diff --git a/Makefile.in b/Makefile.in
index c98c445..d82a0f3 100644
--- a/Makefile.in
+++ b/Makefile.in
@@ -1,25 +1,46 @@
 SRC ?= haskelltut
 
+# Let's allow different implementations to be tested.
+BINPIC        ?= pic
+BINREFER      ?= refer
+BINSOELIM     ?= soelim
+BINPRECONV    ?= preconv
+BINEQN        ?= eqn
+BINGHIGHLIGHT ?= ./bin/ghighlight
+BINBUSGRAP    ?= ./bin/busgrap.pl
+BINGRAP       ?= grap
+BINROFF       ?= groff
+export BINPIC BINREFER BINSOELIM BINPRECONV BINEQN BINGHIGHLIGHT BINBUSGRAP BINGRAP BINROFF
+
 ODIR ?= .
 
 BIBLIOGRAPHY ?= bibliography
+BIBLIOGRAPHY_PROCESSED ?= /tmp/bib
 ALLSRC = $(shell find . -name "*.ms")
 
 SOELIM_OPTS ?=
-SOELIM = soelim $(SOELIM_OPTS)
+SOELIM = $(BINSOELIM) $(SOELIM_OPTS)
+
+# Custom script, currently to replace unbreakable spaces by \SP.
+CUSTOM_OPTS ?=
+CUSTOM ?= ./bin/custom $(CUSTOM_OPTS)
+
+#CUSTOM_BIS_OPTS ?=
+#CUSTOM_BIS ?= ./bin/utf8-to-ms.sh $(CUSTOM_BIS_OPTS)
 
 PRECONV_OPTS ?= -e utf-8
-PRECONV = preconv $(PRECONV_OPTS)
+PRECONV = $(BINPRECONV) $(PRECONV_OPTS)
 
 EQN_OPTS ?= -Tpdf
-EQN = eqn $(EQN_OPTS)
+EQN = $(BINEQN) $(EQN_OPTS)
 
 # source-highlight stuff
 # GH_INTRO: instructions before each source code provided by source-highlight
 # GH_OUTRO: ------------ after  ---- ------ ---- -------- -- ----------------
 # GH_INTRO/GH_OUTRO: values are separated by ';'
 #
-GH_INTRO := .b1;.nr DI 0;.DS I;.fam C
+CODE_FONT_FAMILY ?= C
+GH_INTRO := .b1;.nr DI 0;.DS I;.fam $(CODE_FONT_FAMILY)
 GH_OUTRO := .fam;.DE;.b2
 #
 export GH_INTRO
@@ -31,20 +52,24 @@ export SHOPTS
 
 # ghighlight brings `source-highlight` to troff
 GHIGHLIGHT_OPTS ?=
-GHIGHLIGHT = ./bin/ghighlight $(GHIGHLIGHT_OPTS)
+GHIGHLIGHT = $(BINGHIGHLIGHT) $(GHIGHLIGHT_OPTS)
+
+# BUSGRAP brings pie charts to troff
+BUSGRAP_OPTS ?=
+BUSGRAP = $(BINBUSGRAP) $(BUSGRAP_OPTS)
 
 GRAP_OPTS ?=
-GRAP = grap $(GRAP_OPTS)
+GRAP = $(BINGRAP) $(GRAP_OPTS)
 
 PIC_OPTS ?= -Tpdf
-PIC = pic $(PIC_OPTS)
+PIC = $(BINPIC) $(PIC_OPTS)
 
 # -P      => move ponctuation after reference
 # -S      => label and bracket-label options
 # -e      => accumulate (use a reference section)
 # -p bib  => bibliography file
-REFER_OPTS ?= -PS -e -p $(BIBLIOGRAPHY)
-REFER = refer $(REFER_OPTS)
+REFER_OPTS ?= -PS -e -p $(BIBLIOGRAPHY_PROCESSED)
+REFER = $(BINREFER) $(REFER_OPTS)
 
 # -k     => iconv conversion (did it ever worked?)
 # -ms    => ms macro
@@ -58,20 +83,29 @@ REFER = refer $(REFER_OPTS)
 # TODO: no change with or without the following options -P -e
 #       This has to be inverstigated: how to make PDFs look nice in browsers?
 # -P -e  => provide "-e" to gropdf to embed fonts
-GROFF_OPTS ?= -ms -t -Tpdf -U -mspdf -mpdfmark -M ./bin -P -e
-GROFF = groff $(GROFF_OPTS)
+ROFF_OPTS ?= -ms -t -Tpdf -U -mspdf -mpdfmark -M ./bin -P -e
+ROFF = $(BINROFF) $(ROFF_OPTS)
 
-$(SRC).pdf:
+$(BIBLIOGRAPHY_PROCESSED): $(BIBLIOGRAPHY)
+	@# Let's process the bibliography file
+	@echo "Let's process the bibliography file"
+	$(PRECONV) < $(BIBLIOGRAPHY) > $(BIBLIOGRAPHY_PROCESSED)
+
+$(SRC).pdf: $(BIBLIOGRAPHY_PROCESSED)
+	sleep 0.1
 	$(SOELIM) < $(SRC).ms |\
+		$(CUSTOM) |\
+		$(BUSGRAP) |\
 		$(PRECONV) |\
+		$(REFER) |\
 		$(EQN) |\
 		$(GHIGHLIGHT) |\
 		$(GRAP) |\
 		$(PIC) |\
-		$(REFER) |\
-		$(GROFF) > $(ODIR)/$@
+		$(PRECONV) |\
+		$(ROFF) > $(ODIR)/$@
 
 # Keep options in memory for the recursive 'make' call
 export SOELIM_OPTS PRECONV_OPTS EQN_OPTS GHIGHLIGHT_OPTS GRAP_OPTS PIC_OPTS REFER_OPTS
 serve:
-	find . -name "*.ms" | entr gmake -B $(SRC).pdf
+	find . | entr gmake $(SRC).pdf
diff --git a/bin/busgrap.pl b/bin/busgrap.pl
new file mode 100755
index 0000000..ae250b5
--- /dev/null
+++ b/bin/busgrap.pl
@@ -0,0 +1,2684 @@
+#!/usr/bin/perl -w
+#
+#	busgraph.pl		: Produce Business Graphs in troff format
+#	Deri James		: 5th February 2015
+#
+
+# Copyright (C) 2015 Free Software Foundation, Inc.
+#      Written by Deri James <deri@chuzzlewit.demon.co.uk>
+#
+# This file is part of groff.
+#
+# groff is free software; you can redistribute it and/or modify it under
+# the terms of the GNU General Public License as published by the Free
+# Software Foundation, either version 3 of the License, or
+# (at your option) any later version.
+#
+# groff is distributed in the hope that it will be useful, but WITHOUT ANY
+# WARRANTY; without even the implied warranty of MERCHANTABILITY or
+# FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
+# for more details.
+#
+# You should have received a copy of the GNU General Public License
+# along with this program. If not, see <http://www.gnu.org/licenses/>.
+
+use strict;
+
+
+my @CMDS=(
+    ['FRAME','c','pi/graph',"6c\t5c"],
+    ['ORIGIN','c','pi/graph',''],
+    ['DARKER','','pi/graph',.8],
+    ['BORDER','p','pi/graph',0],
+    ['BRDCOLOUR','#','pi/graph','black'],
+    ['JUST','','pi/graph','left'],
+    ['FT','p','pi/graph','HR'],
+    ['PS','p','pi/graph','10'],
+    ['VS','p','pi/graph','+10%'],
+    ['TEXTCOLOUR','#','pi/graph','black'],
+    ['BGCOLOUR','#','pi/graph',''],
+    ['WALLCOLOUR','#','graph',''],
+    ['LINECOLOUR','#','pi/graph','black'],
+    ['THICKNESS','p','pi/graph','.2'],
+    ['TYPE','','pi','pi'],
+    ['3D','c','pi','0'],
+    ['COLOURED','bool','pi/graph','no'],
+    ['XRAD','c','pi','2c'],
+    ['YRAD','c','pi','2c'],
+    ['HOLE','','pi','0'],
+    ['OTHERS','','pi',2.05],
+    ['VDECIMALS','','pi',0],
+    ['PDECIMALS','','pi',1],
+    ['PDECIMALS','','graph',''],
+    ['LABEL','','pi','$text ($percent%)'],
+    ['KEYBOX','bool','pi/graph','no'],
+    ['BOXFRAME','c','pi/graph',''],		# xoffs, yoffs, width, depth
+    ['BOXHEADS','','pi',"Name\tValue\t%"],
+    ['BOXHEADS','','graph',''],
+    ['BOXLABELS','','pi/graph',"\$text\t\$value\t\$percent"],
+    ['BOXTABS','','pi/graph',"0cL 2.8cR 4cR"],
+    ['FLOW','bool','pi/graph','no'],
+    ['CAPTION','','pi/graph',''],
+    ['SCOLOURS','#','pi/graph',"#bfad94\t#2a586f\t#dbd6ce\t#568da3\t#a17759\t#c1d4de\t#74c9aa\t#dee1b6\t#e1b866\t#bf5434\t#373c42\tgrey80"],
+    # SCOLOURS:#bfad94	#2a586f	#dbd6ce	#568da3	#a17759	#c1d4de	#74c9aa	#dee1b6	#e1b866	#bf5434	#373c42	grey80
+    #    ['SCOLOURS','#','pi/graph',"cyan\tmagenta\tyellow\tpaleturquoise1\tgrey6\tgreen\tpeachpuff\tcornflowerblue\tpink2\tdarkgoldenrod\tdarkolivegreen1\tdarkturquoise"],
+    ['NEGCOLOUR','#','graph',''],
+    ['POSCOLOUR','#','graph',''],
+    ['HGRID','bool','graph','no'],
+    ['VGRID','bool','graph','no'],
+    ['SERIES','undef','pi/graph',''],
+    ['SYMSIZE','p','graph',2],
+    ['FLOOR','undef','graph',''],
+    ['HORIZONTAL','bool','graph','no'],
+    ['SYNC','bool','graph','no'],
+    ['SORT','bool','pi','n'],
+    ['SHADOW','bool','pi','no'],
+    ['SFILE','','pi/graph',''],
+    ['STEPS','undef','graph',''],
+    ['PDFBOOKMARK','','pi/graph',0],
+);
+
+my %colours=(
+    'black' => 'rgb #000000',
+    'grey' => 'rgb #bebebe',
+    'dimgrey' => 'rgb #696969',
+    'lightgray' => 'rgb #d3d3d3',
+    'lightslategrey' => 'rgb #778899',
+    'slategray' => 'rgb #708090',
+    'slategray1' => 'rgb #c6e2ff',
+    'slategray2' => 'rgb #b9d3ee',
+    'slategray3' => 'rgb #9fb6cd',
+    'slategray4' => 'rgb #6c7b8b',
+    'slategrey' => 'rgb #708090',
+    'grey0' => 'rgb #000000',
+    'grey1' => 'rgb #030303',
+    'grey2' => 'rgb #050505',
+    'grey3' => 'rgb #080808',
+    'grey4' => 'rgb #0a0a0a',
+    'grey5' => 'rgb #0d0d0d',
+    'grey6' => 'rgb #0f0f0f',
+    'grey7' => 'rgb #121212',
+    'grey8' => 'rgb #141414',
+    'grey9' => 'rgb #171717',
+    'grey10' => 'rgb #1a1a1a',
+    'grey11' => 'rgb #1c1c1c',
+    'grey12' => 'rgb #1f1f1f',
+    'grey13' => 'rgb #212121',
+    'grey14' => 'rgb #242424',
