Source Code 1994 March/Source_Code_CD-ROM_Walnut_Creek_March_1994.iso/compsrcs/misc/volume41/wwfs/part04

Text File | 1994-01-16 | 89.6 KB | 2,437 lines

Newsgroups: comp.sources.misc
From: [e-mail] (Youki Kadobayashi)
Subject: v41i089:  wwfs - WorldWide File System, Part04/22
Message-ID: <[e-mail]>
X-Md4-Signature: f6182014159cb46cda0adadbbe64b56f
Sender: [e-mail] (Kent Landfield)
Organization: Sterling Software
Date: Mon, 17 Jan 1994 02:11:15 GMT
Approved: [e-mail]

Submitted-by: [e-mail] (Youki Kadobayashi)
Posting-number: Volume 41, Issue 89
Archive-name: wwfs/part04
Environment: UNIX, inet

#! /bin/sh
# This is a shell archive.  Remove anything before this line, then feed it
# into a shell via "sh file" or similar.  To overwrite existing files,
# type "sh file -c".
# Contents:  doc/panel.ps.B rpc/cs_prot.h wwalk/wwalkrc
# Wrapped by kent@sparky on Sun Jan 16 17:48:21 1994
PATH=/bin:/usr/bin:/usr/ucb:/usr/local/bin:/usr/lbin:$PATH ; export PATH
echo If this archive is complete, you will see the following message:
echo '          "shar: End of archive 4 (of 22)."'
if test -f 'doc/panel.ps.B' -a "${1}" != "-c" ; then
  echo shar: Will not clobber existing file \"'doc/panel.ps.B'\"
else
  echo shar: Extracting \"'doc/panel.ps.B'\" \(79511 characters\)
  sed "s/^X//" >'doc/panel.ps.B' <<'END_OF_FILE'
X    dup _str cvs (Narrow) anchorsearch {pop cvn exch _find {exch pop}{
X    exch findfont 0 _copyfont@ dup /FontName 3 index put
X    dup /FontMatrix 2 copy get [5 6 div 0 0 1 0 0] matrix concatmatrix put
X    definefont}ifelse
X    }{pop findfont}ifelse
X} __NJbdef
X/_defmixfont@ { % /FName [/ASCII /KANJI shiftmtx] _defmixfont@ -font-
X    aload pop /_@shiftmatrix exch __NJdef (-NeXT-H) _bind findfont
X    /_EUC exch __NJdef _findNarrow /_@ASCII exch __NJdef
X    dup /_ exch _bind dup _EUC /Encoding get length 2 idiv dup 0 _EUC _shiftE
X    dup /Encoding 2 copy get dup
X    3 index /FMapType get 5 eq {16#41}{16#20}ifelse 89 put  put
X    dup /FontMatrix _@shiftmatrix put
X    dup /FDepVector [ _EUC /FDepVector get aload pop _EUC /FMapType get 5 eq {
X    /_S_ _@ASCII /FontName get _bind _@ASCII 0 _copyfont@
X    dup /Encoding 2 copy get 256 array copy dup dup dup 0 128 getinterval
X    128 exch putinterval 0 _@ASCII /Encoding get 128 128 getinterval
X    putinterval put dup /FontName 3 index put definefont
X    }{_@ASCII}ifelse
X     _@shiftmatrix matrix invertmatrix makefont] put definefont
X    15 dict begin
X    /FontName 2 index def
X    /FontType 0 def     /PaintType 0 def
X    /FMapType 4 def     /FontMatrix matrix def
X    /Encoding [0 1] def /PrefEnc 1 index /Encoding get def
X    /FontBBox _@ASCII /FontBBox get 4 array copy cvx
X        dup 2 get 1000 lt {dup 2 1000 put}if
X        dup 3 get 880 lt {dup 3 880 put}if def
X    /FontInfo _@ASCII /FontInfo get def
X    /FDepVector [_@ASCII 4 -1 roll] def
X    currentdict end definefont
X} __NJbdef
X/Ryumin-Light-NeXT-H {/Ryumin-Light true _defNeXTF} __NJbdef
X/Ryumin-Light-NeXT-V {/Ryumin-Light false _defNeXTF} __NJbdef
X/GothicBBB-Medium-NeXT-H {/GothicBBB-Medium true _defNeXTF} __NJbdef
X/GothicBBB-Medium-NeXT-V {/GothicBBB-Medium false _defNeXTF} __NJbdef
X/Ryumin-Light-NeXT-SystemGaiji {/Ryumin-Light _defSGaiji} __NJbdef
X/GothicBBB-Medium-NeXT-SystemGaiji {/GothicBBB-Medium _defSGaiji} __NJbdef
X/FixedRyuminCourier-Light {
X    [/NarrowCourier /Ryumin-Light matrix] _defmixfont@} __NJbdef
X/FixedRyuminCourier-LightOblique {
X    [/NarrowCourier-Oblique /Ryumin-Light [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/FixedRyuminCourier-Bold {
X    [/NarrowCourier-Bold /Ryumin-Light matrix] _defmixfont@} __NJbdef
X/FixedRyuminCourier-BoldOblique {
X    [/NarrowCourier-BoldOblique /Ryumin-Light [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/RyuminTimes-Light {
X    [/Times-Roman /Ryumin-Light matrix] _defmixfont@} __NJbdef
X/RyuminTimes-LightOblique {
X    [/Times-Italic /Ryumin-Light [1 0 .277325 1 0 0]] _defmixfont@} __NJbdef
X/RyuminTimes-Bold {
X    [/Times-Bold /Ryumin-Light matrix] _defmixfont@} __NJbdef
X/RyuminTimes-BoldOblique {
X    [/Times-BoldItalic /Ryumin-Light [1 0 .277325 1 0 0]] _defmixfont@} __NJbdef
X/FixedGothicBBBCourier {
X    [/NarrowCourier /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/FixedGothicBBBCourier-Oblique {
X    [/NarrowCourier-Oblique /GothicBBB-Medium [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/FixedGothicBBBCourier-Bold {
X    [/NarrowCourier-Bold /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/FixedGothicBBBCourier-BoldOblique {
X    [/NarrowCourier-BoldOblique /GothicBBB-Medium [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/GothicBBBHelvetica {
X    [/Helvetica /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/GothicBBBHelvetica-Oblique {
X    [/Helvetica-Oblique /GothicBBB-Medium [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/GothicBBBHelvetica-Bold {
X    [/Helvetica-Bold /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/GothicBBBHelvetica-BoldOblique {
X    [/Helvetica-BoldOblique /GothicBBB-Medium [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/TitleGothicBBBHelvetica {
X    [/Helvetica /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/TitleGothicBBBHelvetica-Bold {
X    [/Helvetica-Bold /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X
X/NextStepEncoding where not{
X/NextStepEncoding StandardEncoding 256 array copy def
X0 [129/Agrave/Aacute/Acircumflex/Atilde/Adieresis/Aring/Ccedilla/Egrave
X/Eacute/Ecircumflex/Edieresis/Igrave/Iacute/Icircumflex/Idieresis
X/Eth/Ntilde/Ograve/Oacute/Ocircumflex/Otilde/Odieresis/Ugrave/Uacute
X/Ucircumflex/Udieresis/Yacute/Thorn/mu/multiply/divide/copyright
X176/registered 181/brokenbar 190/logicalnot 192/onesuperior 201/twosuperior
X204/threesuperior 209/plusminus/onequarter/onehalf/threequarters/agrave
X/aacute/acircumflex/atilde/adieresis/aring/ccedilla/egrave/eacute
X/ecircumflex/edieresis/igrave 226/iacute 228/icircumflex/idieresis/eth
X/ntilde 236/ograve/oacute/ocircumflex/otilde/odieresis 242/ugrave/uacute
X/ucircumflex 246/udieresis/yacute 252/thorn/ydieresis]
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X {NextStepEncoding 2 index 2 index put pop 1 add}{exch pop}ifelse
