From: Werner Lemberg <wl@gnu.org>
Date: Fri, 24 Dec 2004 23:57:36 +0000 (+0000)
Subject: Prepare glyph shapes for mf2pt1 conversion.
X-Git-Tag: release/2.5.14~356
X-Git-Url: https://git.donarmstrong.com/?a=commitdiff_plain;h=e229b2f3917fef9f19d33e1b4129b70efd802923;p=lilypond.git

Prepare glyph shapes for mf2pt1 conversion.

* mf/feta-toevallig.mf ("Double Sharp"): Minor path fix.

* mf/feta-bolletjes.mf (penposx): New auxiliary macro.
(define_triangle_shape): Use it replace `draw' with `fill' and
`unfill'.  Update all callers.
(draw_slash): Replace `filldraw' with `fill'.  Update all callers.
(draw_cross): Ditto.
("X-Circled notehead"): Replace `draw' with `fill' and `unfill'.
Use penrazor for better conversion with mf2pt1.
(generic_draw_solfa_note_shape, draw_solfa_note_shape,
draw_solfa_quarter_note_shape, triangle): Removed.  Unused.
(draw_do_head, draw_re_head, draw_mi_head, draw_fa_head,
draw_la_head, draw_ti_head): Replace `filldraw' with
`fill'.  Update all callers.
---

diff --git a/ChangeLog b/ChangeLog
index bf8e2f3a6d..7e7fdd754f 100644
--- a/ChangeLog
+++ b/ChangeLog
@@ -1,3 +1,22 @@
+2004-12-22  Werner Lemberg  <wl@gnu.org>
+
+	Prepare glyph shapes for mf2pt1 conversion.
+
+	* mf/feta-toevallig.mf ("Double Sharp"): Minor path fix.
+
+	* mf/feta-bolletjes.mf (penposx): New auxiliary macro.
+	(define_triangle_shape): Use it replace `draw' with `fill' and
+	`unfill'.  Update all callers.
+	(draw_slash): Replace `filldraw' with `fill'.  Update all callers.
+	(draw_cross): Ditto.
+	("X-Circled notehead"): Replace `draw' with `fill' and `unfill'.
+	Use penrazor for better conversion with mf2pt1.
+	(generic_draw_solfa_note_shape, draw_solfa_note_shape,
+	draw_solfa_quarter_note_shape, triangle): Removed.  Unused.
+	(draw_do_head, draw_re_head, draw_mi_head, draw_fa_head,
+	draw_la_head, draw_ti_head): Replace `filldraw' with
+	`fill'.  Update all callers.
+
 2004-12-24  Han-Wen Nienhuys  <hanwen@xs4all.nl>
 
 	* lily/paper-book.cc (output): revert: only allow a single output
diff --git a/mf/feta-bolletjes.mf b/mf/feta-bolletjes.mf
index c429ea861c..93d8818e9a 100644
--- a/mf/feta-bolletjes.mf
+++ b/mf/feta-bolletjes.mf
@@ -1,39 +1,39 @@
 %  -*-Fundamental-*-
 % feta-bolletjes.mf --  implement noteheads
-% 
+%
 % source file of LilyPond's pretty-but-neat music font
-% 
+%
 % (c) 1997--2004 Jan Nieuwenhuizen <janneke@gnu.org>
 % & Han-Wen Nienhuys <hanwen@cs.uu.nl>
 % & Juergen Reuter <reuter@ipd.uka.de>
-% 
+%
 
 test_outlines := 0;
 
 
-% most beautiful noteheads are pronounced, not circular, 
+% Most beautiful noteheads are pronounced, not circular,
 % and not even symmetric.
-% These examples are inspired by [Wanske], see literature list
+% These examples are inspired by [Wanske]; see literature list.
 
 
 
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 % NOTE HEAD VARIABLES
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-save black_notehead_width, noteheight,
-	slash_thick, slash_slope, overdone_heads;
+
+save black_notehead_width, noteheight;
+save slash_thick, slash_slope, overdone_heads;
 numeric black_notehead_width, noteheight, slash_thick;
 
 
 fet_begingroup("noteheads");
 
 
+% Slope of slash.  From scm/grob-description.scm.  How to auto-copy?
+slash_slope := 1.7;
 
-% slope of slash. From scm/grob-description.scm. How to auto-copy?
-slash_slope := 1.7; 
-
-% thickness of slash lines. quarter notes get 1.5slt width.
-slash_thick# := 2/3*0.48staff_space#;
+% Thickness of slash lines.  Quarter notes get 1.5slt width.
+slash_thick# := 2/3 * 0.48 staff_space#;
 
 
 %
@@ -42,26 +42,26 @@ slash_thick# := 2/3*0.48staff_space#;
 % stafflinethickness)
 %
 overdone_heads = 0.0;
-noteheight#:=staff_space#+ (1 + overdone_heads) *stafflinethickness#;
+noteheight# := staff_space# + (1 + overdone_heads) * stafflinethickness#;
 
-define_pixels(slash_thick, noteheight);
+define_pixels (slash_thick, noteheight);
 
 
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 %
-% SLANT moves both extremes on the long axis (by SLANT * ELLIPTICITY,
-% so SLANT = -1, puts the extreme on the long axis next to the short axis one.)
+% SLANT moves both extrema on the long axis (by SLANT * ELLIPTICITY,
+% so SLANT = -1, puts the extreme on the long axis next to the short
+% axis one).
 %
 
-def draw_outside_ellipse (expr ellipticity, tilt, superness,
-			  slant) =
+def draw_outside_ellipse (expr ellipticity, tilt, superness, slant) =
 	save attachment_y;
 	save p;
 	path p;
 
 	p := superellipse ((ellipticity, 0), (-slant * ellipticity, 1.0),
-			(- ellipticity, 0), (slant * ellipticity, -1.0), superness);
-
+			   (- ellipticity, 0), (slant * ellipticity, -1.0),
+			   superness);
 	p := p rotated tilt;
 
 	save top_point, right_point;
@@ -72,20 +72,21 @@ def draw_outside_ellipse (expr ellipticity, tilt, superness,
 
 	save scaling, width, height;
 
-	scaling# = noteheight# /(2 ypart (top_point));
+	scaling# = noteheight# / (2 ypart (top_point));
 	width# := 2 xpart (right_point) * scaling#;
 
 	define_pixels (width, scaling);
-	
-	set_char_box (0, width#, noteheight#/2, noteheight#/2);
+
+	set_char_box (0, width#, noteheight# / 2, noteheight# / 2);
 
 	% attachment Y
 	charwy := ypart (right_point) * scaling#;
-	charwx := width# ;
+	charwx := width#;
 