+    'grey15' => 'rgb #262626',
+    'grey16' => 'rgb #292929',
+    'grey17' => 'rgb #2b2b2b',
+    'grey18' => 'rgb #2e2e2e',
+    'grey19' => 'rgb #303030',
+    'grey20' => 'rgb #333333',
+    'grey21' => 'rgb #363636',
+    'grey22' => 'rgb #383838',
+    'grey23' => 'rgb #3b3b3b',
+    'grey24' => 'rgb #3d3d3d',
+    'grey25' => 'rgb #404040',
+    'grey26' => 'rgb #424242',
+    'grey27' => 'rgb #454545',
+    'grey28' => 'rgb #474747',
+    'grey29' => 'rgb #4a4a4a',
+    'grey30' => 'rgb #4d4d4d',
+    'grey31' => 'rgb #4f4f4f',
+    'grey32' => 'rgb #525252',
+    'grey33' => 'rgb #545454',
+    'grey34' => 'rgb #575757',
+    'grey35' => 'rgb #595959',
+    'grey36' => 'rgb #5c5c5c',
+    'grey37' => 'rgb #5e5e5e',
+    'grey38' => 'rgb #616161',
+    'grey39' => 'rgb #636363',
+    'grey40' => 'rgb #666666',
+    'grey41' => 'rgb #696969',
+    'grey42' => 'rgb #6b6b6b',
+    'grey43' => 'rgb #6e6e6e',
+    'grey44' => 'rgb #707070',
+    'grey45' => 'rgb #737373',
+    'grey46' => 'rgb #757575',
+    'grey47' => 'rgb #787878',
+    'grey48' => 'rgb #7a7a7a',
+    'grey49' => 'rgb #7d7d7d',
+    'grey50' => 'rgb #7f7f7f',
+    'grey51' => 'rgb #828282',
+    'grey52' => 'rgb #858585',
+    'grey53' => 'rgb #878787',
+    'grey54' => 'rgb #8a8a8a',
+    'grey55' => 'rgb #8c8c8c',
+    'grey56' => 'rgb #8f8f8f',
+    'grey57' => 'rgb #919191',
+    'grey58' => 'rgb #949494',
+    'grey59' => 'rgb #969696',
+    'grey60' => 'rgb #999999',
+    'grey61' => 'rgb #9c9c9c',
+    'grey62' => 'rgb #9e9e9e',
+    'grey63' => 'rgb #a1a1a1',
+    'grey64' => 'rgb #a3a3a3',
+    'grey65' => 'rgb #a6a6a6',
+    'grey66' => 'rgb #a8a8a8',
+    'grey67' => 'rgb #ababab',
+    'grey68' => 'rgb #adadad',
+    'grey69' => 'rgb #b0b0b0',
+    'grey70' => 'rgb #b3b3b3',
+    'grey71' => 'rgb #b5b5b5',
+    'grey72' => 'rgb #b8b8b8',
+    'grey73' => 'rgb #bababa',
+    'grey74' => 'rgb #bdbdbd',
+    'grey75' => 'rgb #bfbfbf',
+    'grey76' => 'rgb #c2c2c2',
+    'grey77' => 'rgb #c4c4c4',
+    'grey78' => 'rgb #c7c7c7',
+    'grey79' => 'rgb #c9c9c9',
+    'grey80' => 'rgb #cccccc',
+    'grey81' => 'rgb #cfcfcf',
+    'grey82' => 'rgb #d1d1d1',
+    'grey83' => 'rgb #d4d4d4',
+    'grey84' => 'rgb #d6d6d6',
+    'grey85' => 'rgb #d9d9d9',
+    'grey86' => 'rgb #dbdbdb',
+    'grey87' => 'rgb #dedede',
+    'grey88' => 'rgb #e0e0e0',
+    'grey89' => 'rgb #e3e3e3',
+    'grey90' => 'rgb #e5e5e5',
+    'grey91' => 'rgb #e8e8e8',
+    'grey92' => 'rgb #ebebeb',
+    'grey93' => 'rgb #ededed',
+    'grey94' => 'rgb #f0f0f0',
+    'grey95' => 'rgb #f2f2f2',
+    'grey96' => 'rgb #f5f5f5',
+    'grey97' => 'rgb #f7f7f7',
+    'grey98' => 'rgb #fafafa',
+    'grey99' => 'rgb #fcfcfc',
+    'grey100' => 'rgb #ffffff',
+    'aliceblue' => 'rgb #f0f8ff',
+    'blueviolet' => 'rgb #8a2be2',
+    'cadetblue' => 'rgb #5f9ea0',
+    'cadetblue1' => 'rgb #98f5ff',
+    'cadetblue2' => 'rgb #8ee5ee',
+    'cadetblue3' => 'rgb #7ac5cd',
+    'cadetblue4' => 'rgb #53868b',
+    'cornflowerblue' => 'rgb #6495ed',
+    'darkslateblue' => 'rgb #483d8b',
+    'darkturquoise' => 'rgb #00ced1',
+    'deepskyblue' => 'rgb #00bfff',
+    'deepskyblue1' => 'rgb #00bfff',
+    'deepskyblue2' => 'rgb #00b2ee',
+    'deepskyblue3' => 'rgb #009acd',
+    'deepskyblue4' => 'rgb #00688b',
+    'dodgerblue' => 'rgb #1e90ff',
+    'dodgerblue1' => 'rgb #1e90ff',
+    'dodgerblue2' => 'rgb #1c86ee',
+    'dodgerblue3' => 'rgb #1874cd',
+    'dodgerblue4' => 'rgb #104e8b',
+    'lightblue' => 'rgb #add8e6',
+    'lightblue1' => 'rgb #bfefff',
+    'lightblue2' => 'rgb #b2dfee',
+    'lightblue3' => 'rgb #9ac0cd',
+    'lightblue4' => 'rgb #68838b',
+    'lightcyan' => 'rgb #e0ffff',
+    'lightcyan1' => 'rgb #e0ffff',
+    'lightcyan2' => 'rgb #d1eeee',
+    'lightcyan3' => 'rgb #b4cdcd',
+    'lightcyan4' => 'rgb #7a8b8b',
+    'lightskyblue' => 'rgb #87cefa',
+    'lightskyblue1' => 'rgb #b0e2ff',
+    'lightskyblue2' => 'rgb #a4d3ee',
+    'lightskyblue3' => 'rgb #8db6cd',
+    'lightskyblue4' => 'rgb #607b8b',
+    'lightslateblue' => 'rgb #8470ff',
+    'lightsteelblue' => 'rgb #b0c4de',
+    'lightsteelblue1' => 'rgb #cae1ff',
+    'lightsteelblue2' => 'rgb #bcd2ee',
+    'lightsteelblue3' => 'rgb #a2b5cd',
+    'lightsteelblue4' => 'rgb #6e7b8b',
+    'mediumaquamarine' => 'rgb #66cdaa',
+    'mediumblue' => 'rgb #0000cd',
+    'mediumslateblue' => 'rgb #7b68ee',
+    'mediumturquoise' => 'rgb #48d1cc',
+    'midnightblue' => 'rgb #191970',
+    'navyblue' => 'rgb #000080',
+    'paleturquoise' => 'rgb #afeeee',
+    'paleturquoise1' => 'rgb #bbffff',
+    'paleturquoise2' => 'rgb #aeeeee',
+    'paleturquoise3' => 'rgb #96cdcd',
+    'paleturquoise4' => 'rgb #668b8b',
+    'powderblue' => 'rgb #b0e0e6',
+    'royalblue' => 'rgb #4169e1',
+    'royalblue1' => 'rgb #4876ff',
+    'royalblue2' => 'rgb #436eee',
+    'royalblue3' => 'rgb #3a5fcd',
+    'royalblue4' => 'rgb #27408b',
+    'skyblue' => 'rgb #87ceeb',
+    'skyblue1' => 'rgb #87ceff',
+    'skyblue2' => 'rgb #7ec0ee',
+    'skyblue3' => 'rgb #6ca6cd',
+    'skyblue4' => 'rgb #4a708b',
+    'slateblue' => 'rgb #6a5acd',
+    'slateblue1' => 'rgb #836fff',
+    'slateblue2' => 'rgb #7a67ee',
+    'slateblue3' => 'rgb #6959cd',
+    'slateblue4' => 'rgb #473c8b',
+    'steelblue' => 'rgb #4682b4',
+    'steelblue1' => 'rgb #63b8ff',
+    'steelblue2' => 'rgb #5cacee',
+    'steelblue3' => 'rgb #4f94cd',
+    'steelblue4' => 'rgb #36648b',
+    'aquamarine' => 'rgb #7fffd4',
+    'aquamarine1' => 'rgb #7fffd4',
+    'aquamarine2' => 'rgb #76eec6',
+    'aquamarine3' => 'rgb #66cdaa',
+    'aquamarine4' => 'rgb #458b74',
+    'azure' => 'rgb #f0ffff',
+    'azure1' => 'rgb #f0ffff',
+    'azure2' => 'rgb #e0eeee',
+    'azure3' => 'rgb #c1cdcd',
+    'azure4' => 'rgb #838b8b',
+    'blue' => 'rgb #0000ff',
+    'blue1' => 'rgb #0000ff',
+    'blue2' => 'rgb #0000ee',
+    'blue3' => 'rgb #0000cd',
+    'blue4' => 'rgb #00008b',
+    'cyan' => 'rgb #00ffff',
+    'cyan1' => 'rgb #00ffff',
+    'cyan2' => 'rgb #00eeee',
+    'cyan3' => 'rgb #00cdcd',
+    'cyan4' => 'rgb #008b8b',
+    'navy' => 'rgb #000080',
+    'turquoise' => 'rgb #40e0d0',
+    'turquoise1' => 'rgb #00f5ff',
+    'turquoise2' => 'rgb #00e5ee',
+    'turquoise3' => 'rgb #00c5cd',
+    'turquoise4' => 'rgb #00868b',
+    'darkslategray' => 'rgb #2f4f4f',
+    'darkslategray1' => 'rgb #97ffff',
+    'darkslategray2' => 'rgb #8deeee',
+    'darkslategray3' => 'rgb #79cdcd',
+    'darkslategray4' => 'rgb #528b8b',
+    'rosybrown' => 'rgb #bc8f8f',
+    'rosybrown1' => 'rgb #ffc1c1',
+    'rosybrown2' => 'rgb #eeb4b4',
+    'rosybrown3' => 'rgb #cd9b9b',
+    'rosybrown4' => 'rgb #8b6969',
+    'saddlebrown' => 'rgb #8b4513',
+    'sandybrown' => 'rgb #f4a460',
+    'beige' => 'rgb #f5f5dc',
+    'brown' => 'rgb #a52a2a',
+    'brown1' => 'rgb #ff4040',
+    'brown2' => 'rgb #ee3b3b',
+    'brown3' => 'rgb #cd3333',
+    'brown4' => 'rgb #8b2323',
+    'burlywood' => 'rgb #deb887',
+    'burlywood1' => 'rgb #ffd39b',
+    'burlywood2' => 'rgb #eec591',
+    'burlywood3' => 'rgb #cdaa7d',
+    'burlywood4' => 'rgb #8b7355',
+    'chocolate' => 'rgb #d2691e',
+    'chocolate1' => 'rgb #ff7f24',
+    'chocolate2' => 'rgb #ee7621',
+    'chocolate3' => 'rgb #cd661d',
+    'chocolate4' => 'rgb #8b4513',
+    'peru' => 'rgb #cd853f',
+    'tan' => 'rgb #d2b48c',
+    'tan1' => 'rgb #ffa54f',
+    'tan2' => 'rgb #ee9a49',
+    'tan3' => 'rgb #cd853f',
+    'tan4' => 'rgb #8b5a2b',
+    'darkgreen' => 'rgb #006400',
+    'darkkhaki' => 'rgb #bdb76b',
+    'darkolivegreen' => 'rgb #556b2f',
