\documentclass[12pt]{article}
\usepackage{pstricks,pst-xkey,pst-asr}

\textwidth=6in
\oddsidemargin=.25in
\evensidemargin=.25in
\rightskip=0pt plus 2em

\newpsstyle{bigsyls}{extragap=.6ex,unitxgap=true,xgap=3.5ex,
  ts=0pt ($\times$),sy=5.5ex ($\sigma$) .7ex,ph=-4.5ex (pf)}
\newpsstyle{dotted}{linestyle=dotted,linewidth=1.2pt,dotsep=1.6pt}
\def\feat#1{$\rm [#1]$}
\def\crossing{\pscircle[linestyle=solid,linewidth=.5pt](0,0){.7ex}}%

\newdimen\dimpuba
\newdimen\dimpubb
\newcount\exno
\exno=0
\def\ex{%
  \vskip2.5em
  \allowbreak\noindent
  \global\advance\exno by 1
  \bgroup
  \parindent=0pt (\the\exno)\quad
}
\def\xe{\par\egroup}
\def\TO{\quad$\rightarrow$\quad}
\tiershortcuts

\begin{document}

\centerline{\huge Examples}

\vskip1.5em

\noindent The source file for this pdf file is {\it
pst-asr-examples.tex}.  It is written in very simple LaTex, using
no packages other than those that are absolutely necessary for
illustrating {\it pst-asr\/}: {\it pstricks}, {\it pst-xkey}, and
{\it pst-asr} itself.  The hope is that potential {\it pst-asr\/}
users can easily experiment with the various examples and use
various bits and pieces as models for there own work.

Most of the examples in {\it pst-asr-doc.pdf\/} are given here,
in the order in which they appear in that document.  The
numbering is sequential and differs from the numbering in that
document.

\ex
\asr logwhin\endasr
\TO
\asr \3logwhin\endasr
\bigskip

\hfill \TO
\asr \3log\2wVhin\endasr
\TO
\asr \3log\2wV\3hin\endasr \kern1em
\xe

\ex
\asr \4ki:p\endasr
\xe

\begingroup % parser and syllable examples
\asrsetkeys{phB=!-1ex,syB=!1ex,xgap=!1ex}

\ex
\asr[tssym=$\bullet$] ka:t\endasr
\xe

\ex
\asr[tssym=$\bullet$,everyph=\it] ka:t\endasr
\xe

\ex
\asr {k$\rm ^h$}a:t\endasr
\xe

\ex
\asr k|\pscircle(\xpos,.55ex){1.5ex}|amba\endasr
\xe

\ex
\def\goop{\pscircle(\xpos,.55ex){1.5ex}}%
\asr k\goop amba\endasr
\qquad
(alternate code for example above)
\xe

\ex
\def\kh{k$\rm ^h$}%
\asr {\kh}amba\endasr
\qquad
(alternate code for earlier example)
\xe

\ex
\def\goop{\pscircle(\xpos,.55ex){1.5ex}}%
\asr kupa:<\goop nu\endasr
\xe

% syllables

\ex
\asrsetkeys{phB=!-1ex,syB=!1ex,xgap=!1ex}
\asr du|\varsyl[linestyle=dashed]{1.5}{0,1,2}|man\endasr
\xe

\ex
\asr |\varsyl[sysym=\monosysym]{.5}{0,1}|du
  |\varsyl[sysym=\bisysym]{1}{0,1,2}|man\endasr
\xe

\ex
\asr |\qsyl(\monosysym)2|du|\qsyl(\bisysym)3|man\endasr
\qquad (alternate code for example above)
\xe

\ex
\asr |\qsyl2|du|\qsyl3|man\endasr
\xe

\ex
\asr \3kat\3man\2du\endasr
\xe

\ex
\newtier{nuc}
\tiershortcuts
\asr[style=bigsyls,nuc=(sy) 1em ($\nu$)]
|\varsyl{.4}{0,1,2}|kat|\varsyl{.4}{0,1,2}|man
  |\varsyl{-.1}{0,1}|du|
\@[.2](1,nuc){$\nu$}\-(1,ts)
\@[.2](4,nuc){$\nu$}\-(4,ts)
\@[.2](7,nuc){$\nu$}\-(7,ts)
|\endasr
\xe

\endgroup % end parser and syllable examples

\ex \asr[style=bigsyls]
|\qsyl(k)1 \X \varph{a}1 \qsyl(t)1 \X \varph{}{-1} \qsyl(b)1 \X
\endasr
\xe