X}forall pop
X/NextStepEncoding NextStepEncoding readonly def
X/_NXfstr 128 string dup 0 (_NX) putinterval def
X/_NXfindfont /findfont load def
X
X/NJEncoding NextStepEncoding /Encoding defineresource pop
X
X/findfont{
X % Because we can never let NextStepEncoding get into
X % SharedFontDirectory, we cannot reencode a font to NextStepEncoding
X % if we are in shared mode.  So if currentshared is true,
X % we call the normal findfont and return that
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X   //_@Private begin dup load exec end
X }{dup _NXfstr 3 125 getinterval cvs length 3 add _NXfstr 0 3 -1 roll
X  getinterval cvn exch FontDirectory 2 index known
X  {pop FontDirectory exch get}
X  {_NXfindfont dup /Encoding get StandardEncoding eq
X   {    dup length dict exch
X    {1 index /FID ne {2 index 3 1 roll put}{pop pop}ifelse}forall
X     dup /Encoding NextStepEncoding put definefont
X    }{exch pop} ifelse
X    }ifelse
X   }ifelse
X  }ifelse
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X}{pop}ifelse
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X/_NXDoImageOp{
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X    chans 2 add 2 roll parr 0 chans getinterval astore pop
X    5 index 4 index mul 2 index{1 sub 8 idiv 1 add mul}{mul 1 sub 8 idiv 1 add}ifelse
X    4 index mul /totbytes exch def pop exch pop
X    gsave matrix invertmatrix concat 0.5 setgray 0 0 4 2 roll rectfill grestore
X    {0 1 chans 1 sub{parr exch get exec length totbytes exch sub /totbytes exch def}for totbytes 0 le{exit}if}loop end
X}__NXbdef
X/alphaimage{1 add _NXDoImageOp}def
X_NXLevel2{
X    /NXCalibratedRGBColorSpace where{pop}{
X        /NXCalibratedRGBColorSpace
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X        {cleartomark /NXCalibratedRGB[/CIEBasedABC 2 dict dup begin
X        /MatrixLMN[.4124 .2126 .0193 .3576 .7152 .1192 .1805 .0722 .9505]def
X        /WhitePoint[.9505 1 1.089] def end] /ColorSpace defineresource}if def}ifelse
X    /nxsetrgbcolor{NXCalibratedRGBColorSpace setcolorspace setcolor}__NXbdef
X    /nxsetgray{dup dup nxsetrgbcolor}__NXbdef
X    /_NXSetCMYKOrRGB{nxsetrgbcolor pop pop pop pop}__NXbdef
X    /_NXCalibratedImage{exch{array astore dup length true}{false}ifelse
X        8 -1 roll{NXCalibratedRGBColorSpace setcolorspace}if
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X        currentcolorspace 0 get /Indexed eq{pop /Decode[0 2 6 index exp 1 sub]def}
X        {2 mul dup array /Decode exch def 1 sub 0 1 3 -1 roll{Decode exch dup 2 mod put}for}ifelse
X        /DataSource exch def /ImageMatrix exch def
X        /BitsPerComponent exch def /Height exch def /Width exch def end image}__NXbdef
X} {
X    /setcmykcolor{
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X        4 -1 roll sub dup 0 lt{pop 0}if 3 1 roll exch sub dup 0 lt{pop 0}if setrgbcolor}__NXbdef
X    /currentcmykcolor{currentrgbcolor 3{1.0 exch sub 3 1 roll}repeat 0}__NXbdef
X    /colorimage{_NXDoImageOp}__NXbdef
X    /nxsetrgbcolor{setrgbcolor}__NXbdef /nxsetgray{setgray}__NXbdef
X    /setpattern{pop .5 setgray}__NXbdef
X    /_NXSetCMYKOrRGB{pop pop pop setcmykcolor}__NXbdef
X    /_NXCalibratedImage{dup 1 eq {pop pop image}{colorimage}ifelse pop}__NXbdef
X} ifelse
X%%EndProcSet
X
X_NXLevel2{/_NXsethsb where{pop}{/_NXsethsb /sethsbcolor load def}ifelse /sethsbcolor{_NXsethsb currentrgbcolor nxsetrgbcolor}def /setrgbcolor{nxsetrgbcolor}bind def /setgray{nxsetgray}bind def
X}if
Xgsave
X /__NXbasematrix matrix currentmatrix def
Xgrestore
X%%EndProlog
X%%BeginSetup
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X} def /verticals2 {
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X} def /holizontal1 {
X    0 5 moveto 20 5 lineto 0 10 moveto 20 10 lineto 0 15 moveto 20 15 lineto 0 20 moveto 20 20 lineto stroke
X} def /holizontal2 {
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X} def /point1 {
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X} def /oblique5 {
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X} def /block {
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X} def /wave {
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X} def /zetsuen2 {
X    0 0 moveto 10 20 lineto 10 0 moveto 20 20 lineto 0 0 moveto 20 0 lineto 0 10 moveto 20 10 lineto stroke
X} def /glass1 {
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X} def /glass2 {
X    0 2 moveto 2 0 lineto 0 18 moveto 18 0 lineto 2 20 moveto 20 2 lineto 18 20 moveto 20 18 lineto stroke
X} def /circle3 {
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X} def /circle2 {
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X} def /circle1 {
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X} def /tanten1 {
X    5 0 moveto 5 2 lineto 15 0 moveto 15 2 lineto 0 5 moveto 0 7 lineto 10 5 moveto 10 7 lineto 20 5 moveto 20 7 lineto 5 10 moveto 5 12 lineto 15 10 moveto 15 12 lineto 0 15 moveto 0 17 lineto 10 15 moveto 10 17 lineto 20 15 moveto 20 17 lineto stroke
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X} def /showHorizon {
X    gsave stx ptnwidth enx {
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X} def /showPattern {
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X} def /ArcRect {
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X    } repeat sx ey sx sy r arcto 4 {
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X} def /line {
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X} def /setup {
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X} def /arrow0 {
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X} def /arrow2 {
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X} def
X%%EndSetup
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X        dup length array cvx copy dup 2 4 -1 roll put __NXProcessRectArgs
X    }{{__NXRectPath stroke} __NXProcessRectArgs}ifelse grestore
X}__NXbdef
X/_NXLevel2 systemdict /languagelevel known {languagelevel 2 ge}{false}ifelse __NXdef
X/xyshow{
X    0 1 3 index length 1 sub{
X        currentpoint 4 index 3 index 1 getinterval show
X        3 index 3 index 2 mul 1 add get add exch