+    'darkolivegreen1' => 'rgb #caff70',
+    'darkolivegreen2' => 'rgb #bcee68',
+    'darkolivegreen3' => 'rgb #a2cd5a',
+    'darkolivegreen4' => 'rgb #6e8b3d',
+    'darkseagreen' => 'rgb #8fbc8f',
+    'darkseagreen1' => 'rgb #c1ffc1',
+    'darkseagreen2' => 'rgb #b4eeb4',
+    'darkseagreen3' => 'rgb #9bcd9b',
+    'darkseagreen4' => 'rgb #698b69',
+    'forestgreen' => 'rgb #228b22',
+    'greenyellow' => 'rgb #adff2f',
+    'lawngreen' => 'rgb #7cfc00',
+    'lightseagreen' => 'rgb #20b2aa',
+    'limegreen' => 'rgb #32cd32',
+    'mediumseagreen' => 'rgb #3cb371',
+    'mediumspringgreen' => 'rgb #00fa9a',
+    'mintcream' => 'rgb #f5fffa',
+    'olivedrab' => 'rgb #6b8e23',
+    'olivedrab1' => 'rgb #c0ff3e',
+    'olivedrab2' => 'rgb #b3ee3a',
+    'olivedrab3' => 'rgb #9acd32',
+    'olivedrab4' => 'rgb #698b22',
+    'palegreen' => 'rgb #98fb98',
+    'palegreen1' => 'rgb #9aff9a',
+    'palegreen2' => 'rgb #90ee90',
+    'palegreen3' => 'rgb #7ccd7c',
+    'palegreen4' => 'rgb #548b54',
+    'seagreen' => 'rgb #2e8b57',
+    'seagreen1' => 'rgb #54ff9f',
+    'seagreen2' => 'rgb #4eee94',
+    'seagreen3' => 'rgb #43cd80',
+    'seagreen4' => 'rgb #2e8b57',
+    'springgreen' => 'rgb #00ff7f',
+    'springgreen1' => 'rgb #00ff7f',
+    'springgreen2' => 'rgb #00ee76',
+    'springgreen3' => 'rgb #00cd66',
+    'springgreen4' => 'rgb #008b45',
+    'yellowgreen' => 'rgb #9acd32',
+    'chartreuse' => 'rgb #7fff00',
+    'chartreuse1' => 'rgb #7fff00',
+    'chartreuse2' => 'rgb #76ee00',
+    'chartreuse3' => 'rgb #66cd00',
+    'chartreuse4' => 'rgb #458b00',
+    'green' => 'rgb #00ff00',
+    'green1' => 'rgb #00ff00',
+    'green2' => 'rgb #00ee00',
+    'green3' => 'rgb #00cd00',
+    'green4' => 'rgb #008b00',
+    'khaki' => 'rgb #f0e68c',
+    'khaki1' => 'rgb #fff68f',
+    'khaki2' => 'rgb #eee685',
+    'khaki3' => 'rgb #cdc673',
+    'khaki4' => 'rgb #8b864e',
+    'darkorange' => 'rgb #ff8c00',
+    'darkorange1' => 'rgb #ff7f00',
+    'darkorange2' => 'rgb #ee7600',
+    'darkorange3' => 'rgb #cd6600',
+    'darkorange4' => 'rgb #8b4500',
+    'darksalmon' => 'rgb #e9967a',
+    'lightcoral' => 'rgb #f08080',
+    'lightsalmon' => 'rgb #ffa07a',
+    'lightsalmon1' => 'rgb #ffa07a',
+    'lightsalmon2' => 'rgb #ee9572',
+    'lightsalmon3' => 'rgb #cd8162',
+    'lightsalmon4' => 'rgb #8b5742',
+    'peachpuff' => 'rgb #ffdab9',
+    'peachpuff1' => 'rgb #ffdab9',
+    'peachpuff2' => 'rgb #eecbad',
+    'peachpuff3' => 'rgb #cdaf95',
+    'peachpuff4' => 'rgb #8b7765',
+    'bisque' => 'rgb #ffe4c4',
+    'bisque1' => 'rgb #ffe4c4',
+    'bisque2' => 'rgb #eed5b7',
+    'bisque3' => 'rgb #cdb79e',
+    'bisque4' => 'rgb #8b7d6b',
+    'coral' => 'rgb #ff7f50',
+    'coral1' => 'rgb #ff7256',
+    'coral2' => 'rgb #ee6a50',
+    'coral3' => 'rgb #cd5b45',
+    'coral4' => 'rgb #8b3e2f',
+    'honeydew' => 'rgb #f0fff0',
+    'honeydew1' => 'rgb #f0fff0',
+    'honeydew2' => 'rgb #e0eee0',
+    'honeydew3' => 'rgb #c1cdc1',
+    'honeydew4' => 'rgb #838b83',
+    'orange' => 'rgb #ffa500',
+    'orange1' => 'rgb #ffa500',
+    'orange2' => 'rgb #ee9a00',
+    'orange3' => 'rgb #cd8500',
+    'orange4' => 'rgb #8b5a00',
+    'salmon' => 'rgb #fa8072',
+    'salmon1' => 'rgb #ff8c69',
+    'salmon2' => 'rgb #ee8262',
+    'salmon3' => 'rgb #cd7054',
+    'salmon4' => 'rgb #8b4c39',
+    'sienna' => 'rgb #a0522d',
+    'sienna1' => 'rgb #ff8247',
+    'sienna2' => 'rgb #ee7942',
+    'sienna3' => 'rgb #cd6839',
+    'sienna4' => 'rgb #8b4726',
+    'deeppink' => 'rgb #ff1493',
+    'deeppink1' => 'rgb #ff1493',
+    'deeppink2' => 'rgb #ee1289',
+    'deeppink3' => 'rgb #cd1076',
+    'deeppink4' => 'rgb #8b0a50',
+    'hotpink' => 'rgb #ff69b4',
+    'hotpink1' => 'rgb #ff6eb4',
+    'hotpink2' => 'rgb #ee6aa7',
+    'hotpink3' => 'rgb #cd6090',
+    'hotpink4' => 'rgb #8b3a62',
+    'indianred' => 'rgb #cd5c5c',
+    'indianred1' => 'rgb #ff6a6a',
+    'indianred2' => 'rgb #ee6363',
+    'indianred3' => 'rgb #cd5555',
+    'indianred4' => 'rgb #8b3a3a',
+    'lightpink' => 'rgb #ffb6c1',
+    'lightpink1' => 'rgb #ffaeb9',
+    'lightpink2' => 'rgb #eea2ad',
+    'lightpink3' => 'rgb #cd8c95',
+    'lightpink4' => 'rgb #8b5f65',
+    'mediumvioletred' => 'rgb #c71585',
+    'mistyrose' => 'rgb #ffe4e1',
+    'mistyrose1' => 'rgb #ffe4e1',
+    'mistyrose2' => 'rgb #eed5d2',
+    'mistyrose3' => 'rgb #cdb7b5',
+    'mistyrose4' => 'rgb #8b7d7b',
+    'orangered' => 'rgb #ff4500',
+    'orangered1' => 'rgb #ff4500',
+    'orangered2' => 'rgb #ee4000',
+    'orangered3' => 'rgb #cd3700',
+    'orangered4' => 'rgb #8b2500',
+    'palevioletred' => 'rgb #db7093',
+    'palevioletred1' => 'rgb #ff82ab',
+    'palevioletred2' => 'rgb #ee799f',
+    'palevioletred3' => 'rgb #cd6889',
+    'palevioletred4' => 'rgb #8b475d',
+    'violetred' => 'rgb #d02090',
+    'violetred1' => 'rgb #ff3e96',
+    'violetred2' => 'rgb #ee3a8c',
+    'violetred3' => 'rgb #cd3278',
+    'violetred4' => 'rgb #8b2252',
+    'firebrick' => 'rgb #b22222',
+    'firebrick1' => 'rgb #ff3030',
+    'firebrick2' => 'rgb #ee2c2c',
+    'firebrick3' => 'rgb #cd2626',
+    'firebrick4' => 'rgb #8b1a1a',
+    'pink' => 'rgb #ffc0cb',
+    'pink1' => 'rgb #ffb5c5',
+    'pink2' => 'rgb #eea9b8',
+    'pink3' => 'rgb #cd919e',
+    'pink4' => 'rgb #8b636c',
+    'red' => 'rgb #ff0000',
+    'red1' => 'rgb #ff0000',
+    'red2' => 'rgb #ee0000',
+    'red3' => 'rgb #cd0000',
+    'red4' => 'rgb #8b0000',
+    'tomato' => 'rgb #ff6347',
+    'tomato1' => 'rgb #ff6347',
+    'tomato2' => 'rgb #ee5c42',
+    'tomato3' => 'rgb #cd4f39',
+    'tomato4' => 'rgb #8b3626',
+    'darkorchid' => 'rgb #9932cc',
+    'darkorchid1' => 'rgb #bf3eff',
+    'darkorchid2' => 'rgb #b23aee',
+    'darkorchid3' => 'rgb #9a32cd',
+    'darkorchid4' => 'rgb #68228b',
+    'darkviolet' => 'rgb #9400d3',
+    'lavenderblush' => 'rgb #fff0f5',
+    'lavenderblush1' => 'rgb #fff0f5',
+    'lavenderblush2' => 'rgb #eee0e5',
+    'lavenderblush3' => 'rgb #cdc1c5',
+    'lavenderblush4' => 'rgb #8b8386',
+    'mediumorchid' => 'rgb #ba55d3',
+    'mediumorchid1' => 'rgb #e066ff',
+    'mediumorchid2' => 'rgb #d15fee',
+    'mediumorchid3' => 'rgb #b452cd',
+    'mediumorchid4' => 'rgb #7a378b',
+    'mediumpurple' => 'rgb #9370db',
+    'mediumpurple1' => 'rgb #ab82ff',
+    'mediumpurple2' => 'rgb #9f79ee',
+    'mediumpurple3' => 'rgb #8968cd',
+    'mediumpurple4' => 'rgb #5d478b',
+    'lavender' => 'rgb #e6e6fa',
+    'magenta' => 'rgb #ff00ff',
+    'magenta1' => 'rgb #ff00ff',
+    'magenta2' => 'rgb #ee00ee',
+    'magenta3' => 'rgb #cd00cd',
+    'magenta4' => 'rgb #8b008b',
+    'maroon' => 'rgb #b03060',
+    'maroon1' => 'rgb #ff34b3',
+    'maroon2' => 'rgb #ee30a7',
+    'maroon3' => 'rgb #cd2990',
+    'maroon4' => 'rgb #8b1c62',
+    'orchid' => 'rgb #da70d6',
+    'orchid1' => 'rgb #ff83fa',
+    'orchid2' => 'rgb #ee7ae9',
+    'orchid3' => 'rgb #cd69c9',
+    'orchid4' => 'rgb #8b4789',
+    'plum' => 'rgb #dda0dd',
+    'plum1' => 'rgb #ffbbff',
+    'plum2' => 'rgb #eeaeee',
+    'plum3' => 'rgb #cd96cd',
+    'plum4' => 'rgb #8b668b',
+    'purple' => 'rgb #a020f0',
+    'purple1' => 'rgb #9b30ff',
+    'purple2' => 'rgb #912cee',
+    'purple3' => 'rgb #7d26cd',
+    'purple4' => 'rgb #551a8b',
+    'thistle' => 'rgb #d8bfd8',
+    'thistle1' => 'rgb #ffe1ff',
+    'thistle2' => 'rgb #eed2ee',
+    'thistle3' => 'rgb #cdb5cd',
+    'thistle4' => 'rgb #8b7b8b',
+    'violet' => 'rgb #ee82ee',
+    'antiquewhite' => 'rgb #faebd7',
+    'antiquewhite1' => 'rgb #ffefdb',
+    'antiquewhite2' => 'rgb #eedfcc',