\ex \hskip-1em \hfil
\small
\def\\#1#2{$\left[\matrix{\rm #1cons\hfill\cr
  \rm #2sonor\cr}\right]$}%
\psset{tssym=Oral,sysym=\\+-,unit=2em,xgap=4.2 em,
  sy=1.5 (\\++),ts=0 (O),ph=-1.2 (C),asrB=\ASRsyB}
\newtier{voice,nasal,low,back}
\asrsetkeys{voice=(ph) -1.4 ([),nasal=(ph) -1 ([),
  low=(ph) -2 ([),back=(ph) -2.3 ([)}
\DefList{\lowoff{-.5},\backoff{.4}}
\def\PharGlot{\varph[tssym=Phar]{Glottal}0}%
\def\PharSP{\varph[tssym=Phar]{SP}0}%
\asr
\2{Coronal}\PharGlot
\2\PharGlot{Coronal}
|\qsyl(\\-+)1|{Dorsal}
|\qsyl(\\++)2|\PharSP{Labial}:%
<\2\PharGlot
|\@(1.5,voice){\feat{-voiced}}
  \-(1,ph)\-(2,ph)
\@(8,voice){\feat{-voiced}}
  \-(8,ph)
\@(5,nasal){\feat{+nasal}}
  \-(5,ph)
\@[\lowoff](4,low){\feat{+low}}
  \-(4,ph)
\@[\backoff](4,back){\feat{-back}}
  \-(4,ph)
\endasr
\xe

\ex
\asr[xgap=2em,syB=2.5em] hu'+ari|
\@(1,sy){L}
  \-(1,ts)
\@(2,sy){H}
  \-(2,ts)
\@(4,sy){L}
  \-(4,ts)
|\endasr
\TO
\asr[xgap=2em,syB=2.5em] hwari|
\@(1,sy){L}
  \-[xed=true,xedratio=.4](1,ts)\-[style=dotted](2,ts)
\@(2,sy){H}
  \-(2,ts)
\@(4,sy){L}
  \-(4,ts)
|\endasr
\xe

\ex
\asr[xgap=2em,syB=2.5em]
\X\X\X\X\X|\@(1,sy){L}\-[xed=true](0,ts)\-[xed=true](4,ts)
|\endasr
\xe

\ex
\newtier{softpal,ant,dist,nasal}%
\newpsstyle{crossing}{xed=true,xedtype=\xedcirc,style=dotted}
\tiershortcuts
\psset{xgap=1.5in,yunit=3em,ts=0 (Pg),sy=1 ([),
  ph=-1 (Cg),softpal=.3 (Sg),
  nasal=-.4 ([),ant=-2 ([),dist=-3 ([),
  tssym=Place,sysym=\feat{+cons},everyph=Coronal}
\DefList{\softpalA{2.5},\antoffset{-.22},\distoffset{.36}}
%
\quad \asr \1{}\1{}\1{}|
% softpal features
\@(\softpalA,softpal){Soft Palate}
  \-(2,sy)
\@(\softpalA,nasal){\feat{+nas}}
  \-(\softpalA,softpal)
% ant features
\@(\antoffset,ant){\feat{-ant}}
  \-(0,ph)
  \-[style=crossing](2,ph)
\@[1](\antoffset,ant){\feat{\alpha ant}}
  \-(1,ph)
\@[2](\antoffset,ant){\feat{-ant}}
  \-(2,ph)
% dist features
\@(\distoffset,dist){\feat{-dist}}
  \-(0,ph)
  \-[style=crossing](2,ph)
\@[1](\distoffset,dist){\feat{\beta dist}}
  \-(1,ph)
\@[2](\distoffset,dist){\feat{+dist}}
  \-(2,ph)
|\endasr
\xe