X        3 index    3 index 2 mul get add exch moveto pop
X    }for pop pop
X}__NXbdef
X/xshow{
X    0 1 3 index length 1 sub{
X        currentpoint 4 index 3 index 1 getinterval show
X        exch 3 index 3 index get add exch moveto pop
X    }for pop pop
X}__NXbdef
X/yshow{
X    0 1 3 index length 1 sub{
X        currentpoint 4 index 3 index 1 getinterval show
X        3 index 3 index get add moveto pop
X    }for pop pop
X}__NXbdef
X/arct{arcto pop pop pop pop}__NXbdef
X/setbbox{pop pop pop pop}__NXbdef
X/ucache{}__NXbdef
X/ucachestatus{mark 0 0 0 0 0}__NXbdef
X/setucacheparams{cleartomark}__NXbdef
X/uappend{systemdict begin cvx exec end}__NXbdef
X/ueofill{gsave newpath uappend eofill grestore}__NXbdef
X/ufill{gsave newpath uappend fill grestore}__NXbdef
X/ustroke{
X    gsave newpath dup length 6 eq
X    {exch uappend concat}{uappend}ifelse
X    stroke grestore
X}__NXbdef
X/__NXustrokepathMatrix dup where {pop pop}{matrix def}ifelse
X/ustrokepath{
X    newpath dup length 6 eq{
X        exch uappend __NXustrokepathMatrix currentmatrix exch concat
X        strokepath setmatrix
X    }{uappend strokepath}ifelse
X} __NXbdef
X/upath{
X    [exch {/ucache cvx}if pathbbox /setbbox cvx
X     {/moveto cvx}{/lineto cvx}{/curveto cvx}{/closepath cvx}pathforall]cvx
X} __NXbdef
X/setstrokeadjust{pop}__NXbdef
X/currentstrokeadjust{false}__NXbdef
X/selectfont{exch findfont exch
Xdup type /arraytype eq {makefont}{scalefont}ifelse setfont}__NXbdef
X/_NXCombineArrays{
X    counttomark dup 2 add index dup length 3 -1 roll {
X        2 index length sub dup 4 1 roll 1 index exch 4 -1 roll putinterval exch
X    }repeat pop pop pop
X}__NXbdef
X/flushgraphics{}def
X/setwindowtype{pop pop}def
X/currentwindowtype{pop 0}def
X/setalpha{pop}def
X/currentalpha{1.0}def
X/hidecursor{}def
X/obscurecursor{}def
X/revealcursor{}def
X/setcursor{4 {pop}repeat}bind def
X/showcursor{}def
X
X/SharedFontDirectory FontDirectory __NXdef
X/_JPN /GothicBBB-Medium-EUC-H dup findfont /FontName get eq def
X
X_JPN {
X  mark { /NJ12-88-CFEncoding findencoding } stopped {
X    /defineresource {
X      pop dup 3 1 roll userdict /EncodingDirectory get 3 1 roll readonly put
X    } __NXbdef
X    /GothicBBB-Medium-EUC-H findfont begin
X    Encoding dup length array copy dup dup dup length 2 idiv dup getinterval
X    0 exch putinterval
X    FMapType 2 eq {
X        dup 16#0E 78 put dup 16#20 89 put
X        0 1 9 {dup 16#75 add exch 79 add 2 index 3 1 roll put} for
X    }{
X        dup 16#1D 78 put dup 16#41 89 put
X        0 1 9 {dup dup add 16#EB add exch 79 add 2 index 3 1 roll put} for
X    } ifelse
X    /NJ12-88-CFEncoding exch /Encoding defineresource pop
X    /EUCEncoding FDepVector 10 get /Encoding get /Encoding defineresource pop
X    end
X  } if cleartomark
X} if
X
X/_@Private dup where {pop pop}{50 dict def}ifelse
X/__NJdef _JPN {{//_@Private 3 1 roll put}}{{pop pop}} ifelse bind def
X/__NJbdef _JPN {{//_@Private 2 index known {pop pop}{bind //_@Private 3 1 roll put}ifelse}}{{pop pop}} ifelse bind def
X/_str 128 string __NJdef
X/_find { % /FName _find FontOrFName bool
X    false 0 {dup 3 index known {3 -1 roll get exch pop true exit}{pop}ifelse} forall
X} bind dup 1
X[/SharedFontDirectory dup where {exch get}{pop}ifelse //FontDirectory] put //_@Private 3 1 roll put
X/_copyfont@ { % -font- extension _copyfont@ -dict-
X    1 index maxlength add dict begin {
X    1 index /FID ne 2 index /UniqueID ne and {def}{pop pop}ifelse
X    } forall currentdict end
X} __NJbdef
X/_bind { % /n1 /n2 _bind /n1+2
X    exch dup length 2 index length add _str 4 2 roll
X    _str cvs length exch dup length string cvs putinterval
X    _str exch 0 exch getinterval cvn
X} __NJbdef
X/NDEncoding 256 array dup 0 1 255 {/.notdef put dup} for pop __NJdef
X/_shiftE { % /Fname start length target -font- _shiftE -dict-
X    0 _copyfont@ begin Encoding 4 2 roll getinterval NDEncoding 256 array
X    copy dup 4 -2 roll putinterval Encoding length 256 eq {
X    dup dup 0 128 getinterval 128 exch putinterval } if
X    /Encoding exch def /FontName exch def currentdict end
X} __NJbdef
X/_makeSGFDV { % - _makeSGFDV [FDV]
X    [ _FN /.WP-Symbol _bind findfont
X    _SGFN /.rFC _bind dup 0 96 32 5 index _shiftE definefont
X    _SGFN /.rFD _bind dup 96 32 32 6 index _shiftE definefont
X    _SGFN /.rFE _bind dup 0 128 0 _FN /-Ext-H _bind findfont dup /Encoding get
X    16#2d get exch /FDepVector get exch get _shiftE dup /Encoding 2 copy get
X    [16#f0 16#f1 16#f2 16#f5 16#f6 16#f7 16#fa 16#fb 16#fc] {
X    dup 2 index exch /.notdef put 128 sub 1 index exch /.notdef put
X    } forall put definefont
X    ] dup 0 /NotDefFont findfont put
X} __NJbdef
X/_defSGaiji { % /fullname /basename _defSGaiji -sysGaiji-
X    /_FN exch __NJdef /_SGFN exch __NJdef 15 dict
X    dup /FontName _SGFN put    dup /FontType 0 put
X    dup /FMapType 2 put        dup /FontMatrix matrix put
X    dup /FontBBox {0 -140 1000 880} put
X    dup /Encoding 256 array 0 1 255 {1 index exch 0 put}for
X    dup 16#FC 1 put    dup 16#FD 2 put    dup 16#FE 3 put put
X    dup /FDepVector _makeSGFDV put    dup /isNeXTGaiji true put
X    _SGFN exch definefont
X} __NJbdef
X/_defNeXTF { % /fullname /basename Hflag _defNeXTF
X2 index _find { 4 1 roll pop pop pop}{pop
X    /_FN 2 index __NJdef {/-EUC-H}{/-EUC-V}ifelse _bind findfont
X    1 _copyfont@ begin
X    /FontName 1 index def
X    /UserGaijiName _FN /-NeXT-UserGaiji _bind def
X    /Encoding Encoding dup length array copy FMapType 2 eq {dup 16#8E 78 put
X    0 1 9 {dup 16#F5 add exch 79 add 2 index 3 1 roll put} for
X    }{  dup 16#11D 78 put
X    0 1 9 {dup dup add 16#1EB add exch 79 add 2 index 3 1 roll put} for
X    } ifelse def
X    /FDepVector [FDepVector aload pop _FN /.Hankaku _bind
X    dup /_ _bind exch 128 128 0 3 index findfont _shiftE definefont
X    UserGaijiName findfont dup /isNeXTGaiji 2 copy known {
X        get {/FDepVector get 1 7 getinterval aload pop
X        }{pop /NotDefFont findfont 6 {dup} repeat}ifelse
X    }{pop pop pop /NotDefFont findfont 6 {dup} repeat}ifelse
X    _FN /-NeXT-SystemGaiji _bind findfont /FDepVector get 1 3 getinterval
X    aload pop] def
X    currentdict end definefont
X}ifelse
X} __NJbdef