+    'antiquewhite3' => 'rgb #cdc0b0',
+    'antiquewhite4' => 'rgb #8b8378',
+    'floralwhite' => 'rgb #fffaf0',
+    'ghostwhite' => 'rgb #f8f8ff',
+    'navajowhite' => 'rgb #ffdead',
+    'navajowhite1' => 'rgb #ffdead',
+    'navajowhite2' => 'rgb #eecfa1',
+    'navajowhite3' => 'rgb #cdb38b',
+    'navajowhite4' => 'rgb #8b795e',
+    'oldlace' => 'rgb #fdf5e6',
+    'whitesmoke' => 'rgb #f5f5f5',
+    'gainsboro' => 'rgb #dcdcdc',
+    'ivory' => 'rgb #fffff0',
+    'ivory1' => 'rgb #fffff0',
+    'ivory2' => 'rgb #eeeee0',
+    'ivory3' => 'rgb #cdcdc1',
+    'ivory4' => 'rgb #8b8b83',
+    'linen' => 'rgb #faf0e6',
+    'seashell' => 'rgb #fff5ee',
+    'seashell1' => 'rgb #fff5ee',
+    'seashell2' => 'rgb #eee5de',
+    'seashell3' => 'rgb #cdc5bf',
+    'seashell4' => 'rgb #8b8682',
+    'snow' => 'rgb #fffafa',
+    'snow1' => 'rgb #fffafa',
+    'snow2' => 'rgb #eee9e9',
+    'snow3' => 'rgb #cdc9c9',
+    'snow4' => 'rgb #8b8989',
+    'wheat' => 'rgb #f5deb3',
+    'wheat1' => 'rgb #ffe7ba',
+    'wheat2' => 'rgb #eed8ae',
+    'wheat3' => 'rgb #cdba96',
+    'wheat4' => 'rgb #8b7e66',
+    'white' => 'rgb #ffffff',
+    'blanchedalmond' => 'rgb #ffebcd',
+    'darkgoldenrod' => 'rgb #b8860b',
+    'darkgoldenrod1' => 'rgb #ffb90f',
+    'darkgoldenrod2' => 'rgb #eead0e',
+    'darkgoldenrod3' => 'rgb #cd950c',
+    'darkgoldenrod4' => 'rgb #8b6508',
+    'lemonchiffon' => 'rgb #fffacd',
+    'lemonchiffon1' => 'rgb #fffacd',
+    'lemonchiffon2' => 'rgb #eee9bf',
+    'lemonchiffon3' => 'rgb #cdc9a5',
+    'lemonchiffon4' => 'rgb #8b8970',
+    'lightgoldenrod' => 'rgb #eedd82',
+    'lightgoldenrod1' => 'rgb #ffec8b',
+    'lightgoldenrod2' => 'rgb #eedc82',
+    'lightgoldenrod3' => 'rgb #cdbe70',
+    'lightgoldenrod4' => 'rgb #8b814c',
+    'lightgoldenrodyellow' => 'rgb #fafad2',
+    'lightyellow' => 'rgb #ffffe0',
+    'lightyellow1' => 'rgb #ffffe0',
+    'lightyellow2' => 'rgb #eeeed1',
+    'lightyellow3' => 'rgb #cdcdb4',
+    'lightyellow4' => 'rgb #8b8b7a',
+    'palegoldenrod' => 'rgb #eee8aa',
+    'papayawhip' => 'rgb #ffefd5',
+    'cornsilk' => 'rgb #fff8dc',
+    'cornsilk1' => 'rgb #fff8dc',
+    'cornsilk2' => 'rgb #eee8cd',
+    'cornsilk3' => 'rgb #cdc8b1',
+    'cornsilk4' => 'rgb #8b8878',
+    'gold' => 'rgb #ffd700',
+    'gold1' => 'rgb #ffd700',
+    'gold2' => 'rgb #eec900',
+    'gold3' => 'rgb #cdad00',
+    'gold4' => 'rgb #8b7500',
+    'goldenrod' => 'rgb #daa520',
+    'goldenrod1' => 'rgb #ffc125',
+    'goldenrod2' => 'rgb #eeb422',
+    'goldenrod3' => 'rgb #cd9b1d',
+    'goldenrod4' => 'rgb #8b6914',
+    'moccasin' => 'rgb #ffe4b5',
+    'yellow' => 'rgb #ffff00',
+    'yellow1' => 'rgb #ffff00',
+    'yellow2' => 'rgb #eeee00',
+    'yellow3' => 'rgb #cdcd00',
+    'yellow4' => 'rgb #8b8b00',
+);
+
+my ($ln,%grph,@data,$colno,%sz,$buf,%defcol);
+my $InBG=0;
+
+my $piestart;
+my $pi=3.1459*2;
+my ($fh,$fn);
+
+my @qname=('Jan-Mar','Apr-Jun','Jul-Sep','Oct-Dec');
+my @hname=('Jan-Jun','Jul-Dec');
+my @mname=('Jan','Feb','Mar','Apr','May','Jun','Jul','Aug','Sep','Oct','Nov','Dec');
+my ($stats,$ymarg,$xmarg,%stats);
+$stats=\%stats;
+
+while (<>)
+{
+    chomp;
+    s/\r$//;
+    
+    if (m'^\.\s*BGS\s*(\w*)')
+    {
+	my $type=($1)?$1:'pi';
+	if ($type ne 'FRAME')
+	{
+	    $InBG=1;
+	    %grph=();
+	    @data=();
+	    %stats=();
+	    $grph{TYPE}->[0]=lc($type);
+	    $buf="";
+	    next;
+	}
+    }
+    
+    if ($InBG and $_ eq '.BGE')
+    {
+	$InBG=0;
+	$buf.=".fl\n";
+	BuildGraph();
+	next;
+    }
+    
+    if (!$InBG)
+    {
+	print "$_\n";
+	next;
+    }
+    
+    s/^\s+//;
+    next if substr($_,0,1) eq '#';
+    $ln++;
+    
+    if (m/^(.+?):(.*)/)
+    {
+	my $cmd=uc($1);
+	my (@args)=split("\t",$2);
+	
+	my $cptr;
+	my $dup=0;
+	
+	foreach my $c (@CMDS)
+	{
+	    if ($cmd eq substr($c->[0],0,length($cmd)) and index("/$c->[2]/","/$grph{TYPE}->[0]/") >= 0)
+	    {
+		$cptr=$c,$c->[4]=$ln if $dup == 0;
+		$dup++;
+	    }
+	}
+	
+	Log(1,"Command '$cmd' not understood") if $dup == 0;
+	Log(0,"Command '$cmd' is ambiguous - '$cptr->[0]' used") if $cmd ne 'SERIES' and $dup > 1;
+	
+	$cmd=$cptr->[0];
+	
+	if ($cmd eq 'SERIES')
+	{
+	    LoadSeries(\@args);
+	}
+	elsif ($cmd eq 'SFILE')
+	{
+	    if (open(F,"<$args[0]"))
+	    {
+		while (<F>)
+		{
+		    chomp;
+		    s/\r$//;
+		    s/^\s+//;
+		    s/^S.*?://;
+		    
+		    my (@r)=split("\t");
+		    LoadSeries(\@r);
+		}
+		
+		close(F);
+	    }
+	    else
+	    {
+		Log(1,"Failed to open Series File '$args[0]'");
+	    }
+	}
+	else
+	{
+	    Log(0,$ln,"Redefined command '$cmd'") if exists($grph{$cmd});
+	    $grph{$cmd}=\@args;
+	}
+    }
+}
+
+exit 0;
+
+sub LoadSeries
+{
+    my $args=shift;
+    
+    if ($grph{TYPE}->[0] eq 'pi')
+    {
+	my ($nm,$val)=(@{$args});
+	
+	my $valn=$val;
+	$valn=~s'\\.(\(..|\[.*\])''g;
+	$valn=~s/[^-0-9.]//g;
+	$valn=0 if $valn eq '';
+	$grph{NEGPIE}=1 if $valn < 0;
+	push(@data,[$valn,$nm,undef,$val]);
+    }
+    else
+    {
+	my ($sno,$txt,@data);
+	($sno,$txt,@data)=(@{$args});
+	$sno=1,$grph{BACKGROUND}=1 if uc($sno) eq 'B';
+	$sno-- if $sno=~m/^\d+$/ and $sno > 0;
+	foreach my $d (@data) {$d=~s/\((.+)\)/-$1/}
+	LoadData($sno,$txt,\@data);
+    }
+}
+
+sub BuildGraph
+{
+    # All Commands now read, assign defaults for any missing
+    
+    my $type='pi';
+    $type=lc($grph{TYPE}->[0]) if exists($grph{TYPE});
+    
+    foreach my $c (@CMDS)
+    {
+	# 	Log(0,"Cmd=$c->[0]");
+	if (index($c->[2],$type) >= 0)
+	{
+	    my $cmd=$c->[0];
+	    
+	    if (!exists($grph{$cmd}) and $c->[1] ne 'undef')
+	    {
+		my (@args)=split("\t",$c->[3]);
+		$args[0]='' if $#args==-1;
+		$grph{$cmd}=\@args;
+	    }
+	    
+	    # Add default scaling factors
+	    
+	    my $scale=$c->[1];
+	    
+	    if ($scale ne '' and exists($grph{$cmd}))
+	    {
+		my $ct=-1;
+		
+		foreach my $v (@{$grph{$cmd}})
+		{
+		    if ($scale eq '#' and $v ne '')
+		    {
+			# colours
+			
+			$v=lc($v);
+			
+			if (substr($v,0,1) eq '#')
+			{
+			    $v=defcol("rgb $v");
+			}
+			elsif ($v=~m/(rgb|cmyk|cmy|gray|grey)\s+(.*)/)
+			{
+			    $v=defcol("$1 $2");
+			}
+			elsif (exists($colours{$v}))
+			{
+			    $v=defcol($colours{$v});
+			}
+			else
+			{
+			    Log(0,"Colour names ($v) not found");
+			}
+			
+			if ($cmd eq 'SCOLOURS')
+			{
+			    $grph{CONTRAST}->[++$ct]=contrast($v);
+			}
+		    }
+		    elsif ($scale eq 'bool')
+		    {
+			$v=lc($v);
+			
+			if (substr($v,0,1) eq 'y')
+			{
+			    $v=1;
+			}
+			elsif (substr($v,0,1) eq 'n')
+			{
+			    $v=0;
+			}
+		    }
+		    else
+		    {
+			if ($v=~m/^\s*([-0-9.+]+)\s*$/)
+			{
+			    $v="$1$scale" if $scale ne 'undef';
+			}
+		    }
+		}
+	    }
+	    
+	    # Now convert all values to points
+	    
+	    if (exists($grph{$cmd}))
+	    {
+		foreach my $v (@{$grph{$cmd}})
+		{
+		    if ($scale ne '#' and $scale ne '' and $scale ne 'undef')
+		    {
+			if ($v=~m/([\d.]+)([cimp])/i)
+			{
+			    my $num=$1;
+			    my $mul=$2;
+			    
+			    $v=ToPoints($num,$mul,$c->[4]);
+			}
+		    }
+		}
+	    }
+	}
+    }
+    
+    # If no ORIGIN or relative - centre it
+    
+    if ($grph{TYPE}->[0] eq 'pi')
+    {
+	foreach my $i (0..1)
+	{
+	    $grph{ORIGIN}->[$i]=0 if !$grph{ORIGIN}->[$i];
+	    
+	    if ($grph{ORIGIN}->[$i]=~m/^[+-]/ or $grph{ORIGIN}->[$i] == 0)
+	    {
+		$grph{ORIGIN}->[$i]+=int($grph{FRAME}->[$i]/2);
+	    }
+	}
+    }
+    
+    # VS may be a percentage of PS
+    
+    if ($grph{VS}->[0]=~m/(\+|\-)?(\d+)%/)
+    {
+	my $p=$grph{PS}->[0];
+	my $d=$p*$2/100;
+	$d*=-1 if $1 and $1 eq '-';
+	$grph{VS}->[0]=$p+$d;
+    }
+    
+    # Drop Shadow?
