Import upstream version 5.3.

[mup] / mup / docs / mupqref.ps

%!PS-Adobe-3.0
%%Creator: groff version 1.17.2
%%CreationDate: Mon Dec  4 22:55:33 2006
%%DocumentNeededResources: font Times-Bold
%%+ font Times-Italic
%%+ font Times-Roman
%%+ font Courier
%%+ font Times-BoldItalic
%%+ font NewCenturySchlbk-BoldItalic
%%+ font NewCenturySchlbk-Roman
%%DocumentSuppliedResources: file extlist.ps
%%+ file muschar.ps
%%+ procset grops 1.17 2
%%Pages: 6
%%PageOrder: Ascend
%%Orientation: Portrait
%%EndComments
%%BeginProlog
% Copyright (c) 1995, 1996, 1997, 1998, 1999, 2000, 2003, 2004 by Arkkra Enterprises
% All rights reserved

% Mup PostScript Prolog 5.3 for use with Mup 5.3

% lwid is used as the width of a standard (thin) line in the music
% character definitions.
/lwid 70 def
/halflwid lwid 2 div def

% Define the following for use in do_upshortnote, do_dnshortnote, and
% do_shortrest; it has to be done outside of the music font definition.
/utildict 10 dict def
utildict begin
	/setnumflags	{	/numflags	exch def } def
	/sethooksm1	{	/hooksm1	exch def } def
	/setoffsets	{	/offsets	exch def } def
	/setx		{	/x		exch def } def
	/sety		{	/y		exch def } def
end

% Define a music character font.  Each music character is defined as if it
% were a normal ASCII character in a strange font where "A" looks like a
% treble clef, "B" looks like a bass clef, etc.

/mfont0 100 dict def
mfont0 begin
	/FontType 3 def
	/FontMatrix [ .001 0 0 0.001 0 0 ] def
	/FontBBox [ -2000 -4030 2000 4030 ] def
	/FontName (Mfont0) def

	% set up Encoding vector with standard names
	/Encoding 256 array def
	StandardEncoding Encoding copy
	pop

	% the following definitions are used for quarter rests
	/topx -170 def /topy 950 def
	/cor1x 250 def /cor1y 450 def
	/cor2x -300 def /cor2y 200 def
	/cor3x 250 def /cor3y -400 def

	% the following definitions are used for double sharps
	/limit 300 halflwid add def
	/off 70 def
	/inbendsmall limit 200 sub def
	/inbendbig limit 20 sub def
	/outbendsmall 100 def
	/outbendbig outbendsmall off add def

	%%%%% define routines that will be used by multiple characters %%%%%
	/do_1n {
		gsave
		newpath -10 rotate 1.6 1 scale
		0 0 325 0 360 arc		%outer ellipse
		1 1.6 div 1 scale 10 rotate	%back to original
		35 rotate 0.85 1.1 scale
		0 0 275 0 360 arc		%inner ellipse
		eofill
		grestore
	} def
	/do_upflag {
		-315 0 moveto
		-300 100 -100 480 0 600 curveto
		300 960 350 1500 200 1700 curveto
		130 1700 lineto
		350 1200 50 650 -315 600 curveto
		fill
	} def
	/do_flat {
		-250 -400 moveto	%outer edge of loop
		500 0 350 650 -250 160 curveto
		-250 160 lwid sub lineto %inner edge of loop
		100 400 300 0 -250 -400 lwid add curveto
		fill

		lwid setlinewidth	%stem
		-250 1100 moveto -250 -400 lineto stroke
	} def
	/do_diamond {
		newpath
		420 0 moveto 0 300 lineto -420 0 lineto
		0 -300 lineto closepath
		259 -29 moveto -41 185 lineto -259 29 lineto
		41 -185 lineto closepath
		eofill
	} def
	/do_2n {
		gsave
		newpath 25 rotate 1.4 1 scale
		0 0 315 0 360 arc		%outer ellipse
		1 1.4 div 1 scale		%back to original
		1.3 0.5 scale
		0 0 310 0 360 arc		%inner ellipse
		eofill
		grestore
	} def
	/do_4n {
		gsave
		newpath 25 rotate 1.35 1 scale
		0 0 310 0 360 arc fill
		grestore
	} def
	/do_com {
		newpath
		330 250 150 0 360 arc fill	%knob at upper right
		465 300 moveto			%outer boundary
		410 500 200 635 0 635 curveto
		-750 635 -750 -635 0 -635 curveto
		350 -635 480 -300 500 -100 curveto
		430 -100 lineto			%inner boundary
		380 -300 250 -565 0 -565 curveto
		-450 -565 -450 565 0 565 curveto
		200 565 370 350 395 300 curveto
		fill
	} def
	/do_ferm {
		0 0 800 lwid sub 0 180 arc	%inner arc
		-800 0 lineto
		0 270 lwid sub 800 180 0 arcn	%outer arc
		800 0 lineto fill
		0 120 120 0 360 arc fill	%the dot
	} def
	/do_mor {
		gsave
		0.7 1 scale	%scrunch the following horizontally
		45 rotate	%to pretend all lines horz or vertical
		0 1 1 {
			pop	%we don't need the loop variable
			%one half of the mordent
			0 40 moveto 350 40 lineto 350 -460 lineto
			750 -460 lineto 750 -540 lineto
			150 -540 lineto 150 -40 lineto
			0 -40 lineto fill
			180 rotate	%to do the other half
		} for
		grestore
	} def
	/do_turn {
		gsave
		0 1 1 {
			pop	%we don't need the loop variable
			0 -100 moveto	%outer boundary
			200 -400 625 -400 625 0 curveto
			625 200 500 325 300 325 curveto
			300 185 lineto	%inner boundary
			450 255 555 150 555 0 curveto
			555 -350 250 -250 0 100 curveto
			fill
			300 255 70 0 360 arc fill %knob on end
			180 rotate	%to do the other half
		} for
		grestore
	} def

	/do_upshortnote {
		utildict begin
		setnumflags		%set numflags from the stack
		gsave
		-330 0 translate	%half a flag width
		do_4n			%do a quarter note head
		lwid setlinewidth
		370 0 moveto
		370 2100 numflags 2 sub flagsep mul add lineto stroke
		670 2100 numflags 2 sub flagsep mul add translate
		1 -1 scale		%reflect across X axis
		0 1 numflags 1 sub {
			do_upflag	%do an upflag
			pop		%we don't need the loop variable
			0 flagsep translate
		} for
		grestore
		end
	} def

	/do_dnshortnote {
		utildict begin
		setnumflags		%set numflags from the stack
		do_4n			%do a quarter note head
		lwid setlinewidth
		-370 0 moveto
		-370 -2100 numflags 2 sub flagsep mul sub lineto stroke
		gsave
		-70 -2100 numflags 2 sub flagsep mul sub translate
		0 1 numflags 1 sub {
			do_upflag	%do an upflag
			pop		%we don't need the loop variable
			0 flagsep translate
		} for
		grestore
		end
	} def

	/do_shortrest {
		utildict begin
		sety setx setoffsets sethooksm1	%set variable from the stack
		gsave
		-105.8 offsets mul -600 offsets mul translate
		0 1 hooksm1 {		%loop once per hook
			newpath
			1 setlinewidth
			gsave
			1 1.2 scale
			-150 300 1.2 div 140 0 360 arc fill 	%the dot
			grestore
			lwid setlinewidth
			-50 700 550 255 315 arc		%rest of the hook
			hooksm1 lt { stroke 105.8 600 translate } if
		} for
		x y lineto stroke
		grestore
		end
	} def


	% subsidiary dictionary of character definitions
	/CharStrings 128 dict def
	CharStrings begin

		/.notdef {} def

		% Here are the definitions of the characters.  A stepsize here
		% is 300 units (assuming the character is drawn at its default
		% size).

		% gclef
		/A {
			newpath
			%start with inner curl, inside boundary
			-50 -300 moveto
			-450 600 700 700 750 0 curveto
			750 -800 -700 -800 -700 200 curveto
			-700 900 500 1400 520 2250 curveto
			520 2900 300 3000 200 3000 curveto
			100 3000 -400 2500 -200 1800 curveto
			350 -600 lineto
			720 -1600 0 -1650 -400 -1400 curveto

			%go back to start, drawing the other boundary
			-400 -1480 lineto
			0 -1700 800 -1700 430 -600 curveto
			-120 1800 lineto
			-300 2400 200 2800 250 2800 curveto
			400 2800 430 2700 430 2450 curveto
			430 1800 -900 1200 -900 300 curveto
			-750 -900 800 -900 850 0 curveto
			900 1100 -750 900 -120 -300 curveto fill

			%circle at the bottom
			-300 -1250 250 0 360 arc fill
		} def

		% fclef
		/B {
			newpath
			%start with outside boundary, at bottom
			-1000 -1700 moveto
			100 -1100 500 -600 450 0 curveto
			450 850 -1100 850 -950 0 curveto

			%go back to start, drawing the other boundary
			-880 0 lineto
			-920 400 -600 560 -300 560 curveto
			0 560 150 400 150 0 curveto
			150 -400 100 -900 -1000 -1620 curveto fill

			%circle at the left
			newpath
			-700 0 250 0 360 arc fill

			%do the two dots after the main curve
			700 -300 100 0 360 arc fill
			700 300 100 0 360 arc fill
		} def

		% cclef
		/C {
			gsave
			%do upper curved part, then scale to do mirror image
			0 1 1 {
				pop	%we don't need the loop variable
				%outer boundary of curve
				-170 0 moveto 100 300 lineto
				400 -200 750 300 750 650 curveto
				750 1100 450 1235 250 1235 curveto
				0 1235 -143 1100 -143 950 curveto

				%inner boundary of curve
				0 950 lineto
				0 1100 30 1165 250 1165 curveto
				300 1165 450 1100 450 650 curveto
				450 400 400 -100 100 400 curveto
				-270 0 lineto fill
				%stroke
				%-270 0 moveto 100 400 lineto
				%400 -100 450 400 450 650 curveto
				%450 1100 300 1165 250 1165 curveto
				%30 1165 0 1100 0 950 curveto
				%stroke

				%elliptical ball at end of curve
				gsave
				1.3 1 scale
				10 950 120 0 360 arc fill
				grestore
				1 -1 scale	%reflect across X axis
			} for
			grestore