-	p := p scaled scaling shifted (width/2, 0) ;
+	p := p scaled scaling shifted (width / 2, 0);
 	if test_outlines = 1:
-		pickup pencircle scaled 1 ; draw p;
+		pickup pencircle scaled 1;
+		draw p;
 	else:
 		fill p;
 	fi;
@@ -93,14 +94,14 @@ enddef;
 
 
 def undraw_inside_ellipse (expr ellipticity, tilt, superness, clearance,
-			center) =
+			   center) =
 begingroup
 	save p;
 	path p;
 
 	p := superellipse ((ellipticity, 0), (0, 1.0),
-			(- ellipticity, 0), (0, -1.0), superness);
-
+			   (-ellipticity, 0), (0, -1.0),
+			   superness);
 	p := p rotated tilt;
 
 	save top_point, right_point;
@@ -112,13 +113,14 @@ begingroup
 	save height, scaling;
 
 	height# = staff_space# + stafflinethickness# - clearance;
-	scaling# = height# /(2 ypart (top_point));
+	scaling# = height# / (2 ypart (top_point));
 
 	define_pixels (scaling);
 	p := (p scaled scaling) shifted center;
 
 	if test_outlines = 1:
-		pickup pencircle scaled 1; draw p;
+		pickup pencircle scaled 1;
+		draw p;
 	else:
 		unfill p;
 	fi
@@ -126,9 +128,6 @@ endgroup;
 enddef;
 
 
-
-
-
 %
 % dimensions aren't entirely right.
 %
@@ -140,7 +139,7 @@ fet_beginchar ("Brevis notehead", "s-1");
 
 	draw_outside_ellipse (1.80, 0, 0.707, 0);
 	undraw_inside_ellipse (1.30, 125, 0.68, 2 stafflinethickness#,
-				(w /2, 0));
+			       (w / 2, 0));
 
 	pickup pencircle scaled stemthick;
 
@@ -154,189 +153,270 @@ fet_beginchar ("Brevis notehead", "s-1");
 	y4 = y2;
 	y3 = y1;
 
-	draw_gridline(z1,z2,stemthick);
-	draw_gridline(z3,z4,stemthick);
-
+	draw_gridline (z1, z2, stemthick);
+	draw_gridline (z3, z4, stemthick);
 fet_endchar;
 
 
-
-fet_beginchar("Whole notehead", "s0")
+fet_beginchar ("Whole notehead", "s0")
 	draw_outside_ellipse (1.80 - puff_up_factor / 3.0, 0, 0.707, 0);
-	undraw_inside_ellipse (1.30, 125 - puff_up_factor *10,
-			0.68, 2 stafflinethickness#,
-			(w /2, 0));
+	undraw_inside_ellipse (1.30, 125 - puff_up_factor * 10,
+			       0.68, 2 stafflinethickness#, (w / 2, 0));
 
 %	draw_staff_outline (-2, 2, 0.5);
-
 fet_endchar;
 
 
-fet_beginchar("Half notehead", "s1")
+fet_beginchar ("Half notehead", "s1")
 	draw_outside_ellipse (1.53 - puff_up_factor / 3.0, 34, 0.66, 0.17);
-	undraw_inside_ellipse (3.25, 33, 0.81,
-		2.5 stafflinethickness#, (w/2, 0));
-
+	undraw_inside_ellipse (3.25, 33, 0.81, 2.5 stafflinethickness#,
+			       (w / 2, 0));
 fet_endchar;
-	
-fet_beginchar("Quart notehead", "s2")
 
+fet_beginchar ("Quart notehead", "s2")
 	% used to have 32. With 31, they are slightly bolder.
 	draw_outside_ellipse (1.49 - puff_up_factor / 3.0, 31, 0.707, 0);
 	black_notehead_width# := charwd;
 fet_endchar;
 
+
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 
 
-fet_beginchar("Whole diamondhead", "s0diamond")
+fet_beginchar ("Whole diamondhead", "s0diamond")
 	draw_outside_ellipse (1.80, 0, 0.495, 0);
 	undraw_inside_ellipse (1.30, 125, 0.6,
-			.4 staff_space# +  stafflinethickness#,
-				(w /2, 0));
-
+			       .4 staff_space# +  stafflinethickness#,
+			       (w / 2, 0));
 fet_endchar;
 
-fet_beginchar("Half diamondhead", "s1diamond")
 
+fet_beginchar ("Half diamondhead", "s1diamond")
 	draw_outside_ellipse (1.50, 34, 0.49, 0.17);
 	undraw_inside_ellipse (3.5, 33, 0.80,
-		.3 staff_space# + 1.5 stafflinethickness#, (w/2, 0));
-
+			       .3 staff_space# + 1.5 stafflinethickness#,
+			       (w / 2, 0));
 fet_endchar;
 
-fet_beginchar("Quart diamondhead", "s2diamond")
+
+fet_beginchar ("Quart diamondhead", "s2diamond")
 	draw_outside_ellipse (1.80, 35, 0.495, -0.25);
 fet_endchar;
 
+
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 
 
+vardef penposx@# (expr d) = 
+begingroup;
+	save pat;
+	path pat;
 
+	pat = top z@#
+	      .. lft z@#
+	      .. bot z@#
+	      .. rt z@#
+	      .. cycle;
+	z@#l = pat intersectionpoint (z@# -- infinity * dir (d + 180));
+	z@#r = pat intersectionpoint (z@# -- infinity * dir (d));
+endgroup
+enddef;
 
 
-def define_triangle_shape(expr stemdir) =
-	save triangle,kern; path triangle;
+def define_triangle_shape (expr stemdir) =
+	save triangle_a, triangle_b, triangle_c;
+	save triangle_out_a, triangle_out_b, triangle_out_c;
+	save triangle_in, triangle_out;
 	save width, depth, height;
-	save left_point, height, width, origin;
-	save left_up_dir, exact_right_point, exact_down_point;
-	pair exact_down_point, exact_left_point, origin, left_up_dir, exact_right_point;
-	save pen_thick;
+	save origin, left_up_dir;
+	save exact_left_point, exact_right_point, exact_down_point;
 
-	pen_thick# = stafflinethickness#  + .1 staff_space#;
-	define_pixels(pen_thick, llap);
+	path triangle_a, triangle_b, triangle_c;
+	path triangle_out_a, triangle_out_b, triangle_out_c;
+	path triangle_in, triangle_out;
+	pair origin, left_up_dir;
+	pair exact_down_point, exact_left_point, exact_right_point;
+
+	save pen_thick;
+	pen_thick# = stafflinethickness# + .1 staff_space#;
+	define_pixels (pen_thick, llap);
 
 	left_up_dir = llap# * dir (90 + tilt);
 
-	xpart (left_up_dir) * xs - (pen_thick# * xs)/2 + xpart origin = 0;
+	xpart (left_up_dir) * xs - (pen_thick# * xs) / 2 + xpart origin = 0;
 	ypart origin = 0;
 
 	exact_left_point := origin + (left_up_dir xscaled xs);
 	exact_down_point := origin + (left_up_dir rotated 120 xscaled xs);
 	exact_right_point := origin + (left_up_dir rotated 240 xscaled xs);
 
-	height# = ypart (exact_left_point + origin) + pen_thick#/2;
-	depth# = -ypart (exact_down_point + origin) + pen_thick#/2;
-	width# = xpart (exact_right_point - exact_left_point) + pen_thick# * xs;
+	height# = ypart (exact_left_point + origin) + pen_thick# / 2;
+	depth# = -ypart (exact_down_point + origin) + pen_thick# / 2;
+	width# = xpart (exact_right_point - exact_left_point)
+		 + pen_thick# * xs;
+
+	set_char_box (0, width#, depth#, height#);
+
+	% Formerly, the shape has simply been drawn with an elliptical pen
+	% (`scaled pen_thick xsaled xs'), but the envelope of such a curve
+	% is of 6th degree.  For the sake of mf2pt1, we approximate it.
 