+    
+    $grph{SHADE}=[];
+    
+    if ($grph{SHADOW}->[0])
+    {
+	my $bg=$grph{BGCOLOUR}->[0] || 'rgb_#ffffff';
+	
+	my ($coltype,$arg)=split('_',$bg,2);
+	my (@c)=GetComponents($arg);
+	my @add;
+	my $start;
+	
+	if ($coltype eq 'cmyk')
+	{
+	    $start=0xffff;
+	}
+	elsif ($coltype eq 'cmy')
+	{
+	    $start=0xffff;
+	}
+	elsif ($coltype eq 'grey')
+	{
+	    $start=0;
+	}
+	elsif ($coltype eq 'rgb')
+	{
+	    $start=0;
+	}
+	
+	foreach my $c (@c)
+	{
+	    push(@add,($c-$start)/10);
+	}
+	
+	foreach my $j (1..10)
+	{
+	    foreach my $i (0..$#c) 
+	    {
+		$c[$i]-=$add[$i];
+		$c[$i]=0xffff if $c[$i] > 0xffff;
+		$c[$i]=0 if $c[$i] < 0;
+	    }
+	    
+	    push(@{$grph{SHADE}},defcol("$coltype #".join('',map(sprintf("%02x",$_>>8),@c))));
+	}
+    }
+    
+    # Graph floor
+    
+    if (exists($grph{FLOOR}) and $grph{FLOOR}->[0]=~/^C/)
+    {
+	substr($grph{FLOOR}->[0],0,1)='';
+	$grph{FLOORFLAG}->[0]='C';
+    }
+    else
+    {
+	$grph{FLOORFLAG}->[0]='';
+    }
+    
+    # Frigging with horizontal bar graphs
+    
+    if ($grph{HORIZONTAL}->[0])
+    {
+	# First make all series bar type
+	
+	foreach my $s (@{$stats->{BAR}}) {$s=1;}
+	
+	# Now alter data to $label~col1^col2...
+	
+	foreach my $s (0..$#{$stats->{DATA}})
+	{
+	    my $d=$stats->{DATA}->[$s];
+	    my $v=shift(@{$d});
+	    my $t=join('^',@{$d});
+	    $stats->{NAME}->[$s].="~$t";
+	    $stats->{DATA}->[$s]=[$v];
+	}
+    }
+    # Now find out width of any text
+    
+#     my $tmpnm="busgraph-$$";
+#     my $tmpdir='/tmp';
+#     
+#     if (exists($ENV{GROFF_TMPDIR}))
+#     {
+# 	$tmpdir=$ENV{GROFF_TMPDIR};
+#     }
+#     else
+#     {
+# 	$tmpdir=$ENV{TMPDIR} if exists($ENV{TMPDIR});
+#     }
+#     
+#     my $seq='0000';
+#     
+#     do
+#     {
+# 	$fn="$tmpdir/$tmpnm";
+# 	$fn.="-$seq" if $seq ne '0000';
+# 	$seq++;
+#     } until (! -e "$fn.dat");
+#     
+#     open($fh,">$fn.dat") or die "Failed to open '$fn.dat'";
+#     
+#     print $fh ".ps $grph{PS}->[0]\n";
+#     print $fh ".vs $grph{VS}->[0]\n";
+#     print $fh ".ft $grph{FT}->[0]\n";
+#     
+#     FindLen('I::','I');
+#     FindLen('II::','II');
+#     my $ser=0;
+#     
+#     foreach my $s (@data)
+#     {
+# 	my $txt=$s->[1];
+# 	my (@wds)=split(' ',$txt);
+# 	$ser++;
+# 	FindLen("S:$ser:TOT",$s->[1]);
+# 	
+# 	my $wd=0;
+# 	
+# 	foreach my $w (@wds)
+# 	{
+# 	    $wd++;
+# 	    
+# 	    FindLen("S:${ser}:${wd}",$w);
+# 	}
+#     }
+#     
+#     close($fh);
+#     
+#     LoadLengths("$fn.dat");
+    
+    $buf.=".nr GRP:ll \\n[.ll]\n.ev GRP\n.ad l\n.ft $grph{FT}->[0]\n.fam ".substr($grph{FT}->[0],0,-1)."\n.ps $grph{PS}->[0]\n.vs 0\n\\M[$grph{TEXTCOLOUR}->[0]]\\c\n";
+    
+    if ($grph{PDFBOOKMARK}->[0] and $grph{CAPTION}->[0])
+    {
+	$buf.=".pdfbookmark $grph{PDFBOOKMARK}->[0] ".($type eq 'pi'?'Pie':'Chart').": $grph{CAPTION}->[0]\n";
+    }
+    
+    if ($grph{JUST}->[0] eq 'left')
+    {
+	$buf.=".nr GRP:lefx 0\n";
+    }
+    elsif ($grph{JUST}->[0] eq 'centre')
+    {
+	$buf.=".nr GRP:lefx \\n[GRP:ll]u/2-($grph{FRAME}->[0]p/2)\n";
+    }
+    else
+    {
+	$buf.=".nr GRP:lefx \\n[GRP:ll]u-$grph{FRAME}->[0]p\n";
+    }
+    
+    if ($grph{TYPE}->[0] eq 'pi')
+    {
+	Do_Pie();
+    }
+    else
+    {
+	Do_Graph();
+    }
+    
+    if ($grph{FLOW}->[0] and $grph{JUST}->[0] ne 'centre')
+    {
+	$buf.=".de GRP:skip\n.if \\\\n[.d]<\\\\n[GRP:mk]u+$grph{FRAME}->[1]p .sp |\\\\n[GRP:mk]u+$grph{FRAME}->[1]p\n..\n";
+	
+	if ($grph{JUST}->[0] eq 'left')
+	{
+	    $buf.=".sp |\\n[GRP:mk]u\n.nr GRP:JPos \\n[GRP:mk]u+$grph{FRAME}->[1]p-.9v\n.de GRP:Just\n'in -($grph{FRAME}->[0]p+8p)\n'sp \\\\n[.trunc]u\n.wh \\n[GRP:JPos]u\n..\n.wh \\n[GRP:JPos]u GRP:Just\n.in $grph{FRAME}->[0]p+8p\n";
+	}
+	elsif ($grph{JUST}->[0] eq 'right')
+	{
+	    $buf.=".sp |\\n[GRP:mk]u\n.nr GRP:JPos \\n[GRP:mk]u+$grph{FRAME}->[1]p-.9v\n.de GRP:Just\n.ll +($grph{FRAME}->[0]p+8p)\n'sp \\\\n[.trunc]u\n.wh \\n[GRP:JPos]u\n..\n.wh \\n[GRP:JPos]u GRP:Just\n.ll -($grph{FRAME}->[0]p+8p)\n";
+	}
+    }
+    else
+    {
+	$buf.=".sp |\\n[GRP:mk]u+$grph{FRAME}->[1]p\n";
+    }
+    
+    
+    
+    print ".BGS FRAME $grph{FRAME}->[0]p $grph{FRAME}->[1]p\n";
+    print $buf;
+    print ".BGE\n";
+}
+
+sub Log
+{
+    my $crit=shift;
+    my $msg=shift;
+    
+    print STDERR "busgrap: $msg\n";
+    exit 1 if $crit;
+}
+
+sub defcol
+{
+    my $col=shift;
+    return('') if $col eq '';
+    my $colnm=$col;
+    $colnm=~tr[ ][_];
+    #    return($colnm) if exists($defcol{$colnm});
+    
+    my ($coltype,$arg)=split(' ',$col,2);
+    my (@c)=GetComponents($arg);
+    
+    $buf.=".defcolor $colnm $coltype #".join('',map(sprintf("%02x",$_>>8),@c))."\n";
+    
+    if ($coltype eq 'cmyk')
+    {
+	$c[3]+=0x10000*$grph{DARKER}->[0];
+    }
+    elsif ($coltype eq 'cmy')
+    {
+	foreach my $c (@c) {$c/=$grph{DARKER}->[0];}
+    }
+    elsif ($coltype eq 'gray')
+    {
+	$c[0]-=0x10000*$grph{DARKER}->[0];
+    }
+    elsif ($coltype eq 'rgb')
+    {
+	foreach my $c (@c) {$c*=$grph{DARKER}->[0];}
+    }
+    
+    foreach my $c (@c)
+    {
+	$c=0xffff if ($c > 0xffff);
+	$c=0 if ($c<0);
+    }
+    
+    $buf.=".defcolor ${colnm}DK $coltype #".join('',map(sprintf("%02x",$_>>8),@c))."\n";
+    
+    $defcol{$colnm}=1;
+    return($colnm);
+}
+
+sub contrast
+{
+    my $col=shift;
+    
+    my ($coltype,$arg)=split('_',$col,2);
+    my (@c)=GetComponents($arg);
+    
+    # (299*R + 587*G + 114*B) / 1000
+    
+    if ($coltype eq "rgb")
+    {
+	return(((($c[0]>>8)*299 + ($c[1]>>8)*587 + ($c[2]>>8)*114)/1000)>128?'black':'white');
+    }
+    elsif ($coltype eq "grey")
+    {
+	return(($c[0]>128)?'black':'white');
+    }
+    
+    return(undef);
+}
+
+sub GetComponents
+{
+    my $arg=shift;
+    
+    if ($arg=~m/([0-9.]+)f?\s+([0-9.]+)f?\s+([0-9.]+)f?/)
+    {
+	return($1*65535,$2*65535,$3*65535)
+    }
+    elsif ($arg=~m/(\d+)\s+(\d+)\s+(\d+)/)
+    {
+	return($1,$2,$3)
+    }
+    elsif (substr($arg,0,2) eq '##')
+    {
+	return(map(hex($_),$arg=~m/[0-9a-fA-F]{4}/g));
+    }
+    elsif (substr($arg,0,1) eq '#')
+    {
+	return((map(hex($_) << 8,$arg=~m/[0-9a-fA-F]{2}/g)));
+    }
+    
+    Log(0,"Failed to convert colour component '$arg'");
+    return(());
+}
+
+sub FindLen
+{
+    my $key=shift;
+    my $val=shift;
+    
+    print $fh ".nr tm \\w'$val'\n.tm $key:\\n[tm]:\\n[rst]:\\n[rsb]\n";
+}
+
+sub LoadLengths
+{
+    my $fn=shift;
+    
+    open(F,"groff $fn -Z 2>&1 |") or die "Can't run groff!\n";
+    
+    while (<F>)
+    {
+	chomp;
+	
+	my (@r)=split(':');
+	
+	$sz{$r[0]}->{$r[1]}->{$r[2]}=[@r[3..5]];
+    }
+    
+    close(F) or die "Spawning groff failed!\n";
+}
+
+sub ToPoints
+{
+    my $num=shift;
+    my $unit=shift;
+    my $ln=shift;
+    
+    if ($unit eq 'i')
+    {
+	return($num*72);
+    }
+    elsif ($unit eq 'c')
+    {
+	return int($num*72/2.54);
+    }
+    elsif ($unit eq 'm')	# millimetres
+    {
+	return int($num*72/25.4);
+    }
+    elsif ($unit eq 'p')
+    {
+	return($num);
+    }
+    elsif ($unit eq 'P')
+    {
+	return($num*6);
+    }
+    else
+    {