\ex
\newtier{dorsal,high,back,low,labial,round}
\psset{xgap=1.5in,yunit=3em,ts=0 (Pg),sy=1 ((),dorsal=-1 (Dg),
  high=-2 ((),back=-2.6 ((),low=-3.2 ((),
  labial=-4 (Lg),round=-5 ((),
  sysym=\feat{-cons},tssym=Place}
\DefList{\dorsalA{.4},\dorsalB{1.6},\highoffset{-.2},%
  \backoffsetA{.1},\backoffsetB{-.2},\lowoffsetA{.5},%
  \lowoffsetB{.3},\labialA{-.2},\labialB{2.2}}
\asr \1\X\X\1\X
|\@(1,sy){\feat{+cons}}
  \-(1,ts)
\@(\dorsalA,dorsal){Dorsal}\-(0,ts)
\@(\dorsalB,dorsal){Dorsal}\-(2,ts)
\@[\highoffset](\dorsalA,high){\feat{-high}}
  \-(\dorsalA,dorsal)
  \-(\dorsalB,dorsal)
\@[\backoffsetA](\dorsalA,back){\feat{+back}}
  \-(\dorsalA,dorsal)
  \-[style=dotted](\dorsalB,dorsal)
\@[\backoffsetB](\dorsalB,back){\feat{+back}}
  \-[xed=true](\dorsalB,dorsal)
\@[\lowoffsetA](\dorsalA,low){\feat{-low}}
  \-(\dorsalA,dorsal)
  \-[style=dotted](\dorsalB,dorsal)
\@[\lowoffsetB](\dorsalB,low){\feat{+low}}
  \-[xed=true](\dorsalB,dorsal)
\@(\labialA,labial){Labial}
  \-(0,ts)
\@(\labialB,labial){Labial}
  \-(2,ts)
\@(\labialA,round){\feat{+round}}
  \-(\labialA,labial)
  \-[style=dotted](\labialB,labial)
\@(\labialB,round){\feat{-round}}
  \-[xed=true](\labialB,labial)
\endasr
\xe

\ex
\DefList{\syloffA{.4},\syloffB{-.1},\nucoff{.2}}
\asr[style=bigsyls]
|\varsyl{\syloffA}{0,1,2}|kat
|\varsyl{\syloffA}{0,1,2}|man
|\varsyl{\syloffB}{0,1}|du
|\asrsetkeys{syB=!2.5ex,sysym=$\nu$}
\setxpos1
\varsyl{\nucoff}{0}
\stepxpos3
\varsyl{\nucoff}{0}
\stepxpos3
\varsyl{\nucoff}{0}
\endasr
\qquad (alternate code for earlier example)
\xe

\ex
\asr[ts=0 (x),sy=1.5 ($*$),ph=-1.6 (C),
  xgap=1.2em,syB=3.2ex,sysym=$*$]
|\def\({\tierput[-.7](\xpos,sy){(}}%
\def\.{{\stepxpos{-.5}\tierput(\xpos,ts){\bf .}}}%
|C\(\1V\.C\1V\.C\1V\.C\(\1VX\.C\1V\.C\1V\.
  C\(\1VX\.C\1V\.C\1V\.C\1V\.C\1V
|\LevelsIncrement
     \setxpos1
     \1\(
     \stepxpos6
     \1
     \stepxpos7
     \1
  \LevelsIncrement
     \setxpos1
     \1
\endasr
\xe

\ex
\asr[unit=3.6ex,yunit=1.3,ts=0 ($\times$),sy=1 ($\sigma$),xgap=1]
\1\X\2\X\X\2\X\X\1\X\2\X\X\1\X\1\X\2\X\X
|\dput[Bl](12.5,\ASRtsB){syllable terminal}
\dput[Bl](12.5,\ASRsyB){syllable}
\LevelsIncrement
\asrsetkeys{sysym=Ft,sy=* (F)}
  \setxpos0
  \varsyl{.75}{0,1.5}
  \varsyl{4.25}{3.5,5}
  \varsyl{7.25}{6.5,8}
  \varsyl{9.75}{9,10.5}
  \dput[Bl](12.5,\ASRsyB){foot}
\LevelsIncrement
  \asrsetkeys{sysym=Wd,tsht=!.3ex}
  \varsyl{2.5}{.75,4.25}
  \varsyl{8.5}{7.25,9.75}
  \dput[Bl](12,\ASRsyB){Prosodic word}
\LevelsIncrement
  \asrsetkeys{sysym=PhP}
  \varsyl{5.5}{2.5,8.5}
  \dput[Bl](12,\ASRsyB){Phonological phrase}
\endasr
\xe

\ex \quad
\asr[reptype=nots] \3kat\3man\3du:\endasr
\qquad versus\qquad
\asr[reptype=normal] \3kat\3man\3du:\endasr
\xe