-	set_char_box(0, width#, depth#, height#);
-	
-	z0 = (hround_pixels (xpart origin), 0);
-	z1 = z0 + llap * dir(90+tilt) xscaled xs;  
-	z2 = z0 + (llap * dir(90+tilt + 120) xscaled xs);
-	z3 = z0 + (llap * dir(90+tilt + 240) xscaled xs);
-
-	z12 = caveness[.5[z1,z2],z3];
-	z23 = caveness[.5[z2,z3],z1];
-	z31 = caveness[.5[z3,z1],z2];
-
-	triangle = z1 .. z12 .. z2 ..
-		    z2 .. z23 .. z3 ..
-		    z3 .. z31 .. z1 ..
-		    cycle;
 	pickup pencircle scaled pen_thick xscaled xs;
-	labels(1,2,12,23,31,3);
 
+	z0 = (hround_pixels (xpart origin), 0);
+
+	z1 = z1' = z0 + llap * dir (90 + tilt) xscaled xs;
+	z2 = z2' = z0 + llap * dir (90 + tilt + 120) xscaled xs;
+	z3 = z3' = z0 + llap * dir (90 + tilt + 240) xscaled xs;
+
+	z12 = caveness [.5[z1, z2], z3];
+	z23 = caveness [.5[z2, z3], z1];
+	z31 = caveness [.5[z3, z1], z2];
+
+	triangle_a = z1 .. z12 .. z2;
+	triangle_b = z2 .. z23 .. z3;
+	triangle_c = z3 .. z31 .. z1;
+
+	penposx1 (angle (direction 0 of triangle_a) - 90);
+	penposx2 (angle (direction 0 of triangle_b) - 90);
+	penposx3 (angle (direction 0 of triangle_c) - 90);
+
+	penposx1' (angle (direction infinity of triangle_c) + 90);
+	penposx2' (angle (direction infinity of triangle_a) + 90);
+	penposx3' (angle (direction infinity of triangle_b) + 90);
+
+	penposx12 (angle (z12 - z0));
+	penposx23 (angle (z23 - z0));
+	penposx31 (angle (z31 - z0));
+
+	z10 = (z0 -- z1) intersectionpoint (z1l .. z12l .. z2'r);
+	z20 = (z0 -- z2) intersectionpoint (z2l .. z23l .. z3'r);
+	z30 = (z0 -- z3) intersectionpoint (z3l .. z31l .. z1'r);
+
+	triangle_in = z10
+		      .. z12l
+		      .. z20
+		      & z20
+		      .. z23l
+		      .. z30
+		      & z30
+		      .. z31l
+		      .. z10
+		      & cycle;
+
+	triangle_out_a = z1r .. z12r .. z2'l;
+	triangle_out_b = z2r .. z23r .. z3'l;
+	triangle_out_c = z3r .. z31r .. z1'l;
+
+	triangle_out = top z1
+		       .. lft z1
+		       .. z1r{direction 0 of triangle_out_a}
+		       & triangle_out_a
+		       & {direction infinity of triangle_out_a}z2'l
+		       .. lft z2
+		       .. bot z2
+		       .. z2r{direction 0 of triangle_out_b}
+		       & triangle_out_b
+		       & {direction infinity of triangle_out_b}z3'l
+		       .. rt z3
+		       .. top z3
+		       .. z3r{direction 0 of triangle_out_c}
+		       & triangle_out_c
+		       & {direction infinity of triangle_out_c}z1'l
+		       .. cycle;
+
+	labels (0, 10, 20, 30);
+	penlabels (1, 1', 2, 2', 3, 3', 12, 23, 31);
 
 	% attachment Y
 	if stemdir = 1:
 		charwy := ypart exact_right_point;
 		charwx := xpart exact_right_point;
 	else:
-		charwy := - ypart exact_down_point;
+		charwy := -ypart exact_down_point;
 		charwx := (width# - xpart exact_down_point);
 	fi
 enddef;
 
-fet_beginchar("Whole trianglehead", "s0triangle")
-	save hei,xs;
+
+fet_beginchar ("Whole trianglehead", "s0triangle")
+	save hei, xs;
 	save llap;
 	save tilt;
 
 	tilt = 40;
-	llap# = 3/4noteheight#;
+	llap# = 3/4 noteheight#;
 
 	xs = 1.5;
-	caveness:=0.1;
-	define_triangle_shape(1);
-	draw triangle;
+	caveness := 0.1;
+	define_triangle_shape (1);
+	fill triangle_out;
+	unfill triangle_in;
 fet_endchar;
 
 
-def draw_closed_triangle_head(expr dir) =
-	save hei,xs;
+def draw_small_triangle_head (expr dir) =
+	save hei, xs;
 	save llap;
 	save tilt;
 
 	tilt = 40;
-	llap# = 2/3noteheight#;
+	llap# = 2/3 noteheight#;
 	xs = 1.2;
-	caveness:=0.1;
-	define_triangle_shape(dir);
-	draw triangle;
+	caveness := 0.1;
+	define_triangle_shape (dir);
+	fill triangle_out;
+	unfill triangle_in;
 enddef;
 
-fet_beginchar("Half trianglehead", "d1triangle")
-	draw_closed_triangle_head(-1);
+
+fet_beginchar ("Half trianglehead", "d1triangle")
+	draw_small_triangle_head (-1);
 fet_endchar;
 
-fet_beginchar("Half trianglehead", "u1triangle")
-	draw_closed_triangle_head(1);
+
+fet_beginchar ("Half trianglehead", "u1triangle")
+	draw_small_triangle_head (1);
 fet_endchar;
 
-def draw_closed_triangle_head(expr dir) = 
-	save hei,xs;
+
+def draw_closed_triangle_head (expr dir) =
+	save hei, xs;
 	save llap;
 	save tilt;
+
 	tilt = 40;
-	llap# = 2/3noteheight#;
+	llap# = 2/3 noteheight#;
 	xs = 1.0;
-	caveness:=0.1;
-	define_triangle_shape(dir);
-	filldraw triangle;
+	caveness := 0.1;
+	define_triangle_shape (dir);
+	fill triangle_out;
 enddef;
 