+	Log(1,$ln,"Unknown scaling factor '$unit'");
+    }
+}
+
+sub Do_Pie
+{
+    my $tot=0;
+    my $totval='';
+    my $srt;
+    $piestart=$pi/8;
+    my $pieradx=$grph{XRAD}->[0]*1000;
+    my $pierady=$grph{YRAD}->[0]*1000;
+    my $pct=$grph{PDECIMALS}->[0];
+    my $residual=$grph{OTHERS}->[0];
+    my $key=$grph{KEYBOX}->[0];
+    my $hole=$grph{HOLE}->[0];
+    my $shadv=int((($pieradx+$pierady)/2)*.12);
+    my $shadh=int($shadv/2);
+    my $usey=$grph{FRAME}->[1];
+    my $usex=$grph{FRAME}->[0];
+    Log(1,0,"No Series data found") if $#data == -1;
+    
+    my (@wdgs)=(@data);
+    
+    if ($grph{SORT}->[0])
+    {
+	foreach my $wdg (sort {$b->[0] <=> $a->[0]} @wdgs)
+	{
+	    $tot+=$wdg->[0];
+	    push(@{$srt},$wdg);
+	}
+    }
+    else
+    {
+	foreach my $wdg (@wdgs)
+	{
+	    $tot+=$wdg->[0];
+	    push(@{$srt},$wdg);
+	}
+    }
+    
+    my $totpctval=0;
+    
+    my $bot=scalar(@wdgs)-1;
+    my $label=$grph{LABEL}->[0];
+    $label='' if $key;
+    return if $tot == 0;
+    return if $bot+1 < 1;
+    
+    foreach my $wdg (@{$srt})
+    {
+	my $pctval=sprintf("%0.*f",abs(${pct}),$wdg->[0]*100/$tot);
+	$wdg->[2]=$pctval;
+	$totpctval+=$pctval;
+    }
+    
+    $srt->[0]->[2]+=(100-$totpctval);	# "correction" to make percentages = 100
+    
+    my $srt2;
+    my $bot2=$bot;
+    
+    # 		for (my $j=0; $j <= $bot2; $j++)
+    # 		{
+    # 			push(@{$srt2},$srt->[$j]);
+    #
+    # 			if ($j < $bot2)
+    # 			{
+    # 				push(@{$srt2},$srt->[$bot2--]);
+    # 			}
+    # 		}
+    #
+    # 		$srt=$srt2;
+    
+    my $residtxt='';
+    
+    for (my $j=$bot; $j > 0; $j--)
+    {
+	next if !defined($srt->[$j]) or $key;
+	
+	if ($srt->[$j]->[2] < $residual)
+	{
+	    my $i=$j;
+	    my $t=$srt->[$j]->[2];
+	    my $tc=1;
+	    
+	    while ($i > 0 and (($t+$srt->[$i-1]->[2]) < ($residual*2)) or (($t+$srt->[$i-1]->[2])>=($residual*2) and ($srt->[$i-1]->[2] < $residual)))
+	    {
+		$i--;
+		$t+=$srt->[$i]->[2];
+		$tc++;
+	    }
+	    
+	    if ($i < $j)
+	    {
+		$residtxt.=', ' if $residtxt ne '';
+		$residtxt.=FillTplt($grph{LABEL}->[0],$srt->[$i]->[1],$srt->[$i]->[3],$srt->[$i]->[2],$pct);
+		$srt->[$i]->[1]="Others";
+		my $rt='';
+		
+		foreach my $k ($i+1..$j)
+		{
+		    $srt->[$i]->[2]+=$srt->[$k]->[2];
+		    $srt->[$i]->[0]+=$srt->[$k]->[0];
+		    $residtxt.=', ' if $residtxt ne '';
+		    $rt=FillTplt($grph{LABEL}->[0],$srt->[$k]->[1],$srt->[$k]->[3],$srt->[$k]->[2],$pct);
+		    $rt=~s/ /\\ /g;
+		    $residtxt.=$rt;
+		    $srt->[$k]=undef;
+		}
+		
+		$srt->[$i]->[3]=$srt->[$i]->[0];
+	    }
+	}
+    }
+    
+    if (!$grph{NEGPIE})
+    {
+	$buf.=".ne ${usey}p\n.nf\n.vs 0\n.mk GRP:mk\n";
+	$buf.=".in \\n[GRP:lefx]u\n\\Z'\\D't $grph{THICKNESS}->[0]p'\\m[$grph{TEXTCOLOUR}->[0]]\\M[$grph{LINECOLOUR}->[0]]'\\c\n";
+	
+	if ($grph{BGCOLOUR}->[0] ne '')
+	{
+	    $buf.="\\Z@\\M[$grph{BGCOLOUR}->[0]]\\D'P ${usex}p 0 0 ${usey}p -${usex}p 0 0 -${usey}p'\\M[]@\\c\n";
+	}
+	
+	if ($grph{BORDER}->[0])
+	{
+	    $buf.="\\Z@\\D't $grph{BORDER}->[0]p'@\\Z@\\m[$grph{BRDCOLOUR}->[0]]\\D'p ${usex}p 0 0 ${usey}p -${usex}p 0 0 -${usey}p'\\D't $grph{THICKNESS}->[0]p'\\m[]@\\c\n";
+	}
+	
+	$buf.=".fl\n.vs $grph{VS}->[0]p\n";
+	
+	if ($grph{CAPTION}->[0] ne '')
+	{
+	    $buf.=".fi\n.ad c\n.ll ${usex}p+\\n[GRP:lefx]u\n\\s'+2p'$grph{CAPTION}->[0]\\s'-2p'\n.sp -1\n.ad\n.nf\n";
+	}
+	
+	$buf.="\\v'$grph{ORIGIN}->[1]p'\\h'$grph{ORIGIN}->[0]p'\\c\n";
+	my $lastfill=scalar(@{$grph{SHADE}})-1;
+	my $pie3d=$grph{'3D'}->[0];
+	
+	if ($lastfill >= 1)
+	{
+	    $buf.="\\v'${pie3d}p'";
+	    $buf.="\\Z@\\v'${shadv}u'\\h'${shadh}u-${pieradx}u'";
+	    foreach my $j (0..$lastfill-1)	# must have at least 2 colours
+	    {
+		$buf.="\\Z^\\M[".$grph{SHADE}->[$j]."]\\D'E ".(${pieradx}*2)."u ".(${pierady}*2)."u'^\\v'-".($shadv/$lastfill)."u'\\h'-".($shadh/$lastfill)."u'\\M[]";
+	    }
+	    
+	    $buf.="\\Z^\\h'-".($shadh/$lastfill)."u'\\M[".$grph{SHADE}->[$lastfill]."]\\D'E ".(${pieradx}*2)."u ".(${pierady}*2)."u'^\\M[]";
+	    $buf.="@\\c\n";
+	    $buf.="\\v'-${pie3d}p'\\c\n";
+	}
+	
+	my $nooutline=($bot==0)?1:0;
+	$nooutline=1 if $grph{COLOURED}->[0];
+	
+	if ($pie3d)
+	{
+	    for (my $j=0; $j <= $bot; $j++)
+	    {
+		next if !defined($srt->[$j]);
+		my ($val,$txt,$pctval)=(@{$srt->[$j]});
+		
+		DoWedge3d(($val/$tot)*360,$grph{SCOLOURS}->[$j]."DK",$txt,$pieradx,$pierady,$nooutline,$grph{'3D'}->[0]) if $pct < 0 or $pctval > 0;
+	    }
+	}
+	
+	for (my $j=0; $j <= $bot; $j++)
+	{
+	    next if !defined($srt->[$j]);
+	    my ($val,$txt,$pctval,$valtxt)=(@{$srt->[$j]});
+	    
+	    $pctval=($pct>=0)?sprintf("%0.*f",abs(${pct}),$pctval):'';
+	    
+	    my $tmplt=FillTplt($grph{LABEL}->[0],$txt,$valtxt,$pctval,$pct);
+	    
+	    $txt=$tmplt if $pct >= 0;
+	    $txt='' if $label eq '';
+	    
+	    DoWedge(($val/$tot)*360,$grph{SCOLOURS}->[$j],$txt,$pieradx,$pierady,$nooutline,$grph{'3D'}->[0]) if $pct < 0 or $pctval > 0;
+	}
+	
+	if ($hole)
+	{
+	    $piestart=$pi/8;
+	    DoWedge(360,$grph{BGCOLOUR}->[0],'',$pieradx*$hole,$pierady*$hole,1,0);
+	}
+	
+	if ($residtxt ne '')
+	{
+	    my $ry=int($grph{ORIGIN}->[1]+$grph{YRAD}->[0]+$grph{'3D'}->[0]+2);
+	    # 	    setupfield($fldp,0,1,0);
+	    $buf.=".ll ".($grph{FRAME}->[0])."p\n";
+	    $buf.=".fi\n.ad c\n.sp ${ry}p+1.5v\nOthers includes: $residtxt\n.nf\n.ad l\n";
+	}
+	
+    }
+    
+    if ($key and !$grph{NEGPIE})
+    {
+	my $boxlabels=join("\t",@{$grph{BOXLABELS}});
+	my $boxheads=join("\t",@{$grph{BOXHEADS}});
+	my $boxtabs=join(' ',@{$grph{BOXTABS}});
+	$buf.=".vs 0\n.sp |\\n[GRP:mk]u+$grph{BOXFRAME}->[1]p\n.in +$grph{BOXFRAME}->[0]p\n.ta $boxtabs\n.vs\n.in +(1m+4p)\n\\fB$boxheads\\fP\n.sp -.2\n.in -(1m+4p)\n";
+	
+	for (my $j=0; $j <= $bot; $j++)
+	{
+	    next if !defined($srt->[$j]);
+	    my ($val,$txt,$pctval,$valtxt)=(@{$srt->[$j]});
+	    my $textcol=$grph{TEXTCOLOUR}->[0];
+	    my $linecol=$grph{LINECOLOUR}->[0];
+	    $linecol=$grph{SCOLOURS}->[$j] if $grph{COLOURED}->[0];
+	    $valtxt=FillTplt($boxlabels,$txt,$valtxt,$pctval,$pct);
+	    
+	    $buf.="\\M[$grph{SCOLOURS}->[$j]]\\m[$linecol]";
+	    $buf.="\\Z!\\D'P 0 1 1 0 0 -1'!" if $val > 0;
+	    $buf.="\\D'p 0 1 1 0 0 -1'\\M[]\n.in +1m\n.in +4p\n.sp -.2v\n";
+	    $buf.="\\m[$textcol]$valtxt\\m[]\n.sp -.5\n.in -(1m+4p)\n";
+	}
+	
+	# 	if ($totval and $bot > 0)
+	# 	{
+	# 	    my $pctval=($pct>=0)?sprintf("%0.*f%%",abs(${pct}),100):'';
+	# 	    $buf.=".in +1m\n'in +$fldk->{INDENT}->{LEFT}p\n'sp +.8v\nTotal\\c\n.in -1m\n.in -$fldk->{INDENT}->{LEFT}p\n'sp -1\n\t$totval\t$pctval\n";
+	# 	}
+    }
+    
+    $buf.=".fl\n.ev\n";
+    #     print $buf;
+}
+
+sub FillTplt
+{
+    my $tmplt=shift;
+    my $txt=shift;
+    my $valtxt=shift;
+    my $pctval=shift;
+    my $pct=shift;
+    
+    $tmplt=~s/\$text/$txt/ge;
+    $tmplt=~s/\$value/$valtxt/ge;
+    $tmplt=~s/\$percent/sprintf("%0.*f",abs($pct),$pctval)/ge;
+    
+    return($tmplt);
+}
+
+sub PtoR
+{
+    my $theta=shift;
+    my $radx=shift;
+    my $rady=shift;
+    
+    my $y=-int(sin($theta)*$rady);
+    my $x=int(cos($theta)*$radx);
+    
+    return ($x,$y);
+}
+
+sub rad