\ex \quad \vtop{%
\newpsstyle{tonedot}{linestyle=dotted,dotsep=1.2pt,linewidth=1pt}
\def\H{\varsyl[sysym=H]0{0}}%
\asrsetkeys{xgap=1em,sysym=L,syB=2.3em,reptype=nots}
\halign{#\hfil&& \hskip3em #\hfil\cr
\asr c\H ed\1e{$+$}\H ar\1i\endasr&
\asr h\1u{$+$}\H ar\1i\endasr& underlying\cr
\noalign{\bigskip}
%
\asr c\H ed{$+$}\H ar\1i
  |\tierput(2.5,sy){L}\endasr&
\asr hw{$+$}\H ar\1i
  |\tierput(1,sy){L}\endasr& syncope/glide formation\cr
\noalign{\bigskip}
%
\asr c\H ed{$+$}\H ar\1i
  |\tierput(2.5,sy){L}\assoc[style=tonedot](4,ts)\endasr&
\asr hw{$+$}\H ar\1i
  |\tierput(1,sy){L}\assoc[style=tonedot](3,ts)\endasr&
  reassociation\cr
}}\xe

\begingroup % DM representations
\asrsetkeys{reptype=DM,
  ph=-2.3em (ky),ts=0 (Sy),mlevelsep=.8em,
  lbstyle=normal,rbstyle=normal,xgap=1.4ex}

\ex
\vtop{%
\halign{#\hfil&&\hskip1.7em #\hfil\cr
a. \ Derivational suffix& b. \ /i\~n/-Adjunction&
  c. \ /zi\~n/-Adjunction\cr
\noalign{\medskip}
\hfil
\asr
{Stem,amig}{Suffix,on}{n,}{\#,o}|
\merge{A1,A2,B1}{Suffix}%
\merge{B1,A3,C1}{n}%
\merge{C1,A4,D1}{\#}%
\endasr
&
\asr
{Stem,amig}{n$_1$}{Dim,i\~n}{n$_2$}{\#,o}|
\merge{A1,A2,B1}{n$_1$}
\merge{A3,A4,B2}{n$_2$}
\merge{B1,B2,C1}{n$_1$}
\merge{C1,A5,D1}[C]{\#}
\endasr
&
\asr
{Stem,amig}{n}{\#$_1$,o}{Dim,zi\~n}{n}{\#$_2$,o}|
\merge{A1,A2,B1}{n}%
\merge{B1,A3,C1}{\#$_1$}%
\merge{A4,A5,B2}{n}%
\merge{B2,A6,C2}{\#$_2$}%
\merge{C1,C2,D1}{\#$_1$}%
\endasr
\cr}}\xe

\ex
\psset{xgap=1.25ex,yunit=.6em,realstyle=spell,
  lbstyle=normal,rbstyle=head}
\vtop{%
\halign{#\hfil&&\hskip1.7em #\hfil\cr
a. \ Derivational suffix& b. \ /i\~n/-Adjunction&
  c. \ /zi\~n/-Adjunction\cr
\noalign{\medskip}
\hfil
\asr
{\sc AMIG,amig}{\sc MOD,on}{n,}{ \#,o}|
\merge{A1,A2,B1}
\merge{B1,A3,C1}
\merge{C1,A4,D}
\endasr
&
\asr
{\sc AMIG,amig}{n}{Dim,i\~n}{n}{ \#,o}|
\merge{A1,A2,B1}
\merge{A3,A4,B2}
\merge[lbstyle=head,rbstyle=adjunct]{B1,B2,C1}
\merge{C1,A5,D}
\endasr
&
\asr
{\sc AMIG,amig}{n}{ \# ,o}{Dim,zi\~n}{n}{ \#,o}|
\merge{A1,A2,B1}
\merge{B1,A3,C1}
\merge{A4,A5,B2}
\merge{B2,A6,C2}
\merge[lbstyle=head,rbstyle=adjunct,mslope=.6]{C1,C2,D}
\endasr
\cr}}\xe

\endgroup % DM representations




%%%%%%
\def\skewx(#1,#2)#3{%
  \pssetxlength\dimpuba{#1}%
  \pssetylength\dimpubb{#2}%
  \advance\dimpuba by \slantratio\dimpubb
  \edef#3{\the\dimpuba}%
}
\def\skewline(#1,#2)#3(#4,#5){%
  \skewx(#1,#2)\tempa
  \skewx(#4,#5)\tempb
  \psline(\tempa,#2)(\tempb,#5)%
}
\def\skewdput#1(#2,#3){%
  \skewx(#2,#3)\tempa
  \dput#1(\tempa,#3)%
}

