopmath
\pfstepsSavedItem\mbox{}\kern-1.25\proofleftskip
\makebox[\proofleftskip]{\hfill\usepfcounter}\kern0.25\proofleftskip
#1\relax}
\def\pfstepsQedhere{\pfsteps@unmath{\pfstepsSavedQedhere}}
\let\item\pfstepsItem
\let\label\pflabel
\let\qedhere\pfstepsQedhere
\ifpfsteps@atsign
\pfsteps@setup@atsign
\fi
\relax
}
{
\pfsteps@stopmath
\endtrivlist\endgroup
\noindent\ignorespaces
}
\newcommand\pfsteps@stopmath{\ifmmode$\fi}
\newcommand\pfsteps@unmath[1]{\ifmmode$\relax#1\relax$\else\relax#1\relax\fi}
{
\def\atsign{@}
\catcode`\@=\active\relax
\expandafter\gdef\csname pfsteps\atsign setup\atsign atsign\endcsname{
\catcode`\@=\active\relax
\gdef@##1 {\pflabel{##1}}
}
}
\newcommand\pfstepsmathmode{\def\pfsteps@unicode@arg{$}}
\newcommand\pfstepstextmode{\def\pfsteps@unicode@arg{\relax}}
\newcommand\pfstepsSetupUnicode[3]{
\DeclareUnicodeCharacter{#1}{\pfsteps@unicode@startpfsteps}
\DeclareUnicodeCharacter{#3}{\pfsteps@unicode@item}
\def\pfsteps@unicode@startpfsteps
{\begingroup
\ifpfsteps@atsign\catcode`\@=\active\relax\fi
\pfsteps@unicode@startpfsteps@kont}
\def\pfsteps@unicode@startpfsteps@kont##1#2
{\begin{pfsteps@with}\pfsteps@unicode@arg\item##1\end{pfsteps@with}%
\endgroup}
\def\pfsteps@unicode@item{\item}
\pfstepsmathmode
}
\ifpfsteps@unicode
\pfstepsSetupUnicode{171}{»}{8226} % « » •
\fi
\newcommand\byCasesEveryCase{\resetpfcounter}
\newcommand\byCasesEveryOtherwise{\byCasesEveryCase}
\providecommand{\byCasesOtherwiseTemplate}{\textbf{Otherwise:}}
\providecommand{\byCasesCaseTemplate}[1]{\textbf{Case\ \ \fbox{#1}}}
\providecommand{\byCasesWhereTemplate}{\textbf{where}}
\newenvironment{byCases}
{%
\begingroup
\let\case\byCases@case
\let\otherwise\byCases@otherwise
\ifpfsteps@mathpartir
\ifcsname inferrule\endcsname\let\icase\byCases@icase\fi
\fi
\list{}{\labelwidth\z@ \itemindent-\leftmargin
\let\makelabel\byCases@label}%
}
{%
\endlist
\endgroup
}
\newcommand*\byCases@label[1]{%
\hspace\labelsep
\normalfont~\strut
\expandafter\ifx#1\relax\relax
\byCasesOtherwiseTemplate
\else
\byCasesCaseTemplate{\normalfont${#1}$}%
\fi
}
\newcommand*\byCases@case[2][\byCasesEveryCase]
{\item[{\let\AND\byCases@and #2}]\strut#1\pfsteps@reallynopagebreak}
\newcommand*\byCases@otherwise[1][\byCasesEveryOtherwise]
{\item[]\strut#1\pfsteps@reallynopagebreak}
\newcommand\pfsteps@reallynopagebreak{\par\nopagebreak\@nobreaktrue}
\newcommand\byCases@and[1][and]{\mathrel{\mbox{\textbf{#1}}}}
\newcommand*\byCases@icase{
\@ifnextchar* \byCases@icase@star \byCases@icase@nostar
}
\def\byCases@icase@nostar{\byCases@icase@i{\inferrule}}
\def\byCases@icase@star*{\byCases@icase@i{\inferrule*}}
\newcommand*\byCases@icase@i[1]{
\@ifnextchar [{\byCases@icase@opts{#1}}{\byCases@icase@noopts{#1}}
}
\def\byCases@icase@opts#1[#2]{\byCases@icase@ii{#1[#2]}}
\def\byCases@icase@noopts#1{\byCases@icase@ii{#1}}
\newcommand*\byCases@icase@ii[3]{
\@ifnextchar [
{\byCases@icase@where{#1}{#2}{#3}}
{\byCases@icase@nowhere{#1}{#2}{#3}}
}
\def\byCases@icase@where#1#2#3[#4]{
\case{#1{#2}{#3}\AND[\byCasesWhereTemplate]#4}%
}
\def\byCases@icase@nowhere#1#2#3{\case{#1{#2}{#3}}}
\endinput
%%
%% End of file `pfsteps.sty'.
docs/pftools.sty 0 → 100644
View file @ 511f26a4
\NeedsTeXFormat{LaTeX2e}[1999/12/01]
\ProvidesPackage{pftools}
\RequirePackage{locallabel}
\RequirePackage{Tabbing} % Avoid the standard tabbing environment. Its \< conflicts with the semantic package.
\RequirePackage{xparse}
\RequirePackage{xcolor}
\RequirePackage{locallabel}
%% Biimplication inference rules
% \biimp above below
% The double lines obtained by the simpler
% "\mprset{fraction={===}}" overlap the conclusion (e.g., the
% mask E_M in an atomic triple).