			% two vertical lines on the left
			300 setlinewidth -600 -1200 halflwid sub moveto
			-600 1200 halflwid add lineto stroke
			lwid setlinewidth -300 -1200 halflwid sub moveto
			-300 1200 halflwid add lineto stroke
		} def

		% dblwhole
		/D {
			do_1n		%do a whole note
			lwid setlinewidth
			-490 -600 moveto -490 600 lineto stroke
			490 -600 moveto 490 600 lineto stroke
		} def

		% 1n
		/E {
			do_1n		%do a whole note
		} def

		% 2n
		/F {
			do_2n		%do a half note
		} def

		% 4n
		/G {
			do_4n		%do a quarter note head
		} def

		% upflag
		/H {
			do_upflag		%do an upflag
		} def

		% dnflag
		/I {
			gsave
			1 -1 scale	%reflect across X axis
			do_upflag		%do an upflag
			grestore
		} def

		% dwhrest
		/J {
			300 setlinewidth
			0 0 moveto 0 600 lineto stroke
		} def

		% 1rest
		/K {
			lwid setlinewidth
			-750 600 moveto 750 600 lineto stroke
			300 setlinewidth
			-400 450 moveto 400 450 lineto stroke
		} def

		% 2rest
		/L {
			lwid setlinewidth
			-750 0 moveto 750 0 lineto stroke
			300 setlinewidth
			-400 150 moveto 400 150 lineto stroke
		} def

		% 4rest
		/M {
			newpath
			cor3x cor3y halflwid add moveto
			%-400 -200 -450 -650 50 -950 lwid add curveto
			-450 -50 -450 -650 50 -950 lwid add curveto
			-150 -650 -100 -250 cor3x cor3y halflwid sub curveto
			fill

			cor1x cor1y moveto cor1x 200 sub cor1y 200 add lineto
			cor2x cor2y lineto cor2x 200 add cor2y 200 sub lineto
			fill

			lwid setlinewidth
			topx topy moveto cor1x cor1y lineto stroke
			cor2x cor2y moveto cor3x cor3y lineto stroke
		} def

		% 8rest
		/N {
			0 0 0 -600 do_shortrest
		} def

		% 16rest
		/O {
			1 1 100 -1200 do_shortrest
		} def

		% 32rest
		/P {
			2 1 0 -1800 do_shortrest
		} def

		% 64rest
		/Q {
			3 2 -80 -2100 do_shortrest
		} def

		% 128rest
		/R {
			4 2 -150 -2700 do_shortrest
		} def

		% 256rest
		/S {
			5 3 -280 -3300 do_shortrest
		} def

		% dot
		/T {
			newpath
			0 0 120 0 360 arc fill
		} def

		% nat
		/U {
			% fill crossbars so that we can do parallelograms
			-235 -470 moveto -235 -270 lineto
			235 -130 lineto 235 -330 lineto fill
			-235 130 moveto -235 330 lineto
			235 470 lineto 235 270 lineto fill

			% vertical strokes
			lwid setlinewidth
			-200 -380 moveto -200 850 lineto stroke
			200 -850 moveto 200 380 lineto stroke
		} def

		% sharp
		/V {
			% fill crossbars so that we can do parallelograms
			-325 -480 moveto -325 -280 lineto
			325 -120 lineto 325 -320 lineto fill
			-325 120 moveto -325 320 lineto
			325 480 lineto 325 280 lineto fill

			% vertical strokes
			lwid setlinewidth
			-150 -930 moveto -150 880 lineto stroke
			150 -880 moveto 150 930 lineto stroke
		} def

		% flat
		/W {
			do_flat		%do a flat
		} def

		% dblsharp
		/X {
			gsave
			0 1 3 {		%loop once for each of 4 sticks
				pop	%we don't need the loop variable
				0 off neg moveto
				outbendbig outbendsmall lineto
				inbendbig inbendsmall lineto
				limit limit lineto
				inbendsmall inbendbig lineto
				outbendsmall outbendbig lineto
				off neg 0 lineto
				fill
				-90 rotate
			} for
			grestore
		} def

		% dblflat
		/Y {
			-290 580 290 {	%loop once for each flat

				gsave
				1 setlinewidth
				0 translate	%translate left/right (loop var)
				do_flat		%do a flat
				grestore

			} for
		} def

		% xnote
		/Z {
			gsave
			1.15 1 scale 120 setlinewidth 1 setlinecap	%round
			-300 -300 moveto 300 300 lineto stroke
			-300 300 moveto 300 -300 lineto stroke
			grestore
		} def

		% dwhdiamond
		/a {
			do_diamond	%do a diamond
			lwid setlinewidth
			-420 -600 moveto -420 600 lineto stroke
			420 -600 moveto 420 600 lineto stroke
		} def

		% diamond
		/b {
			do_diamond	%do a diamond
		} def

		% filldiamond
		/c {
			420 0 moveto 0 300 lineto
			-420 0 lineto 0 -300 lineto fill
		} def

		% up2n
		/d {
			lwid setlinewidth
			380 0 moveto 380 2100 lineto stroke
			do_2n		%do a half note
		} def

		% dn2n
		/e {
			lwid setlinewidth
			-380 0 moveto -380 -2100 lineto stroke
			do_2n		%do a half note
		} def

		% up4n
		/f {
			do_4n		%do a quarter note head
			lwid setlinewidth
			370 0 moveto 370 2100 lineto stroke
		} def

		% dn4n
		/g {
			do_4n		%do a quarter note head
			lwid setlinewidth
			-370 0 moveto -370 -2100 lineto stroke
		} def

		% up8n
		/h {
			gsave
			-330 0 translate	% half a flag width
			do_4n		%do a quarter note head
			lwid setlinewidth
			370 0 moveto 370 2100 lineto stroke
			670 2100 translate
			1 -1 scale	%reflect across X axis
			do_upflag		%do an upflag
			grestore
		} def

		% dn8n
		/i {
			do_4n		%do a quarter note head
			lwid setlinewidth
			-370 0 moveto -370 -2100 lineto stroke
			gsave
			-70 -2100 translate
			do_upflag		%do an upflag
			grestore
		} def

		% up16n
		/j {
			2 do_upshortnote
		} def

		% dn16n
		/k {
			2 do_dnshortnote
		} def

		% up32n
		/l {
			3 do_upshortnote
		} def

		% dn32n
		/m {
			3 do_dnshortnote
		} def

		% up64n
		/n {
			4 do_upshortnote
		} def

		% dn64n
		/o {
			4 do_dnshortnote
		} def

		% up128n
		/p {
			5 do_upshortnote
		} def

		% dn128n
		/q {
			5 do_dnshortnote
		} def

		% up256n
		/r {
			6 do_upshortnote
		} def

		% dn256n
		/s {
			6 do_dnshortnote
		} def

		% com
		/t {
			do_com		%do a common time symbol
		} def

		% cut
		/u {
			do_com		%do a common time symbol
			lwid setlinewidth
			0 -900 moveto 0 900 lineto stroke
		} def

		% begped
		/v {
			lwid setlinewidth
			-200 600 moveto -200 0 lineto 200 0 lineto stroke
		} def

		% pedal
		/w {
			lwid setlinewidth
			-500 0 moveto -450 0 lineto 0 600 lineto
			450 0 lineto 500 0 lineto stroke
		} def

		% endped
		/x {
			lwid setlinewidth
			200 600 moveto 200 0 lineto -200 0 lineto stroke
		} def

		% dnbow
		/y {
			lwid setlinewidth
			-350 0 moveto -350 900 lineto stroke
			350 0 moveto 350 900 lineto stroke
			200 setlinewidth
			-350 800 moveto 350 800 lineto stroke
		} def

		% upbow
		/z {
			lwid setlinewidth
			-300 900 moveto 0 0 lineto 300 900 lineto stroke
		} def

		% wedge
		/one {
			0 0 moveto -150 500 lineto 150 500 lineto fill
		} def

		% uwedge
		/two {
			-150 0 moveto 150 0 lineto 0 500 lineto fill
		} def

		% ferm
		/three {
			newpath
			do_ferm		%do a right side up fermata
		} def

		% uferm
		/four {
			newpath
			gsave
			0 270 lwid sub 800 add translate %baseline at bottom
			180 rotate			%upside down
			do_ferm		%do a right side up fermata
			grestore
		} def

		% sign
		/five {
			gsave
			%do upper left curved part, upper right dot;
			%then rotate 180 to do other half
			0 1 1 {
				pop	%we don't need the loop variable
				0 100 moveto		%inner boundary
				-1000 300 -400 750 -200 700 curveto
				-200 800 lineto		%outer boundary
				-550 900 -1100 100 0 -100 curveto
				fill
				%dot at end of curve
				-200 700 100 0 360 arc fill
				%dot in upper right quadrant
				500 200 70 0 360 arc fill
				180 rotate
			} for
			grestore

			%slash through middle
			lwid setlinewidth
			-400 -800 moveto 400 800 lineto stroke
		} def

		% coda
		/six {
			newpath
			gsave
			0.6 1 scale
			0 0 550 0 360 arc	%outside boundary
			1 0.6 div 1 scale	%back to original
			0.9 1 scale
			0 0 650 0 360 arc	%inside boundary
			eofill
			grestore
			lwid setlinewidth
			0 -850 moveto 0 850 lineto stroke
			-800 0 moveto 800 0 lineto stroke
		} def

		% mor
		/seven {
			do_mor		%do a mordent
		} def

		% invmor
		/eight {
			do_mor		%do a mordent
			lwid setlinewidth
			0 -450 moveto 0 450 lineto stroke
		} def

		% turn
		/nine {
			do_turn		%do a turn
		} def

		% invturn
		/zero {
			gsave
			1 -1 scale	%reflect across X axis
			do_turn		%do a turn
			grestore
		} def

		% acc_gt
		/numbersign {
			lwid setlinewidth
			-500 300 moveto 500 0 lineto -500 -300 lineto stroke
		} def

		% acc_hat
		/dollar {
			newpath
			-365 0 moveto 0 860 lineto 365 0 lineto
			150 0 lineto -75 530 lineto -300 0 lineto fill
		} def

		% acc_uhat
		/quotedbl {
			newpath
			365 860 moveto 0 0 lineto -365 860 lineto
			-150 860 lineto 75 330 lineto 300 860 lineto fill
		} def