\ex
\newpsstyle{pageborder}{linestyle=dashed,linewidth=.3pt,
  dash=2pt 1.8pt}
\def\ts{\psframebox*[framesep=0pt]{$\times$}}%
\psset{unit=4ex,xgap=1,ts=-.5ex ($\times$),ph=-1.3 (e) .5pt,
  sy=1.5 (s),tssym=\ts,asrB=1.5}
\DefList{\vpagetop{2.5},\hpagebot{-1.7},\slantratio{.9}}
\asr |\psframe[style=pageborder](-1,0)(5,\vpagetop)|
\X\X\X\X\X
|\skewx(-1,\hpagebot)\tempa
\skewx(5,\hpagebot)\tempb
\psline[style=pageborder]
  (-1,0)(\tempa,\hpagebot)(\tempb,\hpagebot)(5,0)
\skewline(1.15,\ASRtsb)(2,\ASRpht)
\skewline(3,\ASRtsb)(2,\ASRpht)
\skewdput[B](2,\ASRphB){\bf a}
\skewdput(-1,\hpagebot){}
\@(0,sy){\bf k}\-(0,ts)
\@(2,sy){\bf t}\-(2,ts)
\@(4,sy){\bf b}\-(4,ts)
\dput(0,\vpagetop){}
\endasr
\xe

\ex
\DefList{\hioff{.4},\upoff{-.2}}
\def\\#1{$\scriptstyle\rm #1$}%
\asr[unit=2em,xgap=5em,ts=0 ($\bullet$) 1ex 0,tssym=$\bullet$,
  phB=-1,syB=\ASRtst]
\X\X\X
|\@[\upoff](0,ph){\\{+upper}}
  \-(0,ts)
  \-[style=dotted](1,ts)
\@[\upoff](1,ph)
  {\\{-upper}}
  \-[xed=true,xedratio=.55](1,ts)
\@[\upoff](2,ph){\\{+upper}}
  \-(2,ts)
\asrsetkeys{phB=!-1}
\setxpos0
\varph{\\{-hi}}{\hioff}
\varph{\\{+hi}}{\hioff}
\varph{\\{-hi}}{\hioff}
\@(0,sy){H}
\@(1,sy){L}
\@(2,sy){H}
\endasr
\xe

\ex
\newtier{nuclear,rhyme}
\psset{xgap=2em,yunit=1.8em,phB=-1,syB=3.5,nuclear=1 (N),rhyme=2.2 (R)}
\DefList{\sypos{2.2},\rhymepos{3.1}}
\asr |\varsyl{\sypos}{0,1}|
dri:m
|\@(2.5,nuclear){N}
  \-(2,ts)
  \-(3,ts)
\@(\rhymepos,rhyme){R}
  \-(\sypos,sy)
  \-(2.5,nuclear)
  \-(4,ts)
\endasr
\xe

\ex
\newtier{nuclear,rhyme,coda,onset}
\psset{xgap=2.5em,yunit=2em,
  phB=-1,nuclear=.9 (lg),coda=1.2 (dg),rhyme=2.3 (hy),
  onset=1.8 (tg),syB=3.5}
\DefList{\onsetpos{.5},\nuclearpos{2.5},\rhymepos{3.25}}
\asr
dri:m
|\@(\nuclearpos,nuclear){nuclear}
  \-(2,ts)
  \-(3,ts)
\@(4,coda){coda}
  \-(4,ts)
\@(\onsetpos,onset){onset}
  \-(0,ts)
  \-(1,ts)
\@(\rhymepos,rhyme){rhyme}
  \-(4,coda)
  \-(\nuclearpos,nuclear)
\@(2,sy){$\sigma$}
  \-(\onsetpos,onset)
  \-(\rhymepos,rhyme)
|\endasr
\xe

\ex
\def\XS{\bare{$\acute\omega$}}%
\def\JunctureChoose#1{\ifx#1-\hbox{-}\else #1\fi}%
\asrsetkeys{tssym=$\omega$,xgap=1.3em,phantomjunctures=true}
a.\quad
\vtop{\openup1ex
\halign{#\hfil\cr
\asr \X\X\X\X\endasr \cr
\asr '(\XS\X\X\X\endasr \cr
\asr '(\XS\X')\X\X\endasr \cr
\asr '(\XS\X')\XS')\X\endasr \cr
}}
\qquad
b.\quad
\vtop{\openup1ex
\halign{#\hfil\cr
\asr \X\X\X'-\X\endasr \cr
\asr '(\XS\X\X'-\X\endasr \cr
\asr '(\XS\X')\X'-\X\endasr \cr
}}
\qquad
c.\quad
\vtop{\openup1ex
\halign{#\hfil\cr
\asr \X\X\X\X'-\X\endasr \cr
\asr '(\XS\X\X\X'-\X\endasr \cr
\asr '(\XS\X')\X\X'-\X\endasr \cr
\asr '(\XS\X')\XS')\X'-\X\endasr \cr
}}
\xe

\end{document}

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