X/_findNarrow { % /FName _findNarrow -font-
X    dup _str cvs (Narrow) anchorsearch {pop cvn exch _find {exch pop}{
X    exch findfont 0 _copyfont@ dup /FontName 3 index put
X    dup /FontMatrix 2 copy get [5 6 div 0 0 1 0 0] matrix concatmatrix put
X    definefont}ifelse
X    }{pop findfont}ifelse
X} __NJbdef
X/_defmixfont@ { % /FName [/ASCII /KANJI shiftmtx] _defmixfont@ -font-
X    aload pop /_@shiftmatrix exch __NJdef (-NeXT-H) _bind findfont
X    /_EUC exch __NJdef _findNarrow /_@ASCII exch __NJdef
X    dup /_ exch _bind dup _EUC /Encoding get length 2 idiv dup 0 _EUC _shiftE
X    dup /Encoding 2 copy get dup
X    3 index /FMapType get 5 eq {16#41}{16#20}ifelse 89 put  put
X    dup /FontMatrix _@shiftmatrix put
X    dup /FDepVector [ _EUC /FDepVector get aload pop _EUC /FMapType get 5 eq {
X    /_S_ _@ASCII /FontName get _bind _@ASCII 0 _copyfont@
X    dup /Encoding 2 copy get 256 array copy dup dup dup 0 128 getinterval
X    128 exch putinterval 0 _@ASCII /Encoding get 128 128 getinterval
X    putinterval put dup /FontName 3 index put definefont
X    }{_@ASCII}ifelse
X     _@shiftmatrix matrix invertmatrix makefont] put definefont
X    15 dict begin
X    /FontName 2 index def
X    /FontType 0 def     /PaintType 0 def
X    /FMapType 4 def     /FontMatrix matrix def
X    /Encoding [0 1] def /PrefEnc 1 index /Encoding get def
X    /FontBBox _@ASCII /FontBBox get 4 array copy cvx
X        dup 2 get 1000 lt {dup 2 1000 put}if
X        dup 3 get 880 lt {dup 3 880 put}if def
X    /FontInfo _@ASCII /FontInfo get def
X    /FDepVector [_@ASCII 4 -1 roll] def
X    currentdict end definefont
X} __NJbdef
X/Ryumin-Light-NeXT-H {/Ryumin-Light true _defNeXTF} __NJbdef
X/Ryumin-Light-NeXT-V {/Ryumin-Light false _defNeXTF} __NJbdef
X/GothicBBB-Medium-NeXT-H {/GothicBBB-Medium true _defNeXTF} __NJbdef
X/GothicBBB-Medium-NeXT-V {/GothicBBB-Medium false _defNeXTF} __NJbdef
X/Ryumin-Light-NeXT-SystemGaiji {/Ryumin-Light _defSGaiji} __NJbdef
X/GothicBBB-Medium-NeXT-SystemGaiji {/GothicBBB-Medium _defSGaiji} __NJbdef
X/FixedRyuminCourier-Light {
X    [/NarrowCourier /Ryumin-Light matrix] _defmixfont@} __NJbdef
X/FixedRyuminCourier-LightOblique {
X    [/NarrowCourier-Oblique /Ryumin-Light [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/FixedRyuminCourier-Bold {
X    [/NarrowCourier-Bold /Ryumin-Light matrix] _defmixfont@} __NJbdef
X/FixedRyuminCourier-BoldOblique {
X    [/NarrowCourier-BoldOblique /Ryumin-Light [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/RyuminTimes-Light {
X    [/Times-Roman /Ryumin-Light matrix] _defmixfont@} __NJbdef
X/RyuminTimes-LightOblique {
X    [/Times-Italic /Ryumin-Light [1 0 .277325 1 0 0]] _defmixfont@} __NJbdef
X/RyuminTimes-Bold {
X    [/Times-Bold /Ryumin-Light matrix] _defmixfont@} __NJbdef
X/RyuminTimes-BoldOblique {
X    [/Times-BoldItalic /Ryumin-Light [1 0 .277325 1 0 0]] _defmixfont@} __NJbdef
X/FixedGothicBBBCourier {
X    [/NarrowCourier /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/FixedGothicBBBCourier-Oblique {
X    [/NarrowCourier-Oblique /GothicBBB-Medium [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/FixedGothicBBBCourier-Bold {
X    [/NarrowCourier-Bold /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/FixedGothicBBBCourier-BoldOblique {
X    [/NarrowCourier-BoldOblique /GothicBBB-Medium [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/GothicBBBHelvetica {
X    [/Helvetica /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/GothicBBBHelvetica-Oblique {
X    [/Helvetica-Oblique /GothicBBB-Medium [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/GothicBBBHelvetica-Bold {
X    [/Helvetica-Bold /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/GothicBBBHelvetica-BoldOblique {
X    [/Helvetica-BoldOblique /GothicBBB-Medium [1 0 .212557 1 0 0]] _defmixfont@} __NJbdef
X/TitleGothicBBBHelvetica {
X    [/Helvetica /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X/TitleGothicBBBHelvetica-Bold {
X    [/Helvetica-Bold /GothicBBB-Medium matrix] _defmixfont@} __NJbdef
X
X/NextStepEncoding where not{
X/NextStepEncoding StandardEncoding 256 array copy def
X0 [129/Agrave/Aacute/Acircumflex/Atilde/Adieresis/Aring/Ccedilla/Egrave
X/Eacute/Ecircumflex/Edieresis/Igrave/Iacute/Icircumflex/Idieresis
X/Eth/Ntilde/Ograve/Oacute/Ocircumflex/Otilde/Odieresis/Ugrave/Uacute
X/Ucircumflex/Udieresis/Yacute/Thorn/mu/multiply/divide/copyright
X176/registered 181/brokenbar 190/logicalnot 192/onesuperior 201/twosuperior
X204/threesuperior 209/plusminus/onequarter/onehalf/threequarters/agrave
X/aacute/acircumflex/atilde/adieresis/aring/ccedilla/egrave/eacute
X/ecircumflex/edieresis/igrave 226/iacute 228/icircumflex/idieresis/eth
X/ntilde 236/ograve/oacute/ocircumflex/otilde/odieresis 242/ugrave/uacute
X/ucircumflex 246/udieresis/yacute 252/thorn/ydieresis]
X{dup type /nametype eq
X {NextStepEncoding 2 index 2 index put pop 1 add}{exch pop}ifelse
X}forall pop
X/NextStepEncoding NextStepEncoding readonly def
X/_NXfstr 128 string dup 0 (_NX) putinterval def
X/_NXfindfont /findfont load def
X
X/NJEncoding NextStepEncoding /Encoding defineresource pop
X
X/findfont{
X % Because we can never let NextStepEncoding get into
X % SharedFontDirectory, we cannot reencode a font to NextStepEncoding
X % if we are in shared mode.  So if currentshared is true,
X % we call the normal findfont and return that
X /currentshared where {pop currentshared} {false} ifelse
X {_NXfindfont}{dup //_@Private exch known {
X   //_@Private begin dup load exec end
X }{dup _NXfstr 3 125 getinterval cvs length 3 add _NXfstr 0 3 -1 roll
X  getinterval cvn exch FontDirectory 2 index known
X  {pop FontDirectory exch get}
X  {_NXfindfont dup /Encoding get StandardEncoding eq
X   {    dup length dict exch
X    {1 index /FID ne {2 index 3 1 roll put}{pop pop}ifelse}forall
X     dup /Encoding NextStepEncoding put definefont
X    }{exch pop} ifelse
X    }ifelse
X   }ifelse
X  }ifelse
X}bind def
X}{pop}ifelse
X/_NXImageString {/__NXImageString where{pop}{/__NXImageString 4000 string __NXdef}ifelse __NXImageString}__NXbdef
X/_NXDoImageOp{
X    3 dict begin /parr 5 array def 1 index{dup}{1}ifelse /chans exch def