		% tr
		/asterisk {
			%vertical bar of t
			-350 1000 moveto -550 200 lineto
			-612.5 -50 -212.5 -50 -160 200 curveto
			-230 200 lineto
			-300 50 -420 50 -400 200 curveto
			-200 1000 lineto fill

			%crossbar of t and vertical bar of r
			-700 600 moveto -160 600 lineto
			20 600 30 520 60 440 curveto
			-50 0 lineto 70 0 lineto 180 440 lineto
			190 480 100 670 -150 670 curveto
			-690 670 lineto fill

			%horizontal curve of r
			100 480 moveto
			300 630 450 700 650 550 curveto
			560 480 lineto
			450 630 300 560 100 390 curveto
			fill

			%knob at end of r
			600 460 100 0 360 arc fill
		} def

		% leg
		/comma {
			100 setlinewidth
			-400 0 moveto 400 0 lineto stroke
		} def

		% rr
		/hyphen {
			100 setlinewidth
			-400 0 moveto 0 1000 lineto stroke
			0 0 moveto 400 1000 lineto stroke
		} def

		% measrpt
		/period {
			newpath -450 400 150 0 360 arc fill
			newpath 450 -400 150 0 360 arc fill
			200 setlinewidth
			-550 -600 moveto 550 600 lineto stroke
		} def

		% copyright
		/slash {
			lwid setlinewidth
			newpath 0 400 400 0 360 arc stroke
			newpath 0 400 200 45 315 arc stroke
		} def

		% dim
		/quoteleft {
			50 setlinewidth
			newpath 0 640 220 0 360 arc stroke
		} def

		% halfdim
		/quoteright {
			50 setlinewidth
			newpath 0 640 220 0 360 arc stroke
			newpath -340 300 moveto 340 980 lineto stroke
		} def

		% triangle
		/asciicircum {
			50 setlinewidth
			newpath -340 -10 moveto 0 710 lineto
			340 -10 lineto closepath stroke
		} def

		% qwhrest
		/ampersand {
			300 setlinewidth
			0 -600 moveto 0 600 lineto stroke
		} def

		% ll1rest
		/exclam {
			310 setlinewidth
			-400 455 moveto 400 450 lineto stroke
		} def

		% ll2rest
		/at {
			310 setlinewidth
			-400 145 moveto 400 150 lineto stroke
		} def
	end

	/BuildChar {

		exch begin
		Encoding exch get

		dup
		Mcbbox0 exch get
		aload pop setcachedevice

		CharStrings exch get
		exec
		end
	} def
end


% Define another music character font, since there are too many to fit in one
% font.  It works the same way as the first one.

/mfont1 100 dict def
mfont1 begin
	/FontType 3 def
	/FontMatrix [ .001 0 0 0.001 0 0 ] def
	/FontBBox [ -2000 -4030 2000 4030 ] def
	/FontName (Mfont1) def

	% set up Encoding vector with standard names
	/Encoding 256 array def
	StandardEncoding Encoding copy
	pop

	%%%%% define routines that will be used by multiple characters %%%%%

	/do_dwh_bars {
		% the two bars surrounding a double whole note
		lwid setlinewidth
		-420 -600 moveto -420 600 lineto stroke
		420 -600 moveto 420 600 lineto stroke
	} def
	/do_righttriangle {
		newpath
		420 270 moveto -420 270 lineto 350 -300 lineto 420 -300 lineto
		350 150 moveto -140 150 lineto 350 -213 lineto
		eofill
	} def
	/do_fillrighttriangle {
		newpath
		420 270 moveto -420 270 lineto 350 -300 lineto 420 -300 lineto
		fill
	} def
	/do_rectangle {
		newpath
		420 270 moveto -420 270 lineto -420 -270 lineto 420 -270 lineto
		350 150 moveto -350 150 lineto -350 -150 lineto 350 -150 lineto
		eofill
	} def
	/do_isostriangle {
		newpath
		0 300 moveto -420 -270 lineto 420 -270 lineto
		0 182 moveto -245 -150 lineto 245 -150 lineto
		eofill
	} def
	/do_piewedge {
		newpath
		0 -300 moveto 0 -244 514 35 145 arc
		0 -209 moveto 0 -244 394 43 137 arc
		eofill
	} def
	/do_semicircle {
		newpath
		gsave
		1 1.357 scale 420 199 moveto 0 199 420 180 360 arc
		1 1.09 scale 350 111 moveto 0 199 350 194.1 345.9 arc
		eofill
		grestore
	} def
	/do_slashhead {
		newpath
		lwid setlinewidth
		-620 -530 moveto -480 -670 lineto 620 530 lineto 480 670 lineto
		closepath stroke
	} def

	% subsidiary dictionary of character definitions
	/CharStrings 128 dict def
	CharStrings begin

		/.notdef {} def

		% Here are the definitions of the characters.  A stepsize here
		% is 300 units (assuming the character is drawn at its default
		% size).

		% dwhrighttriangle
		/A {
			do_righttriangle
			do_dwh_bars
		} def

		% righttriangle
		/B {
			do_righttriangle
		} def

		% fillrighttriangle
		/C {
			newpath
			420 270 moveto -420 270 lineto 350 -300 lineto
			420 -300 lineto
			fill
		} def

		% udwhrighttriangle
		/D {
			gsave
			180 rotate
			do_righttriangle
			do_dwh_bars
			grestore
		} def

		% urighttriangle
		/E {
			gsave
			180 rotate
			do_righttriangle
			grestore
		} def

		% ufillrighttriangle
		/F {
			gsave
			180 rotate
			do_fillrighttriangle
			grestore
		} def

		% dwhrectangle
		/G {
			do_rectangle
			do_dwh_bars
		} def

		% rectangle
		/H {
			do_rectangle
		} def

		% fillrectangle
		/I {
			newpath
			420 270 moveto -420 270 lineto -420 -270 lineto
			420 -270 lineto
			fill
		} def

		% dwhisostriangle
		/J {
			do_isostriangle
			do_dwh_bars
		} def

		% isostriangle
		/K {
			do_isostriangle
		} def

		% fillisostriangle
		/L {
			newpath
			0 300 moveto -420 -270 lineto 420 -270 lineto
			fill
		} def

		% dwhpiewedge
		/M {
			do_piewedge
			do_dwh_bars
		} def

		% piewedge
		/N {
			do_piewedge
		} def

		% fillpiewedge
		/O {
			newpath
			0 -300 moveto 0 -244 514 35 145 arc
			fill
		} def

		% dwhsemicircle
		/P {
			do_semicircle
			do_dwh_bars
		} def

		% semicircle
		/Q {
			do_semicircle
		} def

		% fillsemicircle
		/R {
			newpath
			gsave
			1 570 420 div scale
			420 199 moveto 0 199 420 180 360 arc
			fill
			grestore
		} def

		% dwhslashhead
		/S {
			do_slashhead
			lwid setlinewidth
			-650 -600 moveto -650 600 lineto stroke
			650 -600 moveto 650 600 lineto stroke
		} def

		% slashhead
		/T {
			do_slashhead
		} def

		% fillslashhead
		/U {
			newpath
			200 setlinewidth
			-550 -600 moveto 550 600 lineto stroke
		} def

		% blankhead
		/V {
			%print nothing
		} def
	end

	/BuildChar {

		exch begin
		Encoding exch get

		dup
		Mcbbox1 exch get
		aload pop setcachedevice

		CharStrings exch get
		exec
		end
	} def
end


% General routines for printing any music character, invoked by each music
% character's specific routine below.  The scaling factor (default 1) needs
% to be multiplied by 10 to get the actual size.  These routines restore the
% preexisting current font when they are done.

/printmchar0 {
	gsave
	/musicchar exch def
	/Mfont0 findfont exch 10 mul scalefont setfont moveto 
	musicchar show
	grestore
} def
/printmchar1 {
	gsave
	/musicchar exch def
	/Mfont1 findfont exch 10 mul scalefont setfont moveto 
	musicchar show
	grestore
} def

% Define each music character name to be a routine that prints the character.
% Each character is to be invoked as in this example:
%	100 200 1 gclef		% at (100, 200), scale to default size & print