-fet_beginchar("Quart trianglehead", "u2triangle")
-	draw_closed_triangle_head(1);
+
+fet_beginchar ("Quart trianglehead", "u2triangle")
+	draw_closed_triangle_head (1);
 fet_endchar;
 
+
 fet_beginchar("Quart trianglehead", "d2triangle")
-	draw_closed_triangle_head(-1);
+	draw_closed_triangle_head (-1);
 fet_endchar;
 
+
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 %
-% slash heads are for indicating improvisation. They are  
+% Slash heads are for indicating improvisation.  They are
 % twice as high as normal heads.
 %
-def draw_slash(expr hwid_hash) =
+def draw_slash (expr hwid_hash) =
 	save exact_height;
 	save ne_dir;
 	pair ne_dir;
-	exact_height =  staff_space# + stafflinethickness#/2;
+	exact_height = staff_space# + stafflinethickness# / 2;
 
 	set_char_box (0, 2 exact_height / slash_slope + hwid_hash,
-			exact_height, exact_height);
+		      exact_height, exact_height);
 
 	charwx := charwd;
 	charwy := charht;
@@ -344,18 +424,26 @@ def draw_slash(expr hwid_hash) =
 	clearxy;
 	pickup pencircle scaled blot_diameter;
 
-	bot y1 = - d;
+	bot y1 = -d;
 	top y2 = h;
 	lft x1 = 0;
 	lft x2 = 2 h / slash_slope;
-	
+
 	rt x3 = w;
 	y3 = y2;
 	y4 = y1;
-	x3- x2 = x4 - x1;
-
-	ne_dir := unitvector( z3  - z4);
-	filldraw z1 --- z2 --- z3 --- z4 --- cycle;
+	x3 - x2 = x4 - x1;
+
+	ne_dir := unitvector (z3  - z4);
+	fill bot z1
+	     .. lft z1
+	     --- lft z2
+	     .. top z2
+	     --- top z3
+	     .. rt z3
+	     --- rt z4
+	     .. bot z4
+	     --- cycle;
 
 	if hwid_hash > 2 slash_thick#:
 		save th;
@@ -371,61 +459,102 @@ def draw_slash(expr hwid_hash) =
 		z5  = z1 + whatever * ne_dir + th * (ne_dir rotated -90);
 		z8  = z4 + whatever * ne_dir + th * (ne_dir rotated 90);
 
-		unfill
-			z5 -- z6 -- z7 -- z8 -- cycle;
+		unfill z5
+		       -- z6
+		       -- z7
+		       -- z8
+		       -- cycle;
 	fi
 	labels (range 1 thru 10);
 enddef;
 
-fet_beginchar("Whole slashhead","s0slash")
-	draw_slash(4 slash_thick# + 0.5 staff_space#);
+
+fet_beginchar ("Whole slashhead", "s0slash")
+	draw_slash (4 slash_thick# + 0.5 staff_space#);
 fet_endchar;
 
-fet_beginchar("Half slashhead","s1slash")
-	draw_slash(3.0 slash_thick# + 0.15 staff_space#);
+
+fet_beginchar ("Half slashhead", "s1slash")
+	draw_slash (3.0 slash_thick# + 0.15 staff_space#);
 fet_endchar;
 
-fet_beginchar("Quart slashhead","s2slash")
-	draw_slash(1.5 slash_thick#);
+
+fet_beginchar ("Quart slashhead", "s2slash")
+	draw_slash (1.5 slash_thick#);
 fet_endchar;
 
+
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% thick is the distance between the NE/SW parallel lines in the cross
-% (distance between centres of lines)
-% in stafflinethickness def
 %
-def draw_cross(expr thick) =
-	save pent, slant, ne_dir;
-	pair ne_dir;
-	save crz; path crz;
+% `thick' is the distance between the NE/SW parallel lines in the cross
+% (distance between centres of lines) in multiples of stafflinethickness
+%
+def draw_cross (expr thick) =
+	save ne_dir, nw_dir;
+	save horz_dist, vert_dist;
+	save crz_in, crz_out;
+	pair ne_dir, nw_dir;
+	path crz_in, crz_out;
 
 	pen_thick# := 1.2 stafflinethickness#;
 	define_pixels (pen_thick);
 	pickup pencircle scaled pen_thick;
 
 	top y3 = h;
-	ne_dir := unitvector ((1, (2 h -pen_thick)/(w - pen_thick)));
-	rt x4 = w/2;
+	ne_dir := unitvector ((1, (2 h - pen_thick) / (w - pen_thick)));
+	rt x4 = w / 2;
 	y5 = 0;
 	z4 - z5 = whatever * ne_dir;
 	x6 = 0;
 	z6 - z3 = whatever * ne_dir;
 	z3 - z4 = whatever * (ne_dir yscaled -1);
 
-	z4 - z3 = whatever * (ne_dir) + (ne_dir rotated -90) * thick * stafflinethickness;
-
- 	x1 = charwd/2 - .5 pen_thick#;
-	z1 = whatever * ne_dir + thick/2 * stafflinethickness# * (ne_dir rotated -90);
-
-	
-	labels (1,2,3,4,5,6);
-
-	crz = (z6 -- z3 -- z4 -- z5) ;
+	z4 - z3 = whatever * (ne_dir)
+		  + (ne_dir rotated -90) * thick * stafflinethickness;
+
+ 	x1 = charwd / 2 - .5 pen_thick#;
+	z1 = whatever * ne_dir
+	     + thick / 2 * stafflinethickness# * (ne_dir rotated -90);
+
+	labels (1, 2, 3, 4, 5, 6);
+
+	nw_dir = unitvector (z3 - z4);
+
+	vert_dist = 0.5 pen_thick / cosd (angle (ne_dir));
+	horz_dist = 0.5 pen_thick / sind (angle (nw_dir));
+
+	crz_out = (z6 + up * vert_dist)
+		  --- (z3 + nw_dir * 0.5 pen_thick)
+		  .. (top z3)
+		  .. (z3 + ne_dir * 0.5 pen_thick)
+		  --- (z4 + ne_dir * 0.5 pen_thick)
+		  .. (rt z4)
+		  .. (z4 - nw_dir * 0.5 pen_thick)
+		  --- (z5 + right * horz_dist);
+	crz_out := crz_out
+		   & reverse crz_out yscaled -1;
+	crz_out := crz_out
+		   & reverse crz_out xscaled -1
+		   & cycle;
+	fill crz_out;
+
+	if (thick > 1):
+		crz_in = (bot z6){right}
+			 .. (z6 - nw_dir * 0.5 pen_thick)
+			 --- (z3 + down * vert_dist)
+			 --- (z4 + left * horz_dist)
+			 --- (z5 + nw_dir * 0.5 pen_thick)
+			 .. {down}(lft z5);
+		crz_in := crz_in
+			  .. reverse crz_in yscaled -1;
+		crz_in := crz_in
+			  .. reverse crz_in xscaled -1
+			  .. cycle;
+		unfill crz_in;
+	fi
 