X    chans 2 add 2 roll parr 0 chans getinterval astore pop
X    5 index 4 index mul 2 index{1 sub 8 idiv 1 add mul}{mul 1 sub 8 idiv 1 add}ifelse
X    4 index mul /totbytes exch def pop exch pop
X    gsave matrix invertmatrix concat 0.5 setgray 0 0 4 2 roll rectfill grestore
X    {0 1 chans 1 sub{parr exch get exec length totbytes exch sub /totbytes exch def}for totbytes 0 le{exit}if}loop end
X}__NXbdef
X/alphaimage{1 add _NXDoImageOp}def
X_NXLevel2{
X    /NXCalibratedRGBColorSpace where{pop}{
X        /NXCalibratedRGBColorSpace
X        {mark /NXCalibratedRGB /ColorSpace findresource exch pop}stopped
X        {cleartomark /NXCalibratedRGB[/CIEBasedABC 2 dict dup begin
X        /MatrixLMN[.4124 .2126 .0193 .3576 .7152 .1192 .1805 .0722 .9505]def
X        /WhitePoint[.9505 1 1.089] def end] /ColorSpace defineresource}if def}ifelse
X    /nxsetrgbcolor{NXCalibratedRGBColorSpace setcolorspace setcolor}__NXbdef
X    /nxsetgray{dup dup nxsetrgbcolor}__NXbdef
X    /_NXSetCMYKOrRGB{nxsetrgbcolor pop pop pop pop}__NXbdef
X    /_NXCalibratedImage{exch{array astore dup length true}{false}ifelse
X        8 -1 roll{NXCalibratedRGBColorSpace setcolorspace}if
X        8 dict dup 9 1 roll begin /ImageType 1 def /MultipleDataSources exch def
X        currentcolorspace 0 get /Indexed eq{pop /Decode[0 2 6 index exp 1 sub]def}
X        {2 mul dup array /Decode exch def 1 sub 0 1 3 -1 roll{Decode exch dup 2 mod put}for}ifelse
X        /DataSource exch def /ImageMatrix exch def
X        /BitsPerComponent exch def /Height exch def /Width exch def end image}__NXbdef
X} {
X    /setcmykcolor{
X        1.0 exch sub dup dup 6 -1 roll sub dup 0 lt{pop 0}if 5 1 roll
X        4 -1 roll sub dup 0 lt{pop 0}if 3 1 roll exch sub dup 0 lt{pop 0}if setrgbcolor}__NXbdef
X    /currentcmykcolor{currentrgbcolor 3{1.0 exch sub 3 1 roll}repeat 0}__NXbdef
X    /colorimage{_NXDoImageOp}__NXbdef
X    /nxsetrgbcolor{setrgbcolor}__NXbdef /nxsetgray{setgray}__NXbdef
X    /setpattern{pop .5 setgray}__NXbdef
X    /_NXSetCMYKOrRGB{pop pop pop setcmykcolor}__NXbdef
X    /_NXCalibratedImage{dup 1 eq {pop pop image}{colorimage}ifelse pop}__NXbdef
X} ifelse
X%%EndProcSet
X
X_NXLevel2{/_NXsethsb where{pop}{/_NXsethsb /sethsbcolor load def}ifelse /sethsbcolor{_NXsethsb currentrgbcolor nxsetrgbcolor}def /setrgbcolor{nxsetrgbcolor}bind def /setgray{nxsetgray}bind def
X}if
Xgsave
X /__NXbasematrix matrix currentmatrix def
Xgrestore
X%%EndProlog
X%%BeginSetup
X/PatternDict 25 dict def PatternDict begin /1 /verticals1 def /2 /verticals2 def /3 /holizontal1 def /4 /holizontal2 def /5 /lattice1 def /6 /lattice2 def /7 /point1 def /8 /point2 def /9 /oblique1 def /10 /oblique2 def /11 /oblique3 def /12 /oblique4 def /13 /oblique5 def /14 /oblique6 def /15 /block def /16 /zetsuen1 def /17 /zetsuen2 def /18 /batsu def /19 /glass1 def /20 /glass2 def /21 /circle3 def /22 /tanten1 def /23 /tanten2 def /24 /tanten3 def /25 /tanten4 def end /space {
X    newpath
X} def /verticals1 {
X    5 0 moveto 5 20 lineto 10 0 moveto 10 20 lineto 15 0 moveto 15 20 lineto 20 0 moveto 20 20 lineto stroke
X} def /verticals2 {
X    8 0 moveto 8 20 lineto 18 0 moveto 18 20 lineto stroke
X} def /holizontal1 {
X    0 5 moveto 20 5 lineto 0 10 moveto 20 10 lineto 0 15 moveto 20 15 lineto 0 20 moveto 20 20 lineto stroke
X} def /holizontal2 {
X    0 10 moveto 20 10 lineto 0 20 moveto 20 20 lineto stroke
X} def /lattice1 {
X    5 0 moveto 5 20 lineto 10 0 moveto 10 20 lineto 15 0 moveto 15 20 lineto 20 0 moveto 20 20 lineto 0 5 moveto 20 5 lineto 0 10 moveto 20 10 lineto 0 15 moveto 20 15 lineto 0 20 moveto 20 20 lineto stroke
X} def /lattice2 {
X    5 0 moveto 5 20 lineto 15 0 moveto 15 20 lineto 0 5 moveto 20 5 lineto 0 15 moveto 20 15 lineto stroke
X} def /point1 {
X    5 5 moveto 5 5 1 0 360 arc 5 15 moveto 5 15 1 0 360 arc 15 5 moveto 15 5 1 0 360 arc 15 15 moveto 15 15 1 0 360 arc fill
X} def /point2 {
X    10 10 moveto 10 10 1 0 360 arc 1 0 moveto 0 0 1 0 90 arc 0 19 moveto 0 20 1 270 360 arc 20 1 moveto 20 0 1 90 180 arc 19 20 moveto 20 20 1 180 270 arc fill
X} def /oblique1 {
X    5 0 moveto 0 5 lineto 10 0 moveto 0 10 lineto 15 0 moveto 0 15 lineto 20 0 moveto 0 20 lineto 20 5 moveto 5 20 lineto 20 10 moveto 10 20 lineto 20 15 moveto 15 20 lineto stroke
X} def /oblique2 {
X    5 0 moveto 0 5 lineto 15 0 moveto 0 15 lineto 20 5 moveto 5 20 lineto 20 15 moveto 15 20 lineto stroke
X} def /oblique3 {
X    15 0 moveto 20 5 lineto 10 0 moveto 20 10 lineto 5 0 moveto 20 15 lineto 0 0 moveto 20 20 lineto 0 5 moveto 15 20 lineto 0 10 moveto 10 20 lineto 0 15 moveto 5 20 lineto stroke
X} def /oblique4 {
X    15 0 moveto 20 5 lineto 5 0 moveto 20 15 lineto 0 5 moveto 15 20 lineto 0 15 moveto 5 20 lineto stroke
X} def /oblique5 {
X    10 0 moveto 0 10 lineto 20 0 moveto 0 20 lineto 20 10 moveto 10 20 lineto 10 0 moveto 20 10 lineto 0 0 moveto 20 20 lineto 0 10 moveto 10 20 lineto stroke
X} def /oblique6 {
X    5 0 moveto 0 5 lineto 10 0 moveto 0 10 lineto 15 0 moveto 0 15 lineto 20 0 moveto 0 20 lineto 20 5 moveto 5 20 lineto 20 10 moveto 10 20 lineto 20 15 moveto 15 20 lineto 10 0 moveto 20 10 lineto 15 0 moveto 20 5 lineto 5 0 moveto 20 15 lineto 0 0 moveto 20 20 lineto 0 5 moveto 15 20 lineto 0 10 moveto 10 20 lineto 0 15 moveto 5 20 lineto stroke
X} def /heart {
X    10 0 moveto 2 2 2 15 10 7 curveto 18 15 18 2 10 0 curveto closepath fill
X} def /block {
X    0 10 moveto 20 10 lineto 0 20 moveto 20 20 lineto 10 10 moveto 10 20 lineto 20 0 moveto 20 10 lineto stroke
X} def /wave {
X    0 10 moveto 5 10 5 180 360 arc 20 10 moveto 15 10 5 0 180 arc stroke
X} def /batsu {
X    0 0 moveto 2 2 lineto 0 20 moveto 2 18 lineto 8 8 moveto 12 12 lineto 8 12 moveto 12 8 lineto 18 18 moveto 20 20 lineto 18 2 moveto 20 0 lineto stroke
X} def /zetsuen1 {
X    0 20 moveto 10 0 lineto 10 20 moveto 20 0 lineto 0 0 moveto 20 0 lineto 0 10 moveto 20 10 lineto stroke
X} def /zetsuen2 {
X    0 0 moveto 10 20 lineto 10 0 moveto 20 20 lineto 0 0 moveto 20 0 lineto 0 10 moveto 20 10 lineto stroke
X} def /glass1 {
X    0 18 moveto 2 20 lineto 0 2 moveto 18 20 lineto 2 0 moveto 20 18 lineto 18 0 moveto 20 2 lineto stroke
X} def /glass2 {