/gclef			{ (A) printmchar0 } def
/fclef			{ (B) printmchar0 } def
/cclef			{ (C) printmchar0 } def
/dblwhole		{ (D) printmchar0 } def
/1n			{ (E) printmchar0 } def
/2n			{ (F) printmchar0 } def
/4n			{ (G) printmchar0 } def
/upflag			{ (H) printmchar0 } def
/dnflag			{ (I) printmchar0 } def
/dwhrest		{ (J) printmchar0 } def
/1rest			{ (K) printmchar0 } def
/2rest			{ (L) printmchar0 } def
/4rest			{ (M) printmchar0 } def
/8rest			{ (N) printmchar0 } def
/16rest			{ (O) printmchar0 } def
/32rest			{ (P) printmchar0 } def
/64rest			{ (Q) printmchar0 } def
/128rest		{ (R) printmchar0 } def
/256rest		{ (S) printmchar0 } def
/dot			{ (T) printmchar0 } def
/nat			{ (U) printmchar0 } def
/sharp			{ (V) printmchar0 } def
/flat			{ (W) printmchar0 } def
/dblsharp		{ (X) printmchar0 } def
/dblflat		{ (Y) printmchar0 } def
/xnote			{ (Z) printmchar0 } def
/dwhdiamond		{ (a) printmchar0 } def
/diamond		{ (b) printmchar0 } def
/filldiamond		{ (c) printmchar0 } def
/up2n			{ (d) printmchar0 } def
/dn2n			{ (e) printmchar0 } def
/up4n			{ (f) printmchar0 } def
/dn4n			{ (g) printmchar0 } def
/up8n			{ (h) printmchar0 } def
/dn8n			{ (i) printmchar0 } def
/up16n			{ (j) printmchar0 } def
/dn16n			{ (k) printmchar0 } def
/up32n			{ (l) printmchar0 } def
/dn32n			{ (m) printmchar0 } def
/up64n			{ (n) printmchar0 } def
/dn64n			{ (o) printmchar0 } def
/up128n			{ (p) printmchar0 } def
/dn128n			{ (q) printmchar0 } def
/up256n			{ (r) printmchar0 } def
/dn256n			{ (s) printmchar0 } def
/com			{ (t) printmchar0 } def
/cut			{ (u) printmchar0 } def
/begped			{ (v) printmchar0 } def
/pedal			{ (w) printmchar0 } def
/endped			{ (x) printmchar0 } def
/dnbow			{ (y) printmchar0 } def
/upbow			{ (z) printmchar0 } def
/wedge			{ (1) printmchar0 } def
/uwedge			{ (2) printmchar0 } def
/ferm			{ (3) printmchar0 } def
/uferm			{ (4) printmchar0 } def
/sign			{ (5) printmchar0 } def
/coda			{ (6) printmchar0 } def
/mor			{ (7) printmchar0 } def
/invmor			{ (8) printmchar0 } def
/turn			{ (9) printmchar0 } def
/invturn		{ (0) printmchar0 } def
/acc_gt			{ (#) printmchar0 } def
/acc_hat		{ ($) printmchar0 } def
/acc_uhat		{ (") printmchar0 } def
/tr			{ (*) printmchar0 } def
/leg			{ (,) printmchar0 } def
/rr			{ (-) printmchar0 } def
/measrpt		{ (.) printmchar0 } def
/copyright		{ (/) printmchar0 } def
/dim			{ (`) printmchar0 } def
/halfdim		{ (') printmchar0 } def
/triangle		{ (^) printmchar0 } def
/qwhrest		{ (&) printmchar0 } def
/ll1rest		{ (!) printmchar0 } def
/ll2rest		{ (@) printmchar0 } def
/dwhrighttriangle	{ (A) printmchar1 } def
/righttriangle		{ (B) printmchar1 } def
/fillrighttriangle	{ (C) printmchar1 } def
/udwhrighttriangle	{ (D) printmchar1 } def
/urighttriangle		{ (E) printmchar1 } def
/ufillrighttriangle	{ (F) printmchar1 } def
/dwhrectangle		{ (G) printmchar1 } def
/rectangle		{ (H) printmchar1 } def
/fillrectangle		{ (I) printmchar1 } def
/dwhisostriangle	{ (J) printmchar1 } def
/isostriangle		{ (K) printmchar1 } def
/fillisostriangle	{ (L) printmchar1 } def
/dwhpiewedge		{ (M) printmchar1 } def
/piewedge		{ (N) printmchar1 } def
/fillpiewedge		{ (O) printmchar1 } def
/dwhsemicircle		{ (P) printmchar1 } def
/semicircle		{ (Q) printmchar1 } def
/fillsemicircle		{ (R) printmchar1 } def
/dwhslashhead		{ (S) printmchar1 } def
/slashhead		{ (T) printmchar1 } def
/fillslashhead		{ (U) printmchar1 } def
/blankhead		{ (V) printmchar1 } def


% Define routines for Mup output other than music characters.

/stepsize 3 def	   % define a step size as 3 points (at default magnification)

% x1 y1 x2 lines dist staffscale staff
%		draw a staff starting at x1, y1 and extending to x2 with "lines"
%		lines, 2*dist*stepsize apart, scaled by staffscale
/staff {
	/staffscale exch def
	/dist exch def
	/lines exch def
	/x2 exch def
	/y1 exch def
	/x1 exch def
	0.7 staffscale mul sb setlinewidth
	1 lines sub  2  lines 1 sub {	% loop from bottom line to top line
		dup stepsize mul staffscale mul dist mul y1 add x1 exch moveto
		stepsize mul staffscale mul dist mul y1 add x2 exch lineto stroke
	} for
} def

% x y1 y2 bracket	draw a bracket; y1 is the top
/bracket {
	/y2 exch def
	/y1 exch def
	/x exch def
	gsave
	3 setlinewidth
	x 2 sub y1 1 add moveto
	x 2 sub y2 1 sub lineto
	stroke
	x 2 sub y1 1 add moveto
	x 1 sub y1 1 add   x 3 add y1 1 add   x 5 add y1 6 add   curveto
	x 6 add y1 5 add lineto
	x 5 add y1 2 add   x 1 add y1 2 sub   x 2 sub y1 2 sub   curveto
	fill
	x 2 sub y2 1 sub moveto
	x 1 sub y2 1 sub   x 3 add y2 1 sub   x 5 add y2 6 sub   curveto
	x 6 add y2 5 sub lineto
	x 5 add y2 2 sub   x 1 add y2 2 add   x 2 sub y2 2 add   curveto
	fill
	grestore
} def

% x y1 y2 brace		draw a brace; y1 is the top
/brace {
	/y2 exch def
	/y1 exch def
	/x exch def
	gsave
	x 9 sub y1 y2 add 2 div translate
	/topy y1 y2 sub 2 div 1 sub def
	0 1 1 {
		pop
		%0 topy moveto 0 0 lineto stroke
		0 0 moveto
		16 topy 0.2 mul   -11 topy 0.6 mul   8 topy   curveto
		8.7 topy lineto
		-7 topy 0.7 mul   20 topy 0.3 mul   1 0   curveto
		fill
		1 -1 scale	% flip to do bottom half
	} for
	grestore
} def

% endx endy wavy staffscale	draw a wavy line from current point to here,
%				scaled by staffscale
/wavy {
	/staffscale exch def
	/endy exch def		% define the end point of the line
	/endx exch def
	currentpoint		% line starts at current point
	/begy exch def		% define the beginning point of the line
	/begx exch def
	gsave
	/dx endx begx sub def	% find delta x and delta y
	/dy endy begy sub def
	/r dx dx mul dy dy mul add sqrt def	% hypotenuse
	/theta dy dx atan def			% angle with positive x axis
	begx begy translate	% change axes so that we can draw the line
	theta rotate		%   from (0, 0) to (r, 0)
	staffscale staffscale scale	% scale everything by staffscale
	/scaledr r staffscale div def	% but scale r in reverse to keep length

	% Each outer loop draws one cycle of the squiggle.  It continues until
	% we are at or beyond the desired end point.
	0 0 moveto
	0 6 scaledr {
		gsave
		% first loop draws left half of squiggle; second draws right
		0 1 1 {
			0.0 0.4 moveto
			2.0 1.9 3.4 2.3 3.9 0.0 curveto
			2.1 0.0 lineto
			1.9 0.8 1.4 0.7 0.0 -0.4 curveto
			fill
			pop 180 rotate -6 0 translate
		} for
		grestore

		pop 6 0 translate	% shift axes right one squiggle
	} for

	grestore
} def

% x y space frets fretno numvert curvel curver [ f1 f2 f3 ... ] grid
%				print a guitar grid diagram
/grid {
	/grid_positions exch def % 0="o", -1="x", -2=nothing, positive=dot
	/curver exch def	% right string for curve, 0 if none
	/curvel exch def	% left string for curve, 0 if none
	/numvert exch def	% vertical position to print fretno, 0 if none
	/fretno exch def	% fret no. to print at right, 0 if none
	/frets exch def		% number of fret lines
	/space exch def		% points between two neighboring lines
	/y exch def		% y coord of top fret line
	/x exch def		% x coord of left strings

	gsave
	/strings grid_positions length def	% number of strings
	/lmarky 0.4 space mul y add def		% lowest Y of a "o" or "x"
	space 10 div setlinewidth
	2 setlinecap

	% draw the lines of the grid
	0  1  strings 1 sub {	% loop from left string to right string
		dup space mul x add y moveto
		space mul x add frets 1 sub space mul y exch sub lineto stroke
	} for
	0  -1  1 frets sub {	% loop from top fret (nut) to bottom fret
		dup space mul y add x exch moveto
		space mul y add strings 1 sub space mul x add exch lineto stroke
	} for

	% draw the curved line if there is one
	curvel 0 gt {
		% within strings curvel to curver, find smallest positive fret
		/minfret 1000 def
		curvel 1 curver {
			/strno exch def
			/grid_p grid_positions strno 1 sub get def
			grid_p 0 gt grid_p minfret lt and {
				/minfret grid_p def
			} if
		} for

		% if curve goes above top fret, other marks must be higher
		minfret 1 eq {
			/hmarky 1.2 space mul y add def
		} {
			/hmarky lmarky def
		} ifelse

		/strdiff curver curvel sub def
		space 8 div setlinewidth

		% set endpoint coords of curve; higher if curve is short
		/curvex1 curvel 1 sub space mul x add def
		/curvex2 curver 1 sub space mul x add def
		/curvey 1 minfret sub space mul y add def
		strdiff 3 lt {
			/curvey 0.2 strdiff div space mul curvey add def
		} if

		% move to left end, set other points, draw curve
		curvex1 curvey moveto

		curvex1 curvex2 curvex1 sub 3 div add
		curvey space 0.4 strdiff sqrt mul mul add

		curvex2 curvex2 curvex1 sub 3 div sub
		curvey space 0.4 strdiff sqrt mul mul add

		curvex2 curvey curveto stroke
	} if

	space 10 div setlinewidth

	% draw dots and x and o marks
	0  1  strings 1 sub {	% loop from left string to right string
		/strno exch def	% first string is 0
		/grid_p grid_positions strno get def
		/strx strno space mul x add def

		% set Y of mark higher if curved line covers this string
		strno 1 add curvel ge  strno 1 add curver le  and {
			/marky hmarky def
		} {
			/marky lmarky def
		} ifelse

		grid_p -1 eq {		% draw an X above the string
			/xhwid space 3 div def
			strx xhwid sub marky xhwid sub moveto
			strx xhwid add marky xhwid add lineto stroke
			strx xhwid sub marky xhwid add moveto
			strx xhwid add marky xhwid sub lineto stroke
		} if
		grid_p 0 eq {		% draw a circle above the string
			strx marky space 0.3 mul 0 360 arc stroke
		} if
		grid_p 1 ge {		% draw a dot by the proper fret
			strx y grid_p space mul sub space 3 div add
			space 3 div 0 360 arc fill
		} if
	} for

	% print "X fr" if requested
	fretno 0 gt {
		/Palatino-Roman findfont space 1.9 mul scalefont setfont
		x strings 0.5 sub space mul add
		y space numvert 0.3 add mul sub moveto
		fretno 2 string cvs show ( fr) show
	} if
	grestore
} def

% x1 y1 x2 y2 whitebox		draw a white rectangle with opposite
%				corners of (x1,y1) and (x2,y2)
/whitebox {
	/y2 exch def
	/x2 exch def
	/y1 exch def
	/x1 exch def
	1.0 setgray
	newpath
	x1 y1 moveto
	x1 y2 lineto
	x2 y2 lineto
	x2 y1 lineto
	closepath
	fill
	stroke
	0.0 setgray
} def