-	draw crz shifted(w/2,0);
-	draw crz xscaled -1 shifted(w/2,0);
-	draw crz yscaled -1 shifted(w/2,0);
-	draw crz scaled -1 shifted(w/2,0);
+	% ugh
+	currentpicture := currentpicture shifted (w / 2, 0);
 
 	charwx := charwd;
 	charwy := y1;
@@ -433,172 +562,181 @@ def draw_cross(expr thick) =
 	labels (12);
 enddef;
 
-fet_beginchar("Whole Crossed notehead", "s0cross")
-	wid# := black_notehead_width#+4stafflinethickness#;
-	hei# := noteheight#+stafflinethickness#;
-	set_char_box(0, wid#,hei#/2,hei#/2);
-	
-	draw_cross (3.75);
-fet_endchar;
 
-fet_beginchar("Half Crossed notehead", "s1cross")
-	wid# := black_notehead_width#+2 stafflinethickness#;
-	hei# := noteheight#+stafflinethickness#/2;
-	set_char_box(0, wid#,hei#/2,hei#/2);
-	draw_cross(3.0);
-fet_endchar;
+fet_beginchar ("Whole Crossed notehead", "s0cross")
+	wid# := black_notehead_width# + 4 stafflinethickness#;
+	hei# := noteheight# + stafflinethickness#;
 
-fet_beginchar("Crossed notehead", "s2cross")
-	wid# := black_notehead_width#;
-	hei# := noteheight#;
-	set_char_box(0, wid#,hei#/2,hei#/2);
-	draw_cross(1.0);
+	set_char_box (0, wid#, hei# / 2, hei# / 2);
+
+	draw_cross (3.75);
 fet_endchar;
 
-fet_beginchar("X-Circled notehead", "s2xcircle")
-	wid# := black_notehead_width#*sqrt(sqrt2);
-	hei# := noteheight#*sqrt(sqrt2);
-	set_char_box(0, wid#,hei#/2,hei#/2);
-	cthick := (1.2+1/4)*stafflinethickness;
-	cxr := w/2-cthick/2;
-	cyr := h-cthick/2;
-	pickup pencircle scaled cthick;
-	draw fullcircle xscaled 2cxr yscaled 2cyr shifted (w/2,0);
-	xpos := cxr/sqrt2;
-	ypos := cyr/sqrt2;
-	draw (-xpos+w/2,-ypos) -- (xpos+w/2,ypos);
-	draw (-xpos+w/2,ypos) -- (xpos+w/2,-ypos);
 
-	charwx := charwd ; 
-	charwy := 0 ;
+fet_beginchar ("Half Crossed notehead", "s1cross")
+	wid# := black_notehead_width# + 2 stafflinethickness#;
+	hei# := noteheight# + stafflinethickness# / 2;
 
-	z12 = (charwx * hppp , charwy * vppp );
-	labels (12);
+	set_char_box (0, wid#, hei# / 2, hei# / 2);
+
+	draw_cross (3.0);
 fet_endchar;
 
 
+fet_beginchar ("Crossed notehead", "s2cross")
+	wid# := black_notehead_width#;
+	hei# := noteheight#;
+	set_char_box (0, wid#, hei# / 2, hei# / 2);
 
+	draw_cross (1.0);
+fet_endchar;
 
-%%%%%%%%
-%
-%
-% SOLFA SHAPED NOTES
-%
-%
 
+fet_beginchar ("X-Circled notehead", "s2xcircle")
+	wid# := black_notehead_width# * sqrt (sqrt2);
+	hei# := noteheight# * sqrt (sqrt2);
 
-def generic_draw_solfa_note_shape =
-  save a,beta,black,white;
-  path black, white;
+	set_char_box (0, wid#, hei# / 2, hei# / 2);
 
-  pickup pencircle scaled stafflinethickness;
-  2 beta# = noteheight#;
-  a# = a_b*beta#;
-  wid# := 2a#+stafflinethickness#;
-  hei# := noteheight#+stafflinethickness#;
-  set_char_box(0, wid#,0.5 hei#, 0.5 hei#);
+	cthick := (1.2 + 1/4) * stafflinethickness;
+	cxr := w / 2 - cthick / 2;
+	cyr := h - cthick / 2;
 
-  define_pixels(a,beta);
+	pickup pencircle scaled cthick;
 
-  black = noteshape xscaled a yscaled beta shifted (a+stafflinethickness/2,0);
-  filldraw black;
+	fill fullcircle xscaled (2 cxr + cthick)
+			yscaled (2 cyr + cthick)
+			shifted (w / 2, 0);
+	unfill fullcircle xscaled (2 cxr - cthick)
+			  yscaled (2 cyr - cthick)
+			  shifted (w / 2, 0);
 
-  if (solid=false):
-    white = noteishape xscaled (a*ai_a) yscaled (beta*bi_b)
-                       shifted ((dx+1)*(a+stafflinethickness/2),
-				dy*(beta+stafflinethickness/2));
-    unfill white;
-  fi;
-enddef;  
+	xpos := cxr / sqrt2;
+	ypos := cyr / sqrt2;
 
-def draw_solfa_note_shape =
-  save solid; boolean solid;
-  solid=false;
-  generic_draw_solfa_note_shape;
-enddef;
-def draw_solfa_quarter_note_shape =
-  save solid; boolean solid;
-  solid=true;
-  generic_draw_solfa_note_shape;
-enddef;
+	pickup penrazor scaled cthick rotated (angle (xpos, ypos) + 90);
+	draw (-xpos + w / 2, -ypos) -- (xpos + w / 2, ypos);
 
-% do - equilateral triangle: (0,-h/2) -- (w/2,h/2) -- (w,-h/2) -- cycle;
-% stem attachment: -h/2
+	pickup penrazor scaled cthick rotated (angle (xpos, -ypos) + 90);
+	draw (-xpos + w / 2, ypos) -- (xpos + w / 2, -ypos);
 
-save triangle; path triangle;
-triangle := (-1,-1) -- (0,1) -- (1,-1) -- cycle;
+	charwx := charwd;
+	charwy := 0;
 
+	z12 = (charwx * hppp, charwy * vppp);
+	labels (12);
+fet_endchar;
 
 
+%%%%%%%%
+%
+% SOLFA SHAPED NOTES
+%
 
 save solfa_pen_thick;
 solfa_pen_thick# = 2 stafflinethickness#;
 define_pixels (solfa_pen_thick);
 