X    0 2 moveto 2 0 lineto 0 18 moveto 18 0 lineto 2 20 moveto 20 2 lineto 18 20 moveto 20 18 lineto stroke
X} def /circle3 {
X    20 13.75 moveto 20 10 3.75 90 180 arc 17.5 10 1.25 180 360 arc 15 10 3.75 0 180 arc 12.5 10 1.25 180 360 arc 10 10 3.75 0 180 arc 7.5 10 1.25 180 360 arc 5 10 3.75 0 180 arc 2.5 10 1.25 180 360 arc 0 10 3.75 0 90 arc 20 3.75 moveto 20 0 3.75 90 180 arc 17.5 0 1.25 180 360 arc 15 0 3.75 0 180 arc 12.5 0 1.25 180 360 arc 10 0 3.75 0 180 arc 7.5 0 1.25 180 360 arc 5 0 3.75 0 180 arc 2.5 0 1.25 180 360 arc 0 0 3.75 0 90 arc stroke
X} def /circle2 {
X    20 10 moveto 20 2.5 7.5 90 180 arc 15 2.5 2.5 180 360 arc 10 2.5 7.5 0 180 arc 5 2.5 2.5 180 360 arc 0 2.5 7.5 0 90 arc stroke
X} def /circle1 {
X    20 20 moveto 20 5 15 90 180 arc 10 5 5 180 360 arc 0 5 15 0 90 arc stroke
X} def /tanten1 {
X    5 0 moveto 5 2 lineto 15 0 moveto 15 2 lineto 0 5 moveto 0 7 lineto 10 5 moveto 10 7 lineto 20 5 moveto 20 7 lineto 5 10 moveto 5 12 lineto 15 10 moveto 15 12 lineto 0 15 moveto 0 17 lineto 10 15 moveto 10 17 lineto 20 15 moveto 20 17 lineto stroke
X} def /tanten2 {
X    5 0 moveto 7 0 lineto 15 0 moveto 17 0 lineto 0 5 moveto 2 5 lineto 10 5 moveto 12 5 lineto 0 5 moveto 2 5 lineto 5 10 moveto 7 10 lineto 15 10 moveto 17 10 lineto 0 15 moveto 2 15 lineto 10 15 moveto 12 15 lineto 0 15 moveto 2 15 lineto stroke
X} def /tanten3 {
X    5 20 moveto 7 18 lineto 15 20 moveto 17 18 lineto 0 5 moveto 2 3 lineto 10 5 moveto 12 3 lineto 5 10 moveto 7 8 lineto 15 10 moveto 17 8 lineto 0 15 moveto 2 13 lineto 10 15 moveto 12 13 lineto stroke
X} def /tanten4 {
X    5 0 moveto 7 2 lineto 15 0 moveto 17 2 lineto 10 5 moveto 12 7 lineto 0 5 moveto 2 7 lineto 5 10 moveto 7 12 lineto 15 10 moveto 17 12 lineto 10 15 moveto 12 17 lineto 0 15 moveto 2 17 lineto stroke
X} def /tpatstr 10 string def /setdrawpat {
X    tpatstr cvs cvn PatternDict exch get cvx /hatchingpattern exch def
X} def /showHorizon {
X    gsave stx ptnwidth enx {
X        pop hatchingpattern ptnwidth 0 translate
X    } for grestore
X} def /showPattern {
X    gsave 1 setgray fill grestore stx sty translate newpath [] 0 setdash 1 setlinewidth sty ptnwidth eny {
X        pop showHorizon 0 ptnwidth translate
X    } for
X} def /fillpattern {
X    /ptnno exch def /eny exch def /enx exch def /drwsty exch def /drwstx exch def /ptnwidth 20 def /stx ptnwidth drwstx ptnwidth div truncate mul def /sty ptnwidth drwsty ptnwidth div truncate mul def gsave clip ptnno setdrawpat showPattern grestore
X} def /fillpatterneo {
X    /ptnno exch def /eny exch def /enx exch def /drwsty exch def /drwstx exch def /ptnwidth 20 def /stx ptnwidth drwstx ptnwidth div truncate mul def /sty ptnwidth drwsty ptnwidth div truncate mul def gsave eoclip ptnno setdrawpat showPattern grestore
X} def /ArcRect {
X    /r exch def /ey exch def /ex exch def /sy exch def /sx exch def newpath sx ex le {
X        sx r add
X    } {
X        sx r sub
X    } ifelse sy moveto ex sy ex ey r arcto 4 {
X        pop
X    } repeat ex ey sx ey r arcto 4 {
X        pop
X    } repeat sx ey sx sy r arcto 4 {
X        pop
X    } repeat sx sy ex sy r arcto 4 {
X        pop
X    } repeat closepath
X} def /oval {
X    /y exch def /x exch def /h exch def /w exch def matrix currentmatrix w h x y translate scale newpath 0.5 0.5 0.5 0 360 arc setmatrix
X} def /line {
X    moveto rlineto stroke
X} def /setup {
X    setlinewidth setlinecap setlinejoin gsave
X} def /arrow0 {
X    newpath moveto dup rotate [] 0 setdash ah neg aw rlineto a0h aw neg rlineto a0h neg aw neg rlineto closepath gsave 0 setlinejoin stroke grestore fill neg rotate
X} def /arrow1 {
X    newpath moveto dup rotate [] 0 setdash a1h neg a1w rmoveto a1h a1w neg rlineto a1h neg a1w neg rlineto a1h a1w rmoveto closepath gsave 0 setlinejoin stroke grestore neg rotate
X} def /arrow2 {
X    newpath [] 0 setdash ac 0 360 arc pop closepath gsave 0 setlinejoin stroke grestore fill
X} def
X%%EndSetup
X0 0 792 1008 rectclip
X252 176 222 143 rectclip
X252 176 222 143 rectclip
X[] 0 setdash
X0 0 2.897638 setup
X[] 0 setdash
X0 0 0.2 setup
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X282.465149 243.112289 moveto 282.465149 217.033539 282.465149 217.033539 308.435211 217.033539 curveto stroke
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X282.465149 234.419342 moveto 282.465149 260.498108 282.465149 260.498108 308.435211 260.498108 curveto stroke
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X334.62262 243.112289 moveto 334.62262 217.033539 334.62262 217.033539 308.435211 217.033539 curveto stroke
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X334.622589 234.419373 moveto 334.622589 260.498108 334.622589 260.498108 308.435211 260.498108 curveto stroke
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X280.183258 214.860306 336.687164 262.671326 0 ArcRect stroke
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X8.692902 -8.692886 336.687195 262.671326 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X0 -28.251999 345.380096 253.978439 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X-8.692902 -10.866135 345.380096 225.72644 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X56.503937 0 280.183258 212.687088 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X0 -8.692932 336.687195 212.687088 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X-10.86615 -10.866135 336.687195 203.994156 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X0 6.519684 325.821045 193.128021 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X10.86615 13.039383 325.821045 199.647705 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X0 6.519684 269.317108 193.128021 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X10.974823 13.365356 269.317108 199.647705 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X56.503937 0 269.317108 199.647705 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X-56.503937 0 325.821045 193.128021 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
X26.078766 0 286.702942 253.978439 line
Xgrestore
X[] 0 setdash
X0 0 1.448819 setup
X0 nxsetgray
END_OF_FILE
  if test 79511 -ne `wc -c <'doc/panel.ps.B'`; then
    echo shar: \"'doc/panel.ps.B'\" unpacked with wrong size!