/LineNum 0 def
/InputFile (unknown) def

% n linenum
/linenum {
	/LineNum exch def
} def

% (inputfilename) inputfile
/inputfile {
	/InputFile exch def
} def

% find size of Encoding and make a dictionary
% that size for bounding box information
mfont0 begin
/dictsize Encoding length def
mfont0 /Mcbbox0 dictsize dict put

% temporarily redefine printmchar0 to get code
5 dict begin
/printmchar0 { {} forall } def

Mcbbox0 Encoding 128rest get [ 1140.0 0 -515.0 -1515.0 615.0 1685.0 ] put
Mcbbox0 Encoding 16rest get [ 830.0 0 -415.0 -1215.0 405.0 485.0 ] put
Mcbbox0 Encoding 1n get [ 1080.0 0 -535.0 -335.0 535.0 345.0 ] put
Mcbbox0 Encoding 1rest get [ 1540.0 0 -765.0 -5.0 765.0 645.0 ] put
Mcbbox0 Encoding 256rest get [ 1250.0 0 -625.0 -2115.0 615.0 1685.0 ] put
Mcbbox0 Encoding 2n get [ 880.0 0 -435.0 -345.0 435.0 355.0 ] put
Mcbbox0 Encoding 2rest get [ 1540.0 0 -765.0 -45.0 765.0 315.0 ] put
Mcbbox0 Encoding 32rest get [ 940.0 0 -415.0 -1215.0 515.0 1085.0 ] put
Mcbbox0 Encoding 4n get [ 840.0 0 -415.0 -335.0 415.0 345.0 ] put
Mcbbox0 Encoding 4rest get [ 650.0 0 -345.0 -885.0 295.0 985.0 ] put
Mcbbox0 Encoding 64rest get [ 1040.0 0 -515.0 -1515.0 515.0 1085.0 ] put
Mcbbox0 Encoding 8rest get [ 750.0 0 -305.0 -615.0 435.0 485.0 ] put
Mcbbox0 Encoding acc_gt get [ 1170.0 0 -525.0 -335.0 635.0 345.0 ] put
Mcbbox0 Encoding acc_hat get [ 780.0 0 -385.0 -5.0 385.0 875.0 ] put
Mcbbox0 Encoding acc_uhat get [ 780.0 0 -385.0 -5.0 385.0 875.0 ] put
Mcbbox0 Encoding begped get [ 470.0 0 -245.0 -45.0 215.0 615.0 ] put
Mcbbox0 Encoding cclef get [ 1540.0 0 -765.0 -1245.0 765.0 1255.0 ] put
Mcbbox0 Encoding coda get [ 1640.0 0 -815.0 -855.0 815.0 865.0 ] put
Mcbbox0 Encoding com get [ 1100.0 0 -575.0 -635.0 515.0 655.0 ] put
Mcbbox0 Encoding copyright get [ 920.0 0 -455.0 -45.0 455.0 855.0 ] put
Mcbbox0 Encoding cut get [ 1100.0 0 -575.0 -905.0 515.0 915.0 ] put
Mcbbox0 Encoding dblflat get [ 1170.0 0 -595.0 -405.0 565.0 1115.0 ] put
Mcbbox0 Encoding dblsharp get [ 720.0 0 -355.0 -345.0 355.0 355.0 ] put
Mcbbox0 Encoding dblwhole get [ 1090.0 0 -535.0 -605.0 545.0 615.0 ] put
Mcbbox0 Encoding diamond get [ 880.0 0 -435.0 -305.0 435.0 315.0 ] put
Mcbbox0 Encoding dim get [ 540.0 0 -265.0 -5.0 265.0 905.0 ] put
Mcbbox0 Encoding dn128n get [ 840.0 0 -415.0 -3545.0 415.0 345.0 ] put
Mcbbox0 Encoding dn16n get [ 840.0 0 -415.0 -2105.0 415.0 345.0 ] put
Mcbbox0 Encoding dn256n get [ 840.0 0 -415.0 -3965.0 415.0 345.0 ] put
Mcbbox0 Encoding dn2n get [ 880.0 0 -435.0 -2105.0 435.0 355.0 ] put
Mcbbox0 Encoding dn32n get [ 840.0 0 -415.0 -2585.0 415.0 345.0 ] put
Mcbbox0 Encoding dn4n get [ 840.0 0 -415.0 -2105.0 415.0 345.0 ] put
Mcbbox0 Encoding dn64n get [ 840.0 0 -415.0 -3065.0 415.0 345.0 ] put
Mcbbox0 Encoding dn8n get [ 840.0 0 -415.0 -2105.0 415.0 345.0 ] put
Mcbbox0 Encoding dnbow get [ 810.0 0 -395.0 -5.0 405.0 915.0 ] put
Mcbbox0 Encoding dnflag get [ 640.0 0 -335.0 -1705.0 295.0 15.0 ] put
Mcbbox0 Encoding dot get [ 280.0 0 -135.0 -125.0 135.0 135.0 ] put
Mcbbox0 Encoding dwhdiamond get [ 950.0 0 -465.0 -605.0 475.0 615.0 ] put
Mcbbox0 Encoding dwhrest get [ 340.0 0 -165.0 -5.0 165.0 615.0 ] put
Mcbbox0 Encoding endped get [ 480.0 0 -215.0 -45.0 255.0 615.0 ] put
Mcbbox0 Encoding fclef get [ 1840.0 0 -1015.0 -1705.0 815.0 655.0 ] put
Mcbbox0 Encoding ferm get [ 1640.0 0 -815.0 -5.0 815.0 1015.0 ] put
Mcbbox0 Encoding filldiamond get [ 880.0 0 -435.0 -305.0 435.0 315.0 ] put
Mcbbox0 Encoding flat get [ 580.0 0 -295.0 -405.0 275.0 1115.0 ] put
Mcbbox0 Encoding gclef get [ 1790.0 0 -915.0 -1605.0 865.0 3015.0 ] put
Mcbbox0 Encoding halfdim get [ 760.0 0 -375.0 -5.0 375.0 1015.0 ] put
Mcbbox0 Encoding invmor get [ 1320.0 0 -655.0 -455.0 655.0 465.0 ] put
Mcbbox0 Encoding invturn get [ 1300.0 0 -645.0 -335.0 645.0 345.0 ] put
Mcbbox0 Encoding leg get [ 840.0 0 -415.0 -55.0 415.0 65.0 ] put
Mcbbox0 Encoding ll1rest get [ 840.0 0 -415.0 -5.0 415.0 625.0 ] put
Mcbbox0 Encoding ll2rest get [ 840.0 0 -415.0 -15.0 415.0 315.0 ] put
Mcbbox0 Encoding measrpt get [ 1300.0 0 -645.0 -675.0 645.0 685.0 ] put
Mcbbox0 Encoding mor get [ 1320.0 0 -655.0 -285.0 655.0 295.0 ] put
Mcbbox0 Encoding nat get [ 520.0 0 -255.0 -855.0 255.0 865.0 ] put
Mcbbox0 Encoding pedal get [ 1040.0 0 -515.0 -45.0 515.0 675.0 ] put
Mcbbox0 Encoding qwhrest get [ 340.0 0 -165.0 -605.0 165.0 615.0 ] put
Mcbbox0 Encoding rr get [ 940.0 0 -465.0 -25.0 465.0 1035.0 ] put
Mcbbox0 Encoding sharp get [ 700.0 0 -345.0 -935.0 345.0 945.0 ] put
Mcbbox0 Encoding sign get [ 1340.0 0 -665.0 -825.0 665.0 835.0 ] put
Mcbbox0 Encoding tr get [ 1440.0 0 -715.0 -5.0 715.0 1015.0 ] put
Mcbbox0 Encoding triangle get [ 800.0 0 -395.0 -45.0 395.0 785.0 ] put
Mcbbox0 Encoding turn get [ 1300.0 0 -645.0 -325.0 645.0 345.0 ] put
Mcbbox0 Encoding uferm get [ 1640.0 0 -815.0 -5.0 815.0 1015.0 ] put
Mcbbox0 Encoding up128n get [ 1390.0 0 -745.0 -335.0 635.0 3555.0 ] put
Mcbbox0 Encoding up16n get [ 1390.0 0 -745.0 -335.0 635.0 2115.0 ] put
Mcbbox0 Encoding up256n get [ 1390.0 0 -745.0 -335.0 635.0 3975.0 ] put
Mcbbox0 Encoding up2n get [ 880.0 0 -435.0 -345.0 435.0 2115.0 ] put
Mcbbox0 Encoding up32n get [ 1390.0 0 -745.0 -335.0 635.0 2595.0 ] put
Mcbbox0 Encoding up4n get [ 850.0 0 -415.0 -335.0 425.0 2115.0 ] put
Mcbbox0 Encoding up64n get [ 1390.0 0 -745.0 -335.0 635.0 3075.0 ] put
Mcbbox0 Encoding up8n get [ 1390.0 0 -745.0 -335.0 635.0 2115.0 ] put
Mcbbox0 Encoding upbow get [ 720.0 0 -355.0 -115.0 355.0 925.0 ] put
Mcbbox0 Encoding upflag get [ 640.0 0 -335.0 -5.0 295.0 1715.0 ] put
Mcbbox0 Encoding uwedge get [ 340.0 0 -165.0 -5.0 165.0 505.0 ] put
Mcbbox0 Encoding wedge get [ 340.0 0 -165.0 5.0 165.0 515.0 ] put
Mcbbox0 Encoding xnote get [ 880.0 0 -435.0 -365.0 435.0 375.0 ] put

end
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/Mfont0 mfont0 definefont


% find size of Encoding and make a dictionary
% that size for bounding box information
mfont1 begin
/dictsize Encoding length def
mfont1 /Mcbbox1 dictsize dict put

% temporarily redefine printmchar1 to get code
5 dict begin
/printmchar1 { {} forall } def