+
 def draw_do_head (expr width_factor, dir) =
-	save p ;
-	path p;
-	set_char_box(0, width_factor * noteheight#, 0.5 noteheight#, 0.5 noteheight#);
-	
+	save p_in, p_out;
+	save left_dist, right_dist;
+	path p_in, p_out;
+	pair left_dist, right_dist;
+
+	set_char_box (0, width_factor * noteheight#,
+		      0.5 noteheight#, 0.5 noteheight#);
+
 	pickup pencircle scaled solfa_pen_thick;
 
-	bot y1 =  -d ;
+	bot y1 = -d;
 	y1 = y2;
 	lft x1 = 0;
 	rt x2 = w;
 	top y3 = h;
-	x3 =.5[x1,x2];
-
-	p := z1 -- z2 -- z3 -- cycle;
+	x3 =.5 [x1, x2];
+
+	left_dist = (unitvector (z3 - z1) rotated 90) * 0.5 solfa_pen_thick;
+	right_dist = (unitvector (z2 - z3) rotated 90) * 0.5 solfa_pen_thick;
+
+	p_in := (((z1 - left_dist) -- (z3 - left_dist)) intersectionpoint
+		  (top z1 -- top z2))
+		-- ((top z1 -- top z2) intersectionpoint
+		    ((z2 - right_dist) -- (z3 - right_dist)))
+		-- (((z2 - right_dist) -- (z3 - right_dist)) intersectionpoint
+		    ((z1 - left_dist) -- (z3 - left_dist)))
+		-- cycle;
+
+	p_out := bot z1
+		 --- bot z2
+		 .. rt z2
+		 .. (z2 + right_dist)
+		 --- (z3 + right_dist)
+		 .. top z3
+		 .. (z3 + left_dist)
+		 --- (z1 + left_dist)
+		 .. lft z1
+		 .. cycle;
+		 
+
+	labels (1, 2, 3);
 
 	charwx := charwd;
-	charwy := - chardp + 0.5 stafflinethickness#;
+	charwy := -chardp + 0.5 stafflinethickness#;
 	if dir = -1:
-		charwy := - charwy;
+		charwy := -charwy;
 	fi;
 enddef;
 
-fet_beginchar("Whole dohead", "s0do")
+
+fet_beginchar ("Whole dohead", "s0do")
 	draw_do_head (1.8, 1);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
 
-fet_beginchar("Half dohead", "d1do")
+fet_beginchar ("Half dohead", "d1do")
 	draw_do_head (1.5, -1);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
-fet_beginchar("Half dohead", "s1do")
+
+fet_beginchar ("Half dohead", "s1do")
 	draw_do_head (1.5, 1);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
-fet_beginchar("Quart dohead", "d2do")
+
+fet_beginchar ("Quart dohead", "d2do")
 	draw_do_head (1.55, -1);
-	filldraw p;
+	fill p_out;
 fet_endchar;
 
 
-fet_beginchar("Quart dohead", "s2do")
+fet_beginchar ("Quart dohead", "s2do")
 	draw_do_head (1.55, 1);
-	filldraw p;
+	fill p_out;
 fet_endchar;
 
-  
+
+%
 % re - flat top, curved bottom:
 %                (0,h/2) {dir -90} .. (w/2,-h/2) .. {dir 90} (w,h/2) -- cycle;
 % (broader along the base and with more vertical sides for half and
 % whole notes)
 % stem attachment: h/2
+%
 
+def draw_re_head (expr width_factor, dir) =
+	save p_in, p_out;
+	path p_in, p_out;
 
+	set_char_box (0, width_factor * noteheight#,
+		      0.5 noteheight#, 0.5 noteheight#);
 
-def draw_re_head (expr width_factor, dir) =
-	save p ;
-	path p;
-	set_char_box(0, width_factor * noteheight#, 0.5 noteheight#, 0.5 noteheight#);
-	
 	pickup pencircle scaled solfa_pen_thick;
 
 	save curve_start;
@@ -606,60 +744,84 @@ def draw_re_head (expr width_factor, dir) =
 	lft x1 = 0;
 	y1 = y5;
 	x1 = x2;
-	y2 = curve_start [y3,y1];
+	y2 = curve_start [y3, y1];
 	bot y3 = - d;
-	x3 = .5 [x2,x4];
+	x3 = .5 [x2, x4];
 	rt x4 = w;
 	y4 = y2;
 	top y5 = h;
 	x5 = x4;
+
 	labels (range 1 thru 5);
-	p := z1 --- z2 .. z3{right} .. z4 --- z5 --- cycle;
+
+	p_in := (z1 + 0.5 solfa_pen_thick * (1, -1))
+		--- rt z2
+		.. top z3{right}
+		.. lft z4
+		--- (z5 + 0.5 solfa_pen_thick * (-1, -1))
+		--- cycle;
+
+	p_out := lft z1
+		 --- lft z2
+		 .. bot z3{right}
+		 .. rt z4
+		 --- rt z5
+		 .. top z5
+		 --- top z1
+		 .. cycle;
 
 	charwx := charwd;
 	charwy := curve_start [-chardp, charht];
+
 	if dir = -1:
 		charwy := - charwy;
 	fi;
 enddef;
 
-fet_beginchar("Whole rehead", "s0re")
-	draw_re_head (1.8,1);
-	draw p;
+
+fet_beginchar ("Whole rehead", "s0re")
+	draw_re_head (1.8, 1);
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
 
-fet_beginchar("Half up rehead", "u1re")
+fet_beginchar ("Half up rehead", "u1re")
 	draw_re_head (1.5, 1);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
-fet_beginchar("Half down rehead", "d1re")
+
+fet_beginchar ("Half down rehead", "d1re")
 	draw_re_head (1.5, -1);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
 
-fet_beginchar("Quart rehead", "u2re")
+fet_beginchar ("Quart rehead", "u2re")
 	draw_re_head (1.55, 1);
-	filldraw p;
+	fill p_out;
 fet_endchar;
 
-fet_beginchar("Quart rehead", "d2re")
+
+fet_beginchar ("Quart rehead", "d2re")
 	draw_re_head (1.55, -1);
-	filldraw p;
+	fill p_out;
 fet_endchar;
 
 
-
-
 def draw_mi_head (expr width_factor) =
 	save path_out, path_in;
+	save ne_dist, nw_dist;
 	path path_out, path_in;
-	set_char_box(0, width_factor * noteheight#, 0.5 noteheight#, 0.5 noteheight#);
-	
-	pickup pencircle scaled solfa_pen_thick;
+	pair ne_dist, nw_dist;
 
+	set_char_box (0, width_factor * noteheight#,
+		      0.5 noteheight#, 0.5 noteheight#);
+
+	pickup pencircle scaled solfa_pen_thick;
 
 	lft x1 = 0;
 	y1 = 0;
@@ -675,44 +837,66 @@ def draw_mi_head (expr width_factor) =
 	z8 - z5 = whatever * (z4 - z1);
 	z6 - z7 = whatever * (z4 - z1);
 