  elif test -f 'doc/panel.ps.A' && test -f 'doc/panel.ps.C'; then
    echo shar: Combining  \"'doc/panel.ps'\" \(235281 characters\)
    cat 'doc/panel.ps.A' 'doc/panel.ps.B' 'doc/panel.ps.C' > 'doc/panel.ps'
    if test 235281 -ne `wc -c <'doc/panel.ps'`; then
      echo shar: \"'doc/panel.ps'\" combined with wrong size!
    else
      rm doc/panel.ps.A doc/panel.ps.B doc/panel.ps.C
    fi
  fi
  # end of 'doc/panel.ps.B'
fi
if test -f 'rpc/cs_prot.h' -a "${1}" != "-c" ; then
  echo shar: Will not clobber existing file \"'rpc/cs_prot.h'\"
else
  echo shar: Extracting \"'rpc/cs_prot.h'\" \(6215 characters\)
  sed "s/^X//" >'rpc/cs_prot.h' <<'END_OF_FILE'
X/*
X * Please do not edit this file.
X * It was generated using rpcgen.
X */
X
X#include <rpc/types.h>
X
X#define CS_MAXDATA 8192
X#define CS_FHSIZE 32
X#define CS_MAXPATHLEN 1024
X#define CS_MAXNAMLEN 255
X#define CS_MAXHOSTLEN 64
X
Xenum cs_stat {
X    CS_OK = 0,
X    CS_BULK = 201,
X    CS_WAIT = 202,
X    CSERR_NOENT = 2,
X    CSERR_ACCES = 13,
X    CSERR_NOTDIR = 20,
X    CSERR_ISDIR = 21,
X    CSERR_FBIG = 27,
X    CSERR_NOSPC = 28,
X    CSERR_ROFS = 30,
X    CSERR_STALE = 70,
X    CSERR_OTHER = 100,
X    CSERR_ALREADY = 101,
X    CSERR_PROTO = 102,
X    CSERR_NDOWN = 103,
X    CSERR_NUNREACH = 104,
X    CSERR_XABORT = 105,
X    CSERR_TIMEOUT = 106,
X    CSERR_REFUSED = 107,
X    CSERR_HDOWN = 108,
X    CSERR_HUNREACH = 109,
X    CSERR_NQUOT = 110,
X};
Xtypedef enum cs_stat cs_stat;
Xbool_t xdr_cs_stat();
X#ifndef NFS_FH_DEFINED
X
Xstruct nfs_fh {
X    char data[CS_FHSIZE];
X};
Xtypedef struct nfs_fh nfs_fh;
Xbool_t xdr_nfs_fh();
X
Xtypedef char *filename;
Xbool_t xdr_filename();
X
Xtypedef char *nfspath;
Xbool_t xdr_nfspath();
X
Xstruct nfstime {
X    u_int seconds;
X    u_int useconds;
X};
Xtypedef struct nfstime nfstime;
Xbool_t xdr_nfstime();
X
Xenum ftype {
X    NFNON = 0,
X    NFREG = 1,
X    NFDIR = 2,
X    NFBLK = 3,
X    NFCHR = 4,
X    NFLNK = 5,
X    NFSOCK = 6,
X    NFBAD = 7,
X    NFFIFO = 8,
X};
Xtypedef enum ftype ftype;
Xbool_t xdr_ftype();
X
Xstruct fattr {
X    ftype type;
X    u_int mode;
X    u_int nlink;
X    u_int uid;
X    u_int gid;
X    u_int size;
X    u_int blocksize;
X    u_int rdev;
X    u_int blocks;
X    u_int fsid;
X    u_int fileid;
X    nfstime atime;
X    nfstime mtime;
X    nfstime ctime;
X};
Xtypedef struct fattr fattr;
Xbool_t xdr_fattr();
X#define NFS_FH_DEFINED
X#endif
X
Xstruct cs_fhres {
X    cs_stat status;
X    union {
X        nfs_fh file;
X        long err_context;
X    } cs_fhres_u;
X};
Xtypedef struct cs_fhres cs_fhres;
Xbool_t xdr_cs_fhres();
X
Xstruct cs_res {
X    cs_stat status;
X    union {
X        long err_context;
X    } cs_res_u;
X};
Xtypedef struct cs_res cs_res;
Xbool_t xdr_cs_res();
X
Xtypedef char *volname;
Xbool_t xdr_volname();
X
Xstruct cs_volargs {
X    volname vol;
X};
Xtypedef struct cs_volargs cs_volargs;
Xbool_t xdr_cs_volargs();
X
Xstruct cs_volokres {
X    long volume_id;
X    long bytes_to_server;
X    long bytes_from_server;
X    long bytes_to_client;
X    long bytes_from_client;
X    long n_request_readdir;
X    long n_request_lookup;
X    long n_request_read;
X    long n_request_readdir_miss;
X    long n_request_lookup_miss;
X    long n_request_read_miss;
X};
Xtypedef struct cs_volokres cs_volokres;
Xbool_t xdr_cs_volokres();
X
Xstruct cs_volres {
X    cs_stat status;
X    union {
X        cs_volokres volok;
X        long err_context;
X    } cs_volres_u;
X};
Xtypedef struct cs_volres cs_volres;
Xbool_t xdr_cs_volres();
X
Xstruct cs_xferent {
X    int status;
X    int uid;
X    int gid;
X    long ip_address;
X    long bytes;
X    int idle;
X    struct {
X        u_int server_len;
X        char *server_val;
X    } server;
X};
Xtypedef struct cs_xferent cs_xferent;
Xbool_t xdr_cs_xferent();
X
Xstruct cs_xferres {
X    cs_stat status;
X    union {
X        cs_xferent xfer;
X        long err_context;
X    } cs_xferres_u;
X};
Xtypedef struct cs_xferres cs_xferres;
Xbool_t xdr_cs_xferres();
X
Xstruct cs_udaargs {
X    nfs_fh file;
X    char *attrname;
X};
Xtypedef struct cs_udaargs cs_udaargs;
Xbool_t xdr_cs_udaargs();
X
Xstruct cs_udares {
X    cs_stat status;
X    union {
X        struct {
X            u_int attr_len;
X            char *attr_val;
X        } attr;
X        long err_context;
X    } cs_udares_u;
X};
Xtypedef struct cs_udares cs_udares;
Xbool_t xdr_cs_udares();
X
Xstruct cs_diropargs {
X    nfspath pname;
X    filename fname;
X};
Xtypedef struct cs_diropargs cs_diropargs;
Xbool_t xdr_cs_diropargs();
X
Xstruct cs_diropokres {
X    nfs_fh file;
X    fattr attr;
X};
Xtypedef struct cs_diropokres cs_diropokres;
Xbool_t xdr_cs_diropokres();
X
Xstruct cs_diropres {