+{
+    my $deg=shift;
+    
+    return((($deg)/360)*$pi);
+}
+
+sub deg
+{
+    my $rad=shift;
+    
+    return(($rad*360)/$pi);
+}
+
+sub DoWedge
+{
+    my ($ox,$oy)=(0,0);
+    my $end=rad($_[0])+$piestart;
+    my $col=$_[1];
+    my $txt=$_[2];
+    my $pieradx=$_[3];
+    my $pierady=$_[4];
+    my $nooutline=$_[5];
+    my $depth3d=$_[6]*1000;
+    my $step=.05;
+    my $points='';
+    my $j;
+    
+    for ($j=$piestart; $j<=$end; $j+=$step)
+    {
+	#		$j=$end if $end-$j < $step;
+	my ($x,$y)=PtoR($j,$pieradx,$pierady);
+	$x-=$ox;
+	$y-=$oy;
+	$points.="${x}u ${y}u ";
+	$ox+=$x;
+	$oy+=$y;
+    }
+    
+    if ($j < $end+$step)
+    {
+	$j=$end;
+	my ($x,$y)=PtoR($j,$pieradx,$pierady);
+	$x-=$ox;
+	$y-=$oy;
+	$points.="${x}u ${y}u ";
+	$ox+=$x;
+	$oy+=$y;
+    }
+    
+    $points.="-${ox}u -${oy}u'";
+    $buf.="\\M[$col]\\D'P 0 0 $points\\M[]\\c\n";
+    $buf.="\\m[$grph{LINECOLOUR}->[0]]\\D'p 0 0 $points\\m[]\\c\n" if !$nooutline;
+    $j=$piestart+(($end-$piestart)/2);
+    while ($j-$pi >= 0) {$j-=$pi;}
+    $piestart=$end;
+    return if $txt eq '';
+    my ($x,$y)=PtoR($j,$pieradx*1.05,$pierady*1.15);
+    $depth3d=0 if !($j>=$pi/2 and $j < $pi);
+    $buf.=".nr wi \\w'$txt'\n";
+    $buf.="\\Z@\\h'${x}u'\\v'${y}u+${depth3d}u'";
+    $buf.="\\v'\\n[rsb]u'" if $y < -1000;
+    $buf.="\\v'\\n[rst]u'" if $y > 1000;
+    rjust($txt) if $x < -1000;
+    ljust($txt) if $x > 1000;
+    cjust($txt) if abs($x) <= 1000;
+    $buf.="@\\c\n";
+    my($x1,$y1)=PtoR($j,$pieradx,$pierady);
+    $x-=$x1;
+    $y-=$y1;
+    $y1+=$depth3d;
+    $buf.="\\Z@\\h'${x1}u'\\v'${y1}u'\\D'l ${x}u ${y}u'@\\c\n";
+}
+
+sub DoWedge3d
+{
+    my ($ox,$oy)=(0,0);
+    my $end=rad($_[0])+$piestart;
+    my $col=$_[1];
+    my $txt=$_[2];
+    my $pieradx=$_[3];
+    my $pierady=$_[4];
+    my $nooutline=$_[5];
+    my $depth3d=$_[6]*1000;
+    my $step=.05;
+    my $points='';
+    my $j;
+    my $doing3d=0;
+    my $predark='';
+    my $offs;
+    my $sx;
+    
+    for ($j=$piestart; $j<=$end; $j+=$step)
+    {
+	#		$j=$end if $end-$j < $step;
+	my ($x,$y)=PtoR($j,$pieradx,$pierady);
+	if ($doing3d==0 and $j>=$pi/2 and $j < $pi)
+	{
+	    $doing3d=1;
+	    $offs=$y+$depth3d;
+	    $ox=$x;
+	    $oy=$y;
+	    $sx=$x;
+	    $predark="0u ${offs}u";
+	}
+	elsif ($doing3d==1 and $j>=$pi)
+	{
+	    $doing3d=2;
+	    last;
+	}
+	elsif ($doing3d==1)
+	{
+	    $x-=$ox;
+	    $y-=$oy;
+	    $points.="${x}u ${y}u ";
+	    $ox+=$x;
+	    $oy+=$y;
+	}
+    }
+    
+    if ($doing3d==1 and $j < $end+$step)
+    {
+	$j=$end;
+	my ($x,$y)=PtoR($j,$pieradx,$pierady);
+	$x-=$ox;
+	$y-=$oy;
+	$points.="${x}u ${y}u ";
+	$ox+=$x;
+	$oy+=$y;
+    }
+    
+    if ($doing3d)
+    {
+	$offs=$depth3d+$oy;
+	my $ex=$sx-$ox;
+	$points.="0 -${offs}u ${ex}u 0'\\h'-${sx}u";
+	$buf.="\\M[$col]\\h'${sx}u'\\D'P $predark $points'\\M[]\\c\n";
+	$buf.="\\h'${sx}u'\\m[$grph{LINECOLOUR}->[0]]\\D'p $predark $points'\\m[]\\c\n" if !$nooutline;
+    }
+    
+    $j=$piestart+(($end-$piestart)/2);
+    $piestart=$end;
+}
+
+sub rjust
+{
+    my $txt=shift;
+    
+    $buf.="\\h'-\\n[wi]u'$txt";
+}
+
+sub ljust
+{
+    my $txt=shift;
+    
+    $buf.="$txt";
+}
+
+sub cjust
+{
+    my $txt=shift;
+    
+    $buf.="\\h'-\\n[wi]u/2u'$txt";
+}
+
+sub Do_Graph
+{
+    CalcData();
+    PlotData();
+}
+
+sub LoadData
+{
+    my $s=shift;
+    my $nm=shift;
+    my $d=shift;
+    
+    if (uc($s) eq 'X')
+    {
+	push(@{$stats->{LABELS}},@{$d});
+    }
+    elsif (uc($s) eq 'A')
+    {
+	push(@{$stats->{ANCHOR}},undef,@{$d});
+    }
+    else
+    {
+	if (uc(substr($nm,0,4)) eq "BAR:")
+	{
+	    $nm=substr($nm,4);
+	    $stats->{BAR}->[$s]=1;
+	}
+	else
+	{
+	    $stats->{BAR}->[$s]=0;
+	}
+	push(@{$stats->{DATA}->[$s]},@{$d});
+	$stats->{NAME}->[$s]=$nm;
+    }
+}
+
+sub CalcData
+{
+    my $pointsz=$grph{PS}->[0];
+    my ($min,$max,$factor,$range,$diff,$steps,$step,$bars);
+    my $floorflag=$grph{FLOORFLAG}->[0];
+    my $horizontal=$grph{HORIZONTAL}->[0];
+    
+    $factor=0;
+    
+    foreach my $set (@{$stats->{DATA}})
+    {
+	next if !defined($set);
+	$#{$set}=$#{$stats->{LABELS}};
+	my @tset=@{$set};
+	
+	while (@tset)
+	{
+	    my $y=shift(@tset);
+	    last if !defined($y);
+	    next if $y eq '.';
+	    
+	    if ($y =~ m/\.(\d+)$/)
+	    {
+		$factor=length($1) if length($1) > $factor;
+	    }
+	}
+    }
+    
+    $stats->{YFACTOR}=$factor;
+    my $floor=(exists($grph{FLOOR}))?$grph{FLOOR}->[0]*10**$factor:undef;
+    $min=$max=$floor if defined($floor);
+    
+    foreach my $set (@{$stats->{DATA}})
+    {
+	next if !defined($set);
+	my @tset=@{$set};
+	
+	while (@tset)
+	{
+	    my $y=shift(@tset);
+	    last if !defined($y);
+	    next if $y eq '.';
+	    
+	    $y*=10**$factor;
+	    $min=$max=$y if !defined($min);
+	    
+	    $min=$y if $y < $min;
+	    $max=$y if $y > $max;
+	}
+    }
+    
+    if (exists($stats->{ANCHOR}))
+    {
+	foreach my $y (@{$stats->{ANCHOR}})
+	{
+	    next if !defined($y);
+	    next if $y eq '.';
+	    my $y2=$y*10**$factor;
+	    $min=$y2 if !defined($min) or $y2 < $min;
+	    $max=$y2 if !defined($max) or $y2 > $max;
+	}
+    }
+    
+    if ($floorflag eq 'C' and $floor >= $min and $floor <= $max)
+    {
+	my $diffmax=$max-$floor;
+	my $diffmin=$floor-$min;
+	
+	$max=$floor+$diffmin if $diffmax < $diffmin;
+	$min=$floor-$diffmax if $diffmax > $diffmin;
+    }
+    
+    $bars=0;
+    
+    foreach my $bar (@{$stats->{BAR}})
+    {
+	next if !defined($bar);
+	$bar=1 if $horizontal; # Only bars can be horizontal
+	$bars++ if $bar;
+    }
+    
+    $bars++ if $bars;
+    
+    foreach my $xlab (@{$stats->{LABELS}})
+    {
+	next if !defined($xlab);
+	
+	if ($xlab=~m/^([A-Z]{3,3})\-(\d+)/i)
+	{
+	    $xlab=ucfirst(lc($1)).'~'.(($2<30)?$2+2000:($2>100)?$2:$2+1900);
+	}
+	elsif ($xlab=~m/^(\d+)Q(\d+)/)
+	{
+	    $xlab=$qname[$1-1].'~'.(($2<30)?$2+2000:($2>100)?$2:$2+1900);
+	}
+	elsif ($xlab=~m/^(\d+)H(\d+)/)
+	{
+	    $xlab=$hname[$1-1].'~'.(($2<30)?$2+2000:($2>100)?$2:$2+1900);
+	}
+	elsif ($xlab=~m/^(\d+)\/(\d+)/)
+	{
+	    $xlab=$mname[$1-1].'~'.(($2<30)?$2+2000:($2>100)?$2:$2+1900);
+	}
+    }
+    
+    my @lbnd=(-1,-1,-1,-1);
+    my @lbvl=('','','','');
+    my $lbrows=-1;
+    
+    # X labels can be split over multiple rows (1-4)
+    
+    foreach my $j (0..scalar(@{$stats->{LABELS}})-1)
+    {
+	my @vals=split('~',$stats->{LABELS}->[$j]);
+	
+	foreach my $i (0..3)
+	{
+	    if (!defined($vals[$i]))
+	    {
+		$stats->{LABND}->[$j]->[$i]=-1;
+		next;
+	    }
+	    
+	    $lbrows=$i if $i > $lbrows;
+	    
+	    if ($vals[$i] ne $lbvl[$i])
+	    {
+		#	Differs
+		$lbvl[$i]=$vals[$i];
+		$lbnd[$i]=$j;
+		$stats->{LABND}->[$j]->[$i]=$j;
+	    }
+	    else
+	    {
+		$stats->{LABND}->[$lbnd[$i]]->[$i]=$j if $lbnd[$i] > -1;
+	    }
+	}
+	
+	$stats->{LABELS}->[$j]=\@vals;
+    }
+    
+    $min=$max=0 if !defined($min);
+    $range=$max-$min;
+    $range=10*10**$factor,$min--,$max++ if $range/10**$factor < .01;
+    $min/=10**$factor;
+    $max/=10**$factor;
+    $stats->{YRANGE}=$range;
+    $stats->{XLABS}=$lbrows+1;
+    
+    $steps=10;