-	z5 = whatever [z1, z4] + (unitvector (z4 - z1) rotated -90 scaled 0.5 solfa_pen_thick);
-	z5 = whatever [z1, z2] + (unitvector (z2 - z1) rotated 90 scaled 0.75 solfa_pen_thick);
+	ne_dist = (unitvector (z4 - z1) rotated 90) * 0.5 solfa_pen_thick;
+	nw_dist = (unitvector (z1 - z2) rotated 90) * 0.5 solfa_pen_thick;
+
+	z5 = whatever [z1, z4] - ne_dist;
+	z5 = whatever [z1, z2] - 1.5 nw_dist;
 
 	z5 - z1 = -(z7 - z3);
-	
+
 	labels (range 1 thru 8);
-	path_out := z1 -- z2 -- z3 -- z4 -- cycle;
-	path_in := z5 -- z6 -- z7 -- z8 -- cycle;
-%	path_in := z5 -- z1 --cycle;
+
+	path_in := z5
+		   -- z6
+		   -- z7
+		   -- z8
+		   -- cycle;
+
+	path_out := lft z1
+		    .. (z1 + nw_dist)
+		    --- (z2 + nw_dist)
+		    .. bot z2
+		    .. (z2 - ne_dist)
+		    --- (z3 - ne_dist)
+		    .. rt z3
+		    .. (z3 - nw_dist)
+		    --- (z4 - nw_dist)
+		    .. top z4
+		    .. (z4 + ne_dist)
+		    --- (z1 + ne_dist)
+		    .. cycle;
 enddef;
 
-fet_beginchar("Whole mihead", "s0mi")
+
+fet_beginchar ("Whole mihead", "s0mi")
 	draw_mi_head (1.8);
-	filldraw path_out;
+	fill path_out;
 	unfill path_in;
 fet_endchar;
 
 
-fet_beginchar("Half mihead", "s1mi")
+fet_beginchar ("Half mihead", "s1mi")
 	draw_mi_head (1.6);
-	filldraw path_out;
+	fill path_out;
 	unfill path_in;
 fet_endchar;
 
 
-fet_beginchar("Quart mihead", "s2mi")
+fet_beginchar ("Quart mihead", "s2mi")
 	draw_mi_head (1.65);
-	filldraw path_out;
+	fill path_out;
 fet_endchar;
 
 
+def draw_fa_head (expr width_factor) =
+	set_char_box (0, width_factor * noteheight#,
+		      0.5 noteheight#, 0.5 noteheight#);
 
+	save p_down_in, p_down_out, p_up_in, p_up_out, nw_dist;
+	path p_down_in, p_down_out, p_up_in, p_up_out;
+	pair nw_dist;
 
-def draw_fa_head (expr width_factor) =
-	set_char_box(0, width_factor * noteheight#, 0.5 noteheight#, 0.5 noteheight#);
-	save p_down, p_up;
-	path p_up, p_down;
-	
 	pickup pencircle scaled solfa_pen_thick;
 
 	lft x1 = 0;
@@ -726,52 +910,81 @@ def draw_fa_head (expr width_factor) =
 	y4 = y3;
 	x4 = x1;
 
-	labels(range 1 thru 4);
+	labels (range 1 thru 4);
+
+	nw_dist = (unitvector (z1 - z3) rotated 90) * 0.5 solfa_pen_thick;
+
+	p_up_in := (((z1 - nw_dist) -- (z3 - nw_dist)) intersectionpoint
+		     (bot z1 -- bot z2))
+		   -- (((z1 - nw_dist) -- (z3 - nw_dist)) intersectionpoint
+			(lft z3 -- lft z2))
+		   -- (z2 + 0.5 solfa_pen_thick * (-1, -1))
+		   --- cycle;
 
-	p_up := z1 -- z2 -- z3 --cycle;
-	p_down := z1 -- z4 -- z3 --cycle;
+	p_up_out := lft z1
+		    .. (z1 + nw_dist)
+		    --- (z3 + nw_dist)
+		    .. bot z3
+		    .. rt z3
+		    --- rt z2
+		    .. top z2
+		    --- top z1
+		    .. cycle;
+
+	p_down_in := p_up_in rotated 180 shifted (w, 0);
+	p_down_out := p_up_out rotated 180 shifted (w, 0);
 
 	charwy := 0.0;
 	charwx := charwd;
 enddef;
 
 
-fet_beginchar("Whole fa up head", "d0fa")
+fet_beginchar ("Whole fa up head", "d0fa")
 	draw_fa_head (1.8);
-	draw p_up;
+	fill p_up_out;
+	unfill p_up_in;
 fet_endchar;
 
-fet_beginchar("Whole fa down head", "u0fa")
+
+fet_beginchar ("Whole fa down head", "u0fa")
 	draw_fa_head (1.8);
-	draw p_down;
+	fill p_down_out;
+	unfill p_down_in;
 fet_endchar;
 
-fet_beginchar("half fa up head", "d1fa")
+
+fet_beginchar ("half fa up head", "d1fa")
 	draw_fa_head (1.5);
-	draw p_up;
+	fill p_up_out;
+	unfill p_up_in;
 fet_endchar;
 
-fet_beginchar("Half fa down head", "u1fa")
+
+fet_beginchar ("Half fa down head", "u1fa")
 	draw_fa_head (1.5);
-	draw p_down;
+	fill p_down_out;
+	unfill p_down_in;
 fet_endchar;
 
-fet_beginchar("Quarter fa up head", "u2fa")
+
+fet_beginchar ("Quarter fa up head", "u2fa")
 	draw_fa_head (1.55);
-	filldraw p_up;
+	fill p_up_out;
 fet_endchar;
 
-fet_beginchar("Quarter fa down head", "d2fa")
+
+fet_beginchar ("Quarter fa down head", "d2fa")
 	draw_fa_head (1.55);
-	filldraw p_down;
+	fill p_down_out;
 fet_endchar;
 
 
 def draw_la_head (expr width_factor) =
-	set_char_box(0, width_factor * noteheight#, 0.5 noteheight#, 0.5 noteheight#);
-	save p;
-	path p;
-	
+	set_char_box (0, width_factor * noteheight#,
+		      0.5 noteheight#, 0.5 noteheight#);
+	save p_in, p_out;
+	path p_in, p_out;
+
 	pickup pencircle scaled solfa_pen_thick;
 
 	lft x1 = 0;
@@ -785,34 +998,53 @@ def draw_la_head (expr width_factor) =
 	y4 = y3;
 	x4 = x1;
 