X    cs_stat status;
X    union {
X        cs_diropokres diropok;
X        long err_context;
X    } cs_diropres_u;
X};
Xtypedef struct cs_diropres cs_diropres;
Xbool_t xdr_cs_diropres();
X
Xstruct cs_readdirargs {
X    nfs_fh dir;
X    long cookie;
X    u_int count;
X};
Xtypedef struct cs_readdirargs cs_readdirargs;
Xbool_t xdr_cs_readdirargs();
X
Xstruct cs_dirent {
X    u_int fileid;
X    filename name;
X    fattr attr;
X    struct cs_dirent *nextentry;
X};
Xtypedef struct cs_dirent cs_dirent;
Xbool_t xdr_cs_dirent();
X
Xstruct cs_readdirokres {
X    cs_dirent *entries;
X    bool_t eof;
X};
Xtypedef struct cs_readdirokres cs_readdirokres;
Xbool_t xdr_cs_readdirokres();
X
Xstruct cs_readdirres {
X    cs_stat status;
X    union {
X        cs_readdirokres readdirok;
X        long err_context;
X    } cs_readdirres_u;
X};
Xtypedef struct cs_readdirres cs_readdirres;
Xbool_t xdr_cs_readdirres();
X
Xstruct cs_readargs {
X    nfs_fh file;
X    u_int offset;
X    u_int count;
X    u_int totalcount;
X    bool_t prefer_bulk;
X};
Xtypedef struct cs_readargs cs_readargs;
Xbool_t xdr_cs_readargs();
X
Xstruct cs_readokres {
X    fattr attr;
X    struct {
X        u_int data_len;
X        char *data_val;
X    } data;
X};
Xtypedef struct cs_readokres cs_readokres;
Xbool_t xdr_cs_readokres();
X
Xstruct cs_readbulkres {
X    fattr attr;
X    long sin_port;
X};
Xtypedef struct cs_readbulkres cs_readbulkres;
Xbool_t xdr_cs_readbulkres();
X
Xstruct cs_readres {
X    cs_stat status;
X    union {
X        cs_readokres readok;
X        cs_readbulkres readbulk;
X        long err_context;
X    } cs_readres_u;
X};
Xtypedef struct cs_readres cs_readres;
Xbool_t xdr_cs_readres();
X
Xstruct cs_geterrargs {
X    long err_context;
X};
Xtypedef struct cs_geterrargs cs_geterrargs;
Xbool_t xdr_cs_geterrargs();
X
Xstruct cs_geterrres {
X    cs_stat status;
X    union {
X        char *err_string;
X    } cs_geterrres_u;
X};
Xtypedef struct cs_geterrres cs_geterrres;
Xbool_t xdr_cs_geterrres();
X
X#define CS_PROGRAM ((u_long)300128)
X#define CS_VERSION ((u_long)1)
X#define CS_PROC_NULL ((u_long)0)
Xextern void *cs_proc_null_1();
X#define CS_PROC_GETPORT ((u_long)1)
Xextern int *cs_proc_getport_1();
X#define CS_PROC_REGISTER ((u_long)2)
Xextern cs_fhres *cs_proc_register_1();
X#define CS_PROC_UNREGISTER ((u_long)3)
Xextern cs_res *cs_proc_unregister_1();
X#define CS_PROC_MOUNT ((u_long)4)
Xextern cs_res *cs_proc_mount_1();
X#define CS_PROC_UMOUNT ((u_long)5)
Xextern cs_res *cs_proc_umount_1();
X#define CS_PROC_LOOKUP ((u_long)6)
Xextern cs_diropres *cs_proc_lookup_1();
X#define CS_PROC_READDIR ((u_long)7)
Xextern cs_readdirres *cs_proc_readdir_1();
X#define CS_PROC_READ ((u_long)8)
Xextern cs_readres *cs_proc_read_1();
X#define CS_PROC_GETVOL ((u_long)9)
Xextern cs_volres *cs_proc_getvol_1();
X#define CS_PROC_GETXFER ((u_long)10)
Xextern cs_xferres *cs_proc_getxfer_1();
X#define CS_PROC_GETUDA ((u_long)11)
Xextern cs_udares *cs_proc_getuda_1();
X#define CS_PROC_GETERR ((u_long)12)
Xextern cs_geterrres *cs_proc_geterr_1();
END_OF_FILE
  if test 6215 -ne `wc -c <'rpc/cs_prot.h'`; then
    echo shar: \"'rpc/cs_prot.h'\" unpacked with wrong size!
  fi
  # end of 'rpc/cs_prot.h'
fi
if test -f 'wwalk/wwalkrc' -a "${1}" != "-c" ; then
  echo shar: Will not clobber existing file \"'wwalk/wwalkrc'\"
else
  echo shar: Extracting \"'wwalk/wwalkrc'\" \(624 characters\)
  sed "s/^X//" >'wwalk/wwalkrc' <<'END_OF_FILE'
X# Configuration file for wwalk.
X# wwalk is distributed as part of WWFS (WorldWide File System).
X# This file is written in Tcl (Tool Command Language).
X#
X# By default, wwalk looks for:
X# /usr/local/lib/wwalkrc
X# ~/.wwalkrc
X#
X
Xsource "/etc/wwfs.tcl"
X
X# Your favorite X11-based editor, or a small program that request
X# already-running editor to open the file (e.g. gnuclient/gnuserv).
Xset editor "/usr/local/tcl/bin/edit.tk"
X
X# Your favorite X11-based viewer.
X# Maybe much smarter filetype-guessing whiz-bang whatever-viewer.
Xset viewer "/usr/local/tcl/bin/edit.tk"
X
X# Temporary directory with enough room.
Xset tmpdir "/tmp"
END_OF_FILE
  if test 624 -ne `wc -c <'wwalk/wwalkrc'`; then
    echo shar: \"'wwalk/wwalkrc'\" unpacked with wrong size!
  fi
  # end of 'wwalk/wwalkrc'
fi
echo shar: End of archive 4 \(of 22\).
cp /dev/null ark4isdone
MISSING=""
for I in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 ; do
    if test ! -f ark${I}isdone ; then
    MISSING="${MISSING} ${I}"
    fi
done
if test "${MISSING}" = "" ; then
    echo You have unpacked all 22 archives.
    rm -f ark[1-9]isdone ark[1-9][0-9]isdone
else
    echo You still must unpack the following archives:
    echo "        " ${MISSING}
fi
exit 0
exit 0 # Just in case...