Mcbbox1 Encoding blankhead get [ 880.0 0 -435.0 -275.0 435.0 285.0 ] put
Mcbbox1 Encoding dwhisostriangle get [ 950.0 0 -465.0 -605.0 475.0 615.0 ] put
Mcbbox1 Encoding dwhpiewedge get [ 950.0 0 -465.0 -605.0 475.0 615.0 ] put
Mcbbox1 Encoding dwhrectangle get [ 950.0 0 -465.0 -605.0 475.0 615.0 ] put
Mcbbox1 Encoding dwhrighttriangle get [ 950.0 0 -465.0 -605.0 475.0 615.0 ] put
Mcbbox1 Encoding dwhsemicircle get [ 950.0 0 -465.0 -605.0 475.0 615.0 ] put
Mcbbox1 Encoding dwhslashhead get [ 1410.0 0 -695.0 -725.0 705.0 735.0 ] put
Mcbbox1 Encoding fillisostriangle get [ 880.0 0 -435.0 -275.0 435.0 315.0 ] put
Mcbbox1 Encoding fillpiewedge get [ 880.0 0 -435.0 -305.0 435.0 285.0 ] put
Mcbbox1 Encoding fillrectangle get [ 880.0 0 -435.0 -275.0 435.0 285.0 ] put
Mcbbox1 Encoding fillrighttriangle get [ 880.0 0 -435.0 -305.0 435.0 285.0 ] put
Mcbbox1 Encoding fillsemicircle get [ 880.0 0 -435.0 -305.0 435.0 285.0 ] put
Mcbbox1 Encoding fillslashhead get [ 1300.0 0 -645.0 -675.0 645.0 685.0 ] put
Mcbbox1 Encoding isostriangle get [ 880.0 0 -435.0 -275.0 435.0 315.0 ] put
Mcbbox1 Encoding piewedge get [ 880.0 0 -435.0 -305.0 435.0 285.0 ] put
Mcbbox1 Encoding rectangle get [ 880.0 0 -435.0 -275.0 435.0 285.0 ] put
Mcbbox1 Encoding righttriangle get [ 880.0 0 -435.0 -305.0 435.0 285.0 ] put
Mcbbox1 Encoding semicircle get [ 880.0 0 -435.0 -305.0 435.0 285.0 ] put
Mcbbox1 Encoding slashhead get [ 1380.0 0 -685.0 -725.0 685.0 735.0 ] put
Mcbbox1 Encoding udwhrighttriangle get [ 950.0 0 -465.0 -605.0 475.0 615.0 ] put
Mcbbox1 Encoding ufillrighttriangle get [ 880.0 0 -435.0 -275.0 435.0 315.0 ] put
Mcbbox1 Encoding urighttriangle get [ 880.0 0 -435.0 -275.0 435.0 315.0 ] put