+    $steps=$grph{STEPS}->[0] if exists($grph{STEPS});
+    my $ticksz=$range/($steps-1);
+    my $x=ceil(log10($ticksz)-1);
+    my $pow10x=10**$x;
+    $ticksz=ceil($ticksz/$pow10x)*$pow10x/10**$factor;
+    my $lo2=$ticksz*round($min/$ticksz);
+    my $hi2=$ticksz*round($max/$ticksz);
+    $lo2-=$ticksz if $min < $lo2;
+    $hi2+=$ticksz if $max >= $hi2;
+    $steps=sprintf("%0f",($hi2-$lo2)/$ticksz);
+    $stats->{YMIN}=$lo2;
+    $stats->{YMAX}=$hi2;
+    $stats->{YSTEP}=$ticksz;
+    $stats->{YSTEPS}=$steps;
+    # 	print STDERR "Min=$min, Max=$max, Lo=$lo2, Hi=$hi2, Sz=",$ticksz,", Ticks=$steps\n";
+    # 	for (my $j=$lo2; $j<=$hi2; $j+=$ticksz) {print STDERR "$j\n";}
+    # 	print STDERR "\n";
+    
+    # #	$range=10*10**$factor,$min--,$max++ if $range==0;
+    # 	$stats->{YRANGE}=$range;
+    # 	$stats->{XLABS}=$lbrows+1;
+    #
+    # 	$steps=10;
+    # 	my $maxstep=11;
+    # 	$maxstep=$grph{STEPS} if exists($grph{STEPS});
+    # 	$step=-1;
+    #
+    # 	while ($steps > 9)
+    # 	{
+    # 		$step++;
+    # 		$steps=int($range/(10**$step)+1);
+    # 	}
+    #
+    # 	$step=10**$step;
+    # 	$step/=10, $steps*=10 if $steps < 2;
+    # 	$step/=5, $steps*=5 if $steps < 5 and $steps < $maxstep;
+    # 	$step/=2, $steps*=2 if $steps < 7 and $steps < $maxstep;
+    # 	$step*=2, $steps=int($steps/2) if $steps > $maxstep;
+    #
+    # 	$stats->{YMIN}=int($min/$step)*$step/10**$factor;
+    # 	$stats->{YMAX}=(int($max/$step)+1)*$step/10**$factor;
+    # 	$stats->{YSTEP}=$step/10**$factor;
+    # 	$stats->{YMIN}-=$stats->{YSTEP}, $steps++ if $min < $stats->{YMIN};
+    # 	$stats->{YMAX}+=$stats->{YSTEP}, $steps++ if $max > $stats->{YMAX};
+    # 	$stats->{YSTEPS}=$steps;
+    $factor=0;
+    if ($grph{PDECIMALS}->[0] ne '')
+    {
+	$factor=$grph{PDECIMALS}->[0];
+    }
+    else
+    {
+	$factor=length($1) if ($stats->{YSTEP}=~m/\.(\d+)$/);
+    }
+    $stats->{YMAX}=sprintf("%.*f",$factor,$stats->{YMAX});
+    $stats->{XSTEPS}=scalar(@{$stats->{LABELS}});
+    $stats->{XSTEPS}=1 if $horizontal;
+    $stats->{BARS}=$bars;
+    
+    my $ylab=length($stats->{YMAX})+1;
+    #	$ylab+=2 if $grph{PDECIMALS} >= 0;
+    $xmarg=$ylab/2*1.2*$pointsz+($pointsz*.4);
+    $ymarg=0;
+    
+    foreach my $j (0..$lbrows)
+    {
+	$ymarg+=$pointsz+$j+($pointsz*.1);
+    }
+    
+}
+
+sub sgn
+{
+    return 1 if $_[0]>=0;
+    return -1;
+}
+
+sub log10
+{
+    my $n = shift;
+    return 0 if !$n;
+    return log($n)/log(10);
+}
+
+sub ceil
+{
+    my $n=shift;
+    my $i=int($n);
+    return ($n==$i)?$n:$i+1;
+}
+
+sub round
+{
+    my $n=shift;
+    return(sprintf("%.0f",$n));
+}
+
+sub PlotData
+{
+    my $width=$grph{FRAME}->[0];
+    my $height=$grph{FRAME}->[1];
+    my $pointsz=$grph{PS}->[0];
+    my $gthickness=$grph{THICKNESS}->[0];
+    my $thickness=$grph{BORDER}->[0];
+    my $symsize=$grph{SYMSIZE}->[0];
+    my $background=$grph{BACKGROUND};
+    my $key=$grph{KEYBOX}->[0];
+    my $bars=$stats->{BARS};
+    my $floor=(exists($grph{FLOOR}))?$grph{FLOOR}->[0]:$stats->{YMIN};
+    my $horizontal=$grph{HORIZONTAL}->[0];
+    my $topmarg=$pointsz+2;
+    $topmarg+=$pointsz if $key;# and !$horizontal;
+    my ($xgrph,$ygrph,@sync);
+    my ($xof,$yof,$tm,$lm)=(0,0,0,0);
+    
+    if ($grph{ORIGIN}->[0] ne '')
+    {
+	$xof=$lm=$grph{ORIGIN}->[0];
+	$yof=$tm=$grph{ORIGIN}->[1];
+	
+	if ($#{$grph{ORIGIN}} == 3)
+	{
+	    $xof=$width-$grph{ORIGIN}->[2];
+	    $yof=$height-$grph{ORIGIN}->[3];
+	}
+    }
+    
+    if ($horizontal)
+    {
+	my $t=$width;
+	$width=$height;
+	$height=$t;
+	# 		$t=$xmarg;
+	# 		$xmarg=$ymarg;
+	# 		$ymarg=$t;
+	$ymarg=0;
+	$xmarg=$pointsz;
+	$ygrph=($height-$xmarg*2-$xof);
+	$xgrph=($width-$pointsz*2.8-$yof);
+	$xmarg+=$lm;
+	$ymarg+=$tm;
+    }
+    else
+    {
+	$ygrph=($height-$ymarg-$topmarg-$yof);
+	$xgrph=($width-$xmarg-$xof);
+    }
+    
+    return if $stats->{YSTEPS} == 0 or $stats->{XSTEPS} == 0 or ($bars==0 and $horizontal);
+    my $ydiv=sprintf("%.2f",$ygrph/$stats->{YSTEPS});
+    my $xdiv=sprintf("%.2f",$xgrph/$stats->{XSTEPS});
+    my $barwidth=($bars)?($xdiv*.8)/$bars:0;
+    my $lbrows=$stats->{XLABS}-1;
+    my $span=sprintf("%.2f",$stats->{YSTEP}*$stats->{YSTEPS});
+    # 	print STDERR "ydiv=$ydiv, xdiv=$xdiv, span=$span, YSTEP=$stats->{YSTEP}, YSTEPS=$stats->{YSTEPS}\n";
+    if ($span == 0)
+    {
+	Log(1,"WARN: span is zero");
+	return;
+    };
+    
+    # Move to origin
+    
+    my $thick=$symsize;
+    my $thick2=$thick*2;
+    my $y60=1*$thick;
+    my $x60=.866*$thick;
+    my $x60_2=$x60*2;
+    my $y60_2=$y60*2;
+    
+    no warnings;
+    
+    $buf.=<< "EOF";
+.ds series2 \\M[$grph{SCOLOURS}->[1]]\\h'-${thick}p'\\D'C ${thick2}p'\\h'-${thick}p'\\M[]
+.ds series3 \\Z'\\M[$grph{SCOLOURS}->[2]]\\h'${thick}p'\\D'P -${thick}p ${thick}p -${thick}p -${thick}p ${thick}p -${thick}p'\\M[]'
+.ds series4 \\Z'\\M[$grph{SCOLOURS}->[3]]\\h'${thick}p'\\v'-${thick}p'\\D'P 0p ${thick2}p -${thick2}p 0p 0p -${thick2}p'\\M[]'
+.ds series1 \\Z'\\M[$grph{SCOLOURS}->[0]]\\v'-${thick}p'\\D'P ${thick}p ${thick2}p -${thick2}p 0p'\\M[]'
+.ds series6 \\M[$grph{SCOLOURS}->[5]]\\h'-${thick}p'\\D'C ${thick2}p'\\h'-${thick}p'\\M[]
+.ds series5 \\Z'\\M[$grph{SCOLOURS}->[4]]\\h'${x60}p'\\v'-${y60}p'\\D'P -${x60_2}p 0p ${x60}p ${y60_2}p'\\M[]'
+EOF
+    
+    use warnings;
+    
+    
+    $buf.=".ne ${height}p\n.nf\n.mk GRP:mk\n";
+    $buf.=".in \\n[GRP:lefx]u\n\\Z'\\D't $grph{THICKNESS}->[0]p'\\m[$grph{TEXTCOLOUR}->[0]]\\M[$grph{LINECOLOUR}->[0]]'\\c\n";
+    
+    Swap(\$width,\$height) if $horizontal;
+    
+    if ($grph{BGCOLOUR}->[0] ne '')
+    {
+	$buf.="\\Z@\\M[$grph{BGCOLOUR}->[0]]\\D'P ${width}p 0 0 ${height}p -${width}p 0 0 -${height}p'\\M[]@\\c\n";
+    }
+    
+    if ($grph{BORDER}->[0])
+    {
+	$buf.="\\Z@\\D't $grph{BORDER}->[0]p'@\\Z@\\m[$grph{BRDCOLOUR}->[0]]\\D'p ${width}p 0 0 ${height}p -${width}p 0 0 -${height}p'\\D't $grph{THICKNESS}->[0]p'\\m[]@\\c\n";
+    }
+    
+    Swap(\$width,\$height) if $horizontal;
+    
+    $buf.=".fl\n";
+    
+    
+    
+    $buf.=".sp +".($grph{BORDER}->[0])."p\n";
+    $buf.=".in +".($grph{BORDER}->[0])."p\n";
+    $buf.=".ll +".($grph{FRAME}->[0]-$grph{BORDER}->[0]*2)."p\n";
+    #	$buf.=".nf\n";
+    
+    
+    if ($horizontal)
+    {
+	# Move to origin  (lower left corner)
+	
+	$buf.=".mk grph\n\\Z'\\D't ${thickness}p''\\v'${xgrph}p+${topmarg}p'\\h'${xmarg}p'\\c\n";
+	
+	# Background
+	
+	$buf.="\\Z'\\M[$grph{WALLCOLOUR}->[0]]\\D'P 0p -${xgrph}p ${ygrph}p 0 0 ${xgrph}p'\\M[]'\\c\n" if $grph{WALLCOLOUR}->[0];
+	
+	# Base Line
+	
+	$buf.="\\Z'\\D'l ${ygrph}p 0''\\c\n";
+	
+	# Floor Line
+	
+	$buf.="\\Z'";
+	
+	if ($stats->{YMIN} < $floor and $stats->{YMAX} >= $floor)
+	{
+	    # zero is between min/max so draw axis on zero
+	    $buf.="\\h'".abs($stats->{YMIN}-$floor)/$span*$ygrph."p'"
+	}
+	
+	$buf.="\\D'l 0 -${xgrph}p''\\c\n";
+	
+	# Ticks on X-axis
+	
+	$buf.="\\Z'";
+	
+	for my $j (0..$stats->{YSTEPS})
+	{
+	    $buf.="\\h'${ydiv}p'" if $j;
+	    $buf.="\\v'".($pointsz*.1+$thickness/2)."p'\\D'l 0 -".($pointsz*.1)."p'\\v'-".($thickness/2)."