\newcommand*{\biimp}[2]{%
\hbox{%
\ooalign{%
$\genfrac{}{}{1.6pt}1{#1}{#2}$\cr%
$\color{white}\genfrac{}{}{0.8pt}1{\phantom{#1}}{\phantom{#2}}$%
}%
}%
}
\newcommand{\BIIMP}{\mprset{myfraction=\biimp}}
%% inferH is infer with hyperlinked names.
% \savelabel lab text: Arrange for \ref{lab} to print text and to link to the current spot.
\newcommand*{\savelabel}[2]{%
% Think @currentlabel : text ref.
\edef\@currentlabel{#2}% Save text
\phantomsection% Correct hyper reference link
\label{#1}% Print text and store name↦text.
}
% \textlabel label text: Print and label text.
\newcommand*{\textlabel}[2]{{#2}\savelabel{#1}{#2}}
% \rulenamestyle visible
\newcommand*{\rulenamestyle}[1]{{\TirNameStyle{#1}}} % From mathpartir.sty.
% \ruleref [discharged] lab
\def\optionaldischarge#1{%
\if\relax\detokenize{#1}\relax\else\ensuremath{^{#1}}\fi}
\newcommand*{\ruleref}[2][]{\textmd{\rulenamestyle{\ref{#2}}}\optionaldischarge{#1}}
\newcommand*{\fakeruleref}[2][]{\rulenamestyle{#2}\optionaldischarge{#1}}
% \rulename label
\newcommand*{\rulename}[1]{\rulenamestyle{\textlabel{#1}{#1}}}
% \inferhref name lab premise conclusion
\newcommand*{\inferhref}[4]{%
\inferrule*[lab=\textlabel{#2}{#1}]{#3}{#4}%
}
% \infernH name premise conclusion, if name a valid label.
\newcommand*{\inferH}[3]{\inferhref{#1}{#1}{#2}{#3}}
\newcommand*{\axiom}[1]{\infer{}{#1}}
\newcommand*{\axiomhref}[3]{\inferhref{#1}{#2}{}{#3}}
\newcommand*{\axiomH}[2]{\inferH{#1}{}{#2}}
\newcommand*{\inferhrefB}[4]{{\BIIMP\inferhref{#1}{#2}{#3}{#4}}}
\newcommand*{\inferHB}[3]{{\BIIMP\inferH{#1}{#2}{#3}}}
\newcommand*{\taghref}[2]{\label{#2}\tag{\rulenamestyle{#1}}}
\newcommand*{\tagH}[1]{\taghref{#1}{#1}}
% The sanity checks in \lbind and \llabel
% don't work properly in amsmath environments
% which perhaps lay out their contents more
% than once. Use \lbind in such cases.
% Sigh.
\newcommand*{\tagL}[1]{\lbind{#1}\tag*{\llabel{#1}}}
\newcommand*\ind[1][\quad]{#1\TAB=\TAB+}
\newcommand*\unind{\TAB-}
\newcommand\IND[1][\quad]{\\*\ind[#1]}
\newcommand\UNIND{\unind \\}
% Attribution: http://tex.stackexchange.com/questions/119473/tabbing-and-line-wrapping
\newlength\pf@width
\newcommand*{\CMT}[1]{%
\setlength\pf@width{\linewidth}%
\addtolength\pf@width{\@totalleftmargin}%
\addtolength\pf@width{-\dimen\@curtab}%
\parbox[t]{\pf@width}{\nobelowdisplayskip{#1}\ifhmode\strut\fi}}
\colorlet{rescolor}{rgb:red,0;green,30;blue,55}
\colorlet{ctxcolor}{black}
\colorlet{codecolor}{rgb:red,76;green,177;blue,36}
\newcommand*\res[1]{{\color{rescolor}\ensuremath{#1}}}
%When \left\{ … \right\} looks ugly, remember Dave says you want \bracket.
\NewDocumentCommand{\RES}{s m O{}}{%
$\displaystyle{{\left\{\res{%
\IfBooleanTF{#1}{\begin{inbox}[l]#2\end{inbox}}{#2}%
}\right\}}_{#3}}$}
\NewDocumentCommand{\ARES}{m O{}}{%
${\displaystyle{\bracket\langle\rangle{\color{rescolor}{#1}}}_{#2}}$}
\newcommand*{\CODE}[1]{%
${\displaystyle{\color{codecolor}#1}}$}
\newcommand*{\VARS}[1]{%
Vars: ${\color{ctxcolor}\displaystyle{#1}}$}
\newcommand*{\CTX}[1]{%
Context: ${\color{ctxcolor}\displaystyle{#1}}$}
\newcommand*{\GOAL}[1]{%
Goal: ${\displaystyle{#1}}$}
\newcommand*{\SUFF}[1]{%
Suff: ${\displaystyle{#1}}$}
\newcommand*{\PFHAVE}[1]{%
Have: ${\displaystyle{#1}}$}
\let\pf@origqedhere\qedhere
\def\pf@setup{%
% A version of \qedhere that accounts for tabbing.
\def\qedhere{\TAB`\pf@origqedhere}%
}
\newcommand*{\TAGL}[1]{\TAB`\llabel{#1}}
% The starred version lacks leading and trailing vertical space.
\newenvironment{proofoutline*}
{\partopsep=\z@skip \topsep=\z@skip% avoid initial space
\parskip\z@skip% avoid trailing space
\pf@setup\par\begingroup\Tabbing\ignorespaces}
{\endTabbing\endgroup\unskip\ignorespacesafterend}
\newenvironment{proofoutline}
{\pf@setup\par\begingroup\Tabbing\ignorespaces}