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/Mfont1 mfont1 definefont

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	StandardEncoding extendedencoding copy
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	extendedencoding 33 /cent put
	extendedencoding 34 /sterling put
	extendedencoding 35 /yen put
	extendedencoding 36 /quotedblleft put
	extendedencoding 37 /guillemotleft put
	extendedencoding 38 /guillemotright put
	extendedencoding 39 /guilsinglleft put
	extendedencoding 40 /guilsinglright put
	extendedencoding 41 /dagger put
	extendedencoding 42 /daggerdbl put
	extendedencoding 43 /bullet put
	extendedencoding 44 /quotedblbase put
	extendedencoding 45 /quotedblright put
	extendedencoding 46 /questiondown put
	extendedencoding 47 /grave put
	extendedencoding 48 /acute put
	extendedencoding 49 /macron put
	extendedencoding 50 /breve put
	extendedencoding 51 /dotaccent put
	extendedencoding 52 /dieresis put
	extendedencoding 53 /ring put
	extendedencoding 54 /cedilla put
	extendedencoding 55 /hungarumlaut put
	extendedencoding 56 /ogonek put
	extendedencoding 57 /caron put
	extendedencoding 58 /emdash put
	extendedencoding 59 /AE put
	extendedencoding 60 /ae put
	extendedencoding 61 /ordfeminine put
	extendedencoding 62 /ordmasculine put
	extendedencoding 63 /Lslash put
	extendedencoding 64 /lslash put
	extendedencoding 65 /Oslash put
	extendedencoding 66 /oslash put
	extendedencoding 67 /OE put
	extendedencoding 68 /oe put
	extendedencoding 69 /dotlessi put
	extendedencoding 70 /germandbls put
	extendedencoding 71 /Aacute put
	extendedencoding 72 /aacute put
	extendedencoding 73 /Acircumflex put
	extendedencoding 74 /acircumflex put
	extendedencoding 75 /Adieresis put
	extendedencoding 76 /adieresis put
	extendedencoding 77 /Agrave put
	extendedencoding 78 /agrave put
	extendedencoding 79 /Aring put
	extendedencoding 80 /aring put
	extendedencoding 81 /Atilde put
	extendedencoding 82 /atilde put
	extendedencoding 83 /Ccedilla put
	extendedencoding 84 /ccedilla put
	extendedencoding 85 /Eacute put
	extendedencoding 86 /eacute put
	extendedencoding 87 /Ecircumflex put
	extendedencoding 88 /ecircumflex put
	extendedencoding 89 /Edieresis put
	extendedencoding 90 /edieresis put
	extendedencoding 91 /Egrave put
	extendedencoding 92 /egrave put
	extendedencoding 93 /Iacute put
	extendedencoding 94 /iacute put
	extendedencoding 95 /Icircumflex put
	extendedencoding 96 /icircumflex put
	extendedencoding 97 /Idieresis put
	extendedencoding 98 /idieresis put
	extendedencoding 99 /Igrave put
	extendedencoding 100 /igrave put
	extendedencoding 101 /Ntilde put
	extendedencoding 102 /ntilde put
	extendedencoding 103 /Oacute put
	extendedencoding 104 /oacute put
	extendedencoding 105 /Ocircumflex put
	extendedencoding 106 /ocircumflex put
	extendedencoding 107 /Odieresis put
	extendedencoding 108 /odieresis put
	extendedencoding 109 /Ograve put
	extendedencoding 110 /ograve put
	extendedencoding 111 /Otilde put
	extendedencoding 112 /otilde put
	extendedencoding 113 /Scaron put
	extendedencoding 114 /scaron put
	extendedencoding 115 /Uacute put
	extendedencoding 116 /uacute put
	extendedencoding 117 /Ucircumflex put
	extendedencoding 118 /ucircumflex put
	extendedencoding 119 /Udieresis put
	extendedencoding 120 /udieresis put
	extendedencoding 121 /Ugrave put
	extendedencoding 122 /ugrave put
	extendedencoding 123 /Ydieresis put
	extendedencoding 124 /ydieresis put
	extendedencoding 125 /Zcaron put
	extendedencoding 126 /zcaron put
	extendedencoding 127 /space put
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-.11 E F1(num)A(fontfamily font)36 173 Q F0(\()2.75 E F1(size)A F0(\))A
F1(modi\214er place staf)2.75 E(fs)-.198 E F0(dist)2.75 E F1(num)2.75 E
F0 2.75(!:)2.75 G F1(beat)A F0(")2.75 E F1(te)A(xt)-.22 E F0 2.75("t)C
(il)-2.75 E F1(num)2.75 E F0(m+)A F1(num)A F0(;)A F1(....)2.75 E F0
(mussym \()36 186 Q F1(size)A/F2 11/Times-Roman@0 SF(\))A F1(place staf)
2.75 E(fs)-.198 E F0(:)2.75 E F1(beat)2.75 E F0(")2.75 E F1(mus_symbol)A
F0 2.75("t)C(il)-2.75 E F1(num)2.75 E F0(m+)A F1(num)A F0(;)A F1(....)
2.75 E(linetype)36 199 Q F0(phrase)2.75 E F1(place staf)2.75 E(fs)-.198
E F0(:)2.75 E F1(beat til num)2.75 E F0(m+)A F1(num)A F0(;)A F1(....)
2.75 E F0(octa)36 212 Q -.11(ve)-.275 G F1(place staf)2.86 E(fs)-.198 E
F0(:)2.75 E F1(beat)2.75 E F0(")2.75 E F1(te)A(xt)-.22 E F0 2.75("t)C
(il)-2.75 E F1(num)2.75 E F0(m+)A F1(num)A F0(;)A F1(....)2.75 E F0
(pedal)36 225 Q F1(place staf)2.75 E(fs)-.198 E F0(:)2.75 E F1(beat)2.75
E F0 2.75(*;)2.75 G F1(....)A(cr)36 238 Q(es_mark place staf)-.407 E(fs)
-.198 E F0(:)2.75 E F1(beat til num)2.75 E F0(m+)A F1(num)A F0(;)A F1
(....)2.75 E F0(midi)36 251 Q F1(staf)2.75 E(fs voices)-.198 E F0(:)2.75
E F1(beat)2.75 E F0(")2.75 E F1(midi_k)A -.33(ey)-.11 G(wor).33 E(d)
-.407 E F0(=)A F1(value)A F0(";)A F1(....)2.75 E F0 -.198(ro)36 264 S
(ll).198 E F1(dir)2.75 E(ection staf)-.407 E(fnum voicenum)-.198 E F0
(to)2.75 E F1(staf)2.75 E(fnum voicenum)-.198 E F0(:)2.75 E F1(beat)2.75
E F0(;)2.75 E F1(....)2.75 E(printcmd location)36 277 Q F0(")2.75 E F1
(te)A(xt)-.22 E F0(")A(title)36 290 Q F1(fontfamily font)2.75 E F0(\()
2.75 E F1(size)A F0 2.75(\)")C F1(te)-2.75 E(xt)-.22 E F0 2.75("")C F1
(te)-2.75 E(xt)-.22 E F0 2.75("")C F1(te)-2.75 E(xt)-.22 E F0(")A F1
(justifytype)36 303 Q F0(paragraph)2.75 E F1(fontfamily font)2.75 E F0
(\()2.75 E F1(size)A F0 2.75(\)")C F1(te)-2.75 E(xt)-.22 E F0(")A F1
(linetype)36 316 Q F0(line)2.75 E F1(location)2.75 E F0(to)2.75 E F1
(location)2.75 E F0(with)2.75 E F1(fontfamily font)2.75 E F0(\()2.75 E
F1(size)A F0 2.75(\)")C F1(te)-2.75 E(xt)-.22 E F0(")A F1(linetype)36
329 Q F0(cur)2.75 E -.11(ve)-.11 G F1(location)2.86 E F0(to)2.75 E F1
(location)2.75 E F0(to)2.75 E F1(location ....)2.75 E(linetype)36 342 Q
F0(cur)2.75 E -.11(ve)-.11 G F1(location)2.86 E F0(to)2.75 E F1
(location)2.75 E F0 -.22(bu)2.75 G(lge).22 E F1(num ....)2.75 E F0
(de\214ne)36 355 Q F1(MA)2.75 E(CR)-.33 E(O_N)-.44 E(AME)-.297 E F0(\()A
F1(mac_par)A(ams)-.165 E F0(\))A F1(macr)2.75 E(o_de\214nition)-.495 E
F0(@)2.75 E(ifdef)36 368 Q F1(MA)2.75 E(CR)-.33 E(O_N)-.44 E(AME .....)
-.297 E F0(else)2.75 E F1(.....)2.75 E F0(endif)2.75 E(ifndef)36 381 Q
F1(MA)2.75 E(CR)-.33 E(O_N)-.44 E(AME .....)-.297 E F0(else)2.75 E F1
(.....)2.75 E F0(endif)2.75 E(undef)36 394 Q F1(MA)2.75 E(CR)-.33 E(O_N)
-.44 E(AME)-.297 E F0(if)36 407 Q F1 -.22(ex)2.75 G(pr).22 E
(ession .....)-.407 E F0(else)2.75 E F1(.....)2.75 E F0(endif)2.75 E
(include ")36 420 Q F1(\214lename)A F0(")A -.275(fo)36 433 S(nt\214le ")
.275 E F1(\214lename)A F0(")A(//)36 446 Q F1(comment\212arbitr)2.75 E
(ary te)-.165 E(xt that will be ignor)-.22 E(ed.)-.407 E F0 -1.012(Va)
211.877 472 S(lues used in Mup statements)1.012 E F1(accidental)36 485 Q
F0(#)40.574 E F2(,)A F0(&)2.75 E F2(,)A F0(x)2.75 E F2(,)A F0(&&)2.75 E
F2 2.75(,o)C(r)-2.75 E F0(n)2.75 E F1(bartype)36 498 Q F0(bar)52.795 E
F2(,)A F0(dblbar)2.75 E F2(,)A F0 -.198(re)2.75 G(peatstart).198 E F2(,)
A F0 -.198(re)2.75 G(peatend).198 E F2(,)A F0 -.198(re)2.75 G(peatboth)
.198 E F2(,)A F0(endbar)2.75 E F2(,)A F0(in)2.75 E(visbar)-.44 E F2 2.75
(,o)C(r)-2.75 E F0 -.198(re)2.75 G(start).198 E F1(beat)36 511 Q F2(num\
ber from 0.0 to time signature denominator plus 1.0, optionally follo)
67.458 E(wed)-.275 E(by ho)122.4 524 Q 2.75(wm)-.275 G(an)-2.75 E 2.75
(yg)-.165 G(race notes to back up from there, as a ne)-2.75 E -.055(ga)
-.165 G(ti).055 E .33 -.165(ve n)-.275 H(umber in parentheses,).165 E
(and an of)122.4 537 Q(fset as a signed number in square brack)-.275 E
(ets)-.11 E F1 -.165(ch)36 550 S(or).165 E(d)-.407 E F0(<<)61.309 E F1
(conte)A(xt par)-.22 E(ameter=value)-.165 E F0(>> [)A F1 -.165(ch)C(or)
.165 E(d_style)-.407 E F0(])A F1(time_value pitc)2.75 E
(h\(es\) note_attrib)-.165 E(utes inter)-.22 E(-c)-.22 E(hor)-.165 E
(d_attr)-.407 E F2 -.495(Tu)122.4 563 S(plets speci\214ed by).495 E F0
({)8.25 E F1 -.165(ch)2.75 G(or).165 E(d)-.407 E F0(;)2.75 E F1(....)
2.75 E F0(})2.75 E F1(side num tupstyle)2.75 E 2.75(,t)-.11 G(ime_value)
-2.75 E F0(;)2.75 E F2(On tablature staf)122.4 576 Q(f, the)-.275 E F1
(pitc)2.75 E(h)-.165 E F2(is:)2.75 E F1(string fr)2.75 E(et)-.407 E F0
(")2.75 E F1(bend)A F0(")A F1(bend)36 589 Q F0(full)65.016 E F2 2.75(,o)
C(r)-2.75 E F1(num)2.75 E F2(and/or a fraction as)2.75 E F1(num)2.75 E
F0(/)A F1(num)A -.165(ch)36 602 S(or).165 E(d_style)-.407 E F2
(one or more \(semicolon-separated\) from the follo)35.646 E(wing:)-.275
E F0(grace)122.4 615 Q F2(,)A F0(cue)2.75 E F2(,)A F0(xnote)2.75 E F2(,)
A F0(diam)2.75 E F2(,)A F0(with)2.75 E F1(withlist)2.75 E F2(,)A F0(pad)
2.75 E F1(num)2.75 E F2(,)A F0(slash)2.75 E F1(num)2.75 E F2(,)A F1
(stemdir)2.75 E F2(,)A F0(len)2.75 E F1(num)2.75 E F2(,)A F0(dist)2.75 E
F1(num)2.75 E F2(,)A F0(ho)122.4 628 Q F1(num)2.75 E F2(,)A F0(hs ")2.75
E F1(headshape)A F0(")A F2 2.75(,o)C(r)-2.75 E F0(=)2.75 E F1(ta)A(g)
-.11 E F2(Putting)122.4 641 Q F0(...)2.75 E F2(after the)2.75 E F0(])