-	labels(range 1 thru 4);
-
-	p := z1 -- z2 -- z3 -- z4 -- cycle;
+	labels (range 1 thru 4);
+
+	p_in := (z1 + 0.5 solfa_pen_thick * (1, -1))
+		-- (z2 + 0.5 solfa_pen_thick * (-1, -1))
+		-- (z3 + 0.5 solfa_pen_thick * (-1, 1))
+		-- (z4 + 0.5 solfa_pen_thick * (1, 1))
+		-- cycle;
+
+	p_out := top z1
+		 --- top z2
+		 .. rt z2
+		 --- rt z3
+		 .. bot z3
+		 --- bot z4
+		 .. lft z4
+		 --- lft z1
+		 .. cycle;
 enddef;
 
-fet_beginchar("Whole lahead", "s0la")
+
+fet_beginchar ("Whole lahead", "s0la")
 	draw_la_head (1.8);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
 
-fet_beginchar("Half lahead", "s1la")
+fet_beginchar ("Half lahead", "s1la")
 	draw_la_head (1.5);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
 
-fet_beginchar("Quart lahead", "s2la")
+fet_beginchar ("Quart lahead", "s2la")
 	draw_la_head (1.55);
-	filldraw p;
+	fill p_out;
 fet_endchar;
 
 
-
 def draw_ti_head (expr width_factor, dir) =
-	set_char_box(0, width_factor * noteheight#, 0.5 noteheight#, 0.5 noteheight#);
-	save p;
-	path p;
+	set_char_box (0, width_factor * noteheight#,
+		      0.5 noteheight#, 0.5 noteheight#);
+	save p_in, p_out, p_top;
+	save left_dist, right_dist;
+	path p_in, p_out, p_top;
+	pair left_dist, right_dist;
 	save cone_height;
 	cone_height = 0.64;
 
@@ -821,63 +1053,90 @@ def draw_ti_head (expr width_factor, dir) =
 	x1 = .5 [x2, x4];
 	bot y1 = -d;
 	lft x2 = 0;
-	y2 = cone_height [y1,y3];
+	y2 = cone_height [y1, y3];
 	rt x4 = w;
 	y4 = y2;
 	x3 = x1;
 	top y3 = h;
-	
-	labels(range 1 thru 4);
 
-	p := z1 -- z2  .. z3{right} .. z4 -- cycle;
+	labels (range 1 thru 4);
+
+	left_dist = (unitvector (z2 - z1) rotated 90) * 0.5 solfa_pen_thick;
+	right_dist = (unitvector (z1 - z4) rotated 90) * 0.5 solfa_pen_thick;
+
+	p_top := (z2 - right_dist) .. (top z3){right} .. (z4 - left_dist);
+
+	p_in := (((z1 - left_dist) -- (z2 - left_dist)) intersectionpoint
+		  ((z1 - right_dist) -- (z4 - right_dist)))
+		-- (((z1 - left_dist) -- (z2 - left_dist)) intersectionpoint
+		     ((z2 + right_dist) .. {right}(bot z3)))
+		.. bot z3
+		.. (((bot z3){right} .. (z4 + left_dist)) intersectionpoint
+		     ((z1 - right_dist) -- (z4 - right_dist)))
+		-- cycle;
+
+	p_out := bot z1
+		 .. (z1 + left_dist)
+		 --- (z2 + left_dist)
+		 .. lft z2
+		 .. (z2 - right_dist){direction 0 of p_top}
+		 & p_top
+		 & {direction infinity of p_top}(z4 - left_dist)
+		 .. rt z4
+		 .. (z4 + right_dist)
+		 --- (z1 + right_dist)
+		 .. cycle;
+
 	charwx := charwd;
 	charwy := cone_height [-chardp, charht];
-	if dir = - 1:
+	if dir = -1:
 		charwy := - charwy;
 	fi;
 enddef;
 
-fet_beginchar("Whole up tihead", "s0ti")
+
+fet_beginchar ("Whole up tihead", "s0ti")
 	draw_ti_head (1.8, 1);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
 
-fet_beginchar("Half up tihead", "u1ti")
+fet_beginchar ("Half up tihead", "u1ti")
 	draw_ti_head (1.5, 1);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
-fet_beginchar("Half down tihead", "d1ti")
+
+fet_beginchar ("Half down tihead", "d1ti")
 	draw_ti_head (1.5, -1);
-	draw p;
+	fill p_out;
+	unfill p_in;
 fet_endchar;
 
 
-
-fet_beginchar("Quart up tihead", "u2ti")
+fet_beginchar ("Quart up tihead", "u2ti")
 	draw_ti_head (1.55, 1);
-	filldraw p;
+	fill p_out;
 fet_endchar;
 
 
-fet_beginchar("Quart down tihead", "d2ti")
+fet_beginchar ("Quart down tihead", "d2ti")
 	draw_ti_head (1.55, -1);
-	filldraw p;
+	fill p_out;
 fet_endchar;
 
 
-
 fet_endgroup("noteheads");
 
 
 %
 % we derive black_notehead_width# from the quarter head,
-% so we have to define black_notehead_width (pixel qty)  
-% after the black_notehead_width# itself. Let's keep it outside the group as well.
-% 
-define_pixels(black_notehead_width);
-
-
-
+% so we have to define black_notehead_width (pixel qty)
+% after the black_notehead_width# itself.
+%
+% Let's keep it outside the group as well.
+%
 
+define_pixels (black_notehead_width);
diff --git a/mf/feta-puntje.mf b/mf/feta-puntje.mf
index 33c8d6293d..5a038af02a 100644
--- a/mf/feta-puntje.mf
+++ b/mf/feta-puntje.mf
@@ -1,13 +1,13 @@
-fet_begingroup("dots");
+fet_begingroup ("dots");
 
 save dot_radius;
 4 dot_radius# = staff_space# - stafflinethickness#;
-define_whole_blacker_pixels(dot_radius);
+define_whole_blacker_pixels (dot_radius);
 
-fet_beginchar("duration dot","dot")
+fet_beginchar ("duration dot", "dot")
 	pickup pencircle scaled 2 dot_radius;
-	drawdot (dot_radius,0);
-	set_char_box(0, 2*dot_radius#, dot_radius#, dot_radius#);
+	drawdot (dot_radius, 0);
+	set_char_box (0, 2*dot_radius#, dot_radius#, dot_radius#);
 fet_endchar;
 
 fet_endgroup("dots");
diff --git a/mf/feta-toevallig.mf b/mf/feta-toevallig.mf
index b7fcbb05bc..360643f0bc 100644
--- a/mf/feta-toevallig.mf
+++ b/mf/feta-toevallig.mf
@@ -421,7 +421,7 @@ fet_beginchar ("Double Sharp", "4")
 	       & reverse pat xscaled (-1);
 	pat := pat
 	       & reverse pat yscaled (-d / h)
-	       -- cycle;
+	       & cycle;
 	fill pat;
 
 	% ugh