2.75 E F2(will repeat the)2.75 E F1 -.165(ch)2.75 G(or).165 E(d_style)
-.407 E F2(until)2.75 E F0([-])2.75 E F2(or end of measure.)2.75 E F1
(clef)36 654 Q F0(tr)70.516 E(eble)-.198 E F2(,)A F0(soprano)2.75 E F2
(,)A F0(mezzosoprano)2.75 E F2(,)A F0(alto)2.75 E F2(\(these ha)5.5 E
.33 -.165(ve d)-.22 H(ef).165 E(ault octa)-.11 E .33 -.165(ve o)-.22 H
2.75(f4).165 G(\))-2.75 E F0(tr)122.4 667 Q(eble8)-.198 E F2(,)A F0
(tenor)2.75 E F2(,)A F0(baritone)2.75 E F2(,)A F0(bass)2.75 E F2
(\(these ha)5.5 E .33 -.165(ve d)-.22 H(ef).165 E(ault octa)-.11 E .33
-.165(ve o)-.22 H 2.75(f3).165 G(\))-2.75 E F0(fr)122.4 680 Q
(enchviolin)-.198 E F2(,)A F0(8tr)2.75 E(eble)-.198 E F2(\(these ha)2.75
E .33 -.165(ve d)-.22 H(ef).165 E(ault octa)-.11 E .33 -.165(ve o)-.22 H
2.75(f5).165 G(\))-2.75 E F1(conte)36 693 Q(xt)-.22 E F0(scor)54.852 E
(e)-.198 E F2(,)A F0(staff)2.75 E F1(staf)2.75 E(fnum)-.198 E F2(,)A F0
-.11(vo)2.75 G(ice).11 E F1(staf)2.75 E(fnum voicenum)-.198 E F2(,)A F0
(music)2.75 E F2(,)A F0(top)2.75 E F2(,)A F0(bottom)2.75 E F2(,)A F0
(top2)2.75 E F2(,)A F0(bottom2)2.75 E F2(,)A F0(header)122.4 706 Q F2(,)
A F0 -.275(fo)2.75 G(oter).275 E F2(,)A F0(header2)2.75 E F2(,)A F0
-.275(fo)2.75 G(oter2).275 E F2(,)A F0(grids)2.75 E F2 2.75(,o)C(r)-2.75
E F0(headshapes)2.75 E F1(cr)36 719 Q(es_mark)-.407 E F0(<)40.376 E F2
(\(crescendo\) or)2.75 E F0(>)2.75 E F2(\(decrescendo\))2.75 E F1(dir)36
732 Q(ection)-.407 E F0(up)47.086 E F2(or)2.75 E F0(do)2.75 E(wn)-.11 E
F1(ending_mark)36 745 Q F0(ending ")28.353 E F1(te)A(xt)-.22 E F0(")A F2
(or)5.5 E F0(endending)2.75 E F1 -.22(ex)36 758 S(pr).22 E(ession)-.407
E F2(can contain)39.98 E F0 2.75
(de\214ned\(\) \(\) + - ~ ! * / % ^ & | << >> < > <= >= == != && || ?:)
2.75 F F1(\214lename)36 771 Q F2
(path to a \214le on your system; uses MUPP)49.132 E -1.221(AT)-1.012 G
2.75(Ht)1.221 G 2.75<6f8c>-2.75 G(nd, if not in current directory)-2.75
E(and not absolute path)122.4 784 Q EP
%%Page: 2 2
%%BeginPageSetup
BP
%%EndPageSetup
/F0 9/Times-Roman@0 SF 2.25(-2-)262.503 44.5 S/F1 11/Times-Italic@0 SF
(font)36 70.5 Q/F2 11/Times-Bold@0 SF -.198(ro)69.284 G(m).198 E/F3 11
/Times-Roman@0 SF(,)A F2(ital)2.75 E F3(,)A F2(bold)2.75 E F3 2.75(,o)C
(r)-2.75 E F2(boldital)2.75 E F1(fontfamily)36 83.5 Q F2 -2.31 -.275
(av a)41.784 H(ntgarde).275 E F3(,)A F2(bookman)2.75 E F3(,)A F2
(courier)2.75 E F3(,)A F2(helv)2.75 E(etica)-.11 E F3(,)A F2(newcentury)
2.75 E F3(,)A F2(palatino, or times)2.75 E F1(fr)36 96.5 Q(et)-.407 E F3
(number from 0 to 99)71.528 E F1(he)36 109.5 Q(x_data)-.22 E F3 -2.365
-.275(ev e)46.294 H 2.75(nn).275 G(umber of he)-2.75 E(xadecimal digits)
-.165 E F1(inter)36 122.5 Q(-c)-.22 E(hor)-.165 E 12.942
(d_attr tieslur_style)-.407 F F2(tie)2.75 E F1(dir)2.75 E(ection)-.407 E
F3(,)A F1(tieslur_style)2.75 E F2(slur)2.75 E F1(dir)2.75 E(ection)-.407
E F3(,)A F2(bm)2.75 E F3(,)A F2(bm with staff)2.75 E F1(side)2.75 E F3
(,)A F2(ebm)2.75 E F3(,)A F2(esbm)2.75 E F3(,)A F2(slope)122.4 135.5 Q
F1(num)2.75 E F3 2.75(,o)C(r)-2.75 E F2(alt)2.75 E F1(num)2.75 E
(interval)36 148.5 Q F2(perfect)52.179 E F3(,)A F2(major)2.75 E F3(,)A
F2(minor)2.75 E F3(,)A F2(augmented)2.75 E F3 2.75(,o)C(r)-2.75 E F2
(diminished)2.75 E F1(justifytype)36 161.5 Q F2(justi\214ed)41.179 E F3
2.75(,o)C(r)-2.75 E F2(ragged)2.75 E F1(linetype)36 174.5 Q F2(medium)
51.574 E F3(,)A F2(wide)2.75 E F3(,)A F2(dashed)2.75 E F3 2.75(,o)C(r)
-2.75 E F2(dotted)2.75 E F3(\(if omitted,)2.75 E F1(linetype)2.75 E F3
(is narro)2.75 E(w\))-.275 E F1(location)36 187.5 Q F2(\()50.342 E F1
(ta)2.75 E(g)-.11 E F2(.)A F1(X)A F2(+)2.75 E F1(steps)2.75 E F2 2.75
(+t)2.75 G(ime)-2.75 E F1(time_value)2.75 E F2(,)A F1(ta)2.75 E(g)-.11 E
F2(.)A F1(Y)A F2(+)2.75 E F1(steps)2.75 E F2(\))2.75 E F1(mac_par)36
200.5 Q(ams)-.165 E F3
(comma-separated list of parameter names, same naming rules as)29.739 E
F1(MA)2.75 E(CR)-.33 E(O_N)-.44 E(AME)-.297 E(MA)36 213.5 Q(CR)-.33 E
(O_N)-.44 E(AME)-.297 E F3
(upper case letters, digits, and/or underscores, be)14.141 E
(ginning with a letter)-.165 E F1(macr)36 226.5 Q(o_de\214nition)-.495 E
F3(arbitrary te)11.732 E(xt that will be used where)-.165 E -.165(ve)
-.275 G(r).165 E F1(MA)2.75 E(CR)-.33 E(O_N)-.44 E(AME)-.297 E F3
(appears in input)2.75 E F1(midi_k)36 239.5 Q -.33(ey)-.11 G(wor).33 E
(d)-.407 E F3(an)24.921 E 2.75(yo)-.165 G 2.75(ft)-2.75 G(he follo)-2.75
E(wing:)-.275 E F2(tempo=)122.4 252.5 Q F1(num)A F2(pr)46.262 E(ogram=)
-.198 E F1(num)A F2(parameter=)34.239 E F1(num)A F2(,)A F1(num)A F2
(port=)4.418 E F1(num)A F2(on)122.4 265.5 Q -.11(ve)-.44 G(locity=).11 E
F1(num)A F2(offv)28.475 E(elocity=)-.11 E F1(num)A F2(channel=)26.825 E
F1(num)A F2(chanpr)38.914 E(essur)-.198 E(e=)-.198 E F1(num)A F2
(seqnum=)122.4 278.5 Q F1(num)A F2(text=)38.914 E F1(te)A(xt)-.22 E F2
(copyright=)61.156 E F1(te)A(xt)-.22 E F2(name=)33.645 E F1(te)A(xt)-.22
E F2(instrument=)122.4 291.5 Q F1(num)A F2(mark)23.646 E(er=)-.11 E F1
(te)A(xt)-.22 E F2(cue=)43.545 E F1(te)A(xt)-.22 E F2(hex=)62.982 E F1
(he)A(x_data)-.22 E(modi\214er)36 304.5 Q F2(chord)49.737 E F3(,)A F2
(analysis)2.75 E F3(,)A F2(\214gbass)2.75 E F3 2.75(,o)C 2.75(ro)-2.75 G
(mitted)-2.75 E F1(mus_symbol)36 317.5 Q F3
(musical symbol; see chart on page 6 for complete list.)32.016 E F1
(note_attrib)36 330.5 Q(utes)-.22 E F3(one or more of the follo)20.004 E
(wing:)-.275 E F1(tieslur_style)2.75 E F2(~)2.75 E F1(dir)2.75 E(ection)
-.407 E F3(\(tie\),)2.75 E F1(tieslur_style)2.75 E F2 2.75(<>)2.75 G F1
(dir)A(ection\) \(slur\),)-.407 E F2(?)122.4 343.5 Q F3(\(small\),)2.75
E F2(^)2.75 E F1(pitc)A(h)-.165 E F3(\(bend\),)2.75 E F2(hs ")2.75 E F1
(headshape)A F2(")A F3 2.75(,o)C(r)-2.75 E F2(=)2.75 E F1(ta)A(g)-.11 E
(num)36 356.5 Q F3(some number; v)67.458 E(alid v)-.275 E
(alues depend on where it appears)-.275 E F1(octave)36 369.5 Q F3
(number from)57.69 E F2(0)2.75 E F3(to)2.75 E F2(9)2.75 E F3
(or one or more)2.75 E F2(+)2.75 E F3(or)2.75 E F2(-)2.75 E F3(signs)
2.75 E F1(par)36 382.5 Q(ameter)-.165 E F3
(See parameter table on page 5 for complete list)40.739 E F1(pitc)36
395.5 Q(h)-.165 E F3(letter from)64.565 E F2(a)2.75 E F3(to)2.75 E F2(g)
2.75 E F3 2.75(,o)C(ptionally follo)-2.75 E(wed by)-.275 E F1
(accidental)2.75 E F3(and/or)2.75 E F1(octave)2.75 E F3(,)A(or)122.4
408.5 Q F2(r)2.75 E F3(\(rest\),)2.75 E F2(s)2.75 E F3(\(space\),)2.75 E
F2(us)2.75 E F3(\(uncollapseable space\), or)2.75 E F2 -.11(rp)2.75 G(t)
.11 E F3(\(repeat\))2.75 E F1(place)36 421.5 Q F2(abo)62.574 E -.11(ve)
-.11 G F3(,).11 E F2(belo)2.75 E(w)-.11 E F3 2.75(,o)C(r)-2.75 E F2
(between)2.75 E F3 2.75(.I)C(f)-2.75 E F2(between)2.75 E F3(,)A F1(staf)
2.75 E(fs)-.198 E F3(must be of the form)2.75 E F1(num)2.75 E F2(&)A F1
(num)A(printcmd)36 434.5 Q F2(left)46.679 E F3(,)A F2(right)2.75 E F3(,)
A F2(center)2.75 E F3(,)A F2(print)2.75 E F3(or)2.75 E F2(postscript)
2.75 E F1 -.407(re)36 447.5 S(hear).407 E(sal_mark)-.11 E F2(let)16.649
E F3(,)A F2(num)2.75 E F3(,)A F2(mnum)2.75 E F3 2.75(,o)C(r)-2.75 E F2
(")2.75 E F1(te)A(xt)-.22 E F2(")A F1(side)36 460.5 Q F2(abo)68.679 E
-.11(ve)-.11 G F3(or)2.86 E F2(belo)2.75 E(w)-.11 E F1(size)36 473.5 Q
F3(number from 1 to 100 \(points\))69.9 E F1(staf)36 486.5 Q(fnum)-.198
E F3(number from 1 to 40)48.703 E F1(staf)36 499.5 Q(fs)-.198 E F3
(number from 1 to 40, or comma-separated list of dash-separated ranges)
63.366 E F1(stemdir)36 512.5 Q F2(up)53.4 E F3(or)2.75 E F2(do)2.75 E
(wn)-.11 E F1(stemlen)36 525.5 Q F3 2.75(an)52.795 G(umber)-2.75 E 2.75
(,i)-.44 G 2.75(ns)-2.75 G(tepsizes)-2.75 E F1(steps)36 538.5 Q F3 2.75
(an)64.4 G
(umber of stepsizes, where a stepsize is 1/2 the distance between tw)
-2.75 E 2.75(os)-.11 G(taf)-2.75 E 2.75(fl)-.275 G(ines)-2.75 E F1
(string)36 551.5 Q F3(in tablature chord:)60.726 E F1(pitc)2.75 E 2.75
(ha)-.165 G(ccidental)-2.75 E F3(follo)2.75 E(wed by zero or more)-.275
E F2(')2.75 E F3(marks)2.75 E F1(tab_string)36 564.5 Q F3
(list of tablature strings. Each includes a)41.168 E F1(pitc)2.75 E(h)
-.165 E F3 2.75(,o)C(ptional)-2.75 E F2(')2.75 E F3(marks, and optional)
2.75 E F1(octave)2.75 E(.)-.165 E(ta)36 577.5 Q(g)-.11 E F3 2.75(al)
72.452 G -.275(ow)-2.75 G(er case letter).275 E 2.75(,o)-.44 G 2.75(ra)
-2.75 G 2.75(nu)-2.75 G(nderscore follo)-2.75 E(wed by lo)-.275 E
(wer case letters, digits, and/or underscores)-.275 E
(Each has 6 associated v)122.4 590.5 Q(alues:)-.275 E F2(x)2.75 E F3(,)A
F2(y)2.75 E F3(,)A F2(n)2.75 E F3(,)A F2(s)2.75 E F3(,)A F2(e)2.75 E F3
2.75(,a)C(nd)-2.75 E F2(w)2.75 E F3(Prede\214ned tag names are)122.4
603.5 Q F2(_win)2.75 E F3(,)A F2(_page)2.75 E F3 2.75(,a)C(nd)-2.75 E F2
(_cur)2.75 E F1(te)36 616.5 Q(xt)-.22 E F3(arbitrary te)70.736 E
(xt; use)-.165 E F2(\\")2.75 E F3(to include quotes,)2.75 E F2(\\f\()
2.75 E F1(fontfamily font)A F2(\))A F3(to change font,)2.75 E F2(\\s\()
2.75 E F1(num)A F2(\))A F3(to change size,)2.75 E F2(\\\()122.4 629.5 Q
F1(xx)A F2(\))A F3(to include special characters,)2.75 E F2(\\v\()2.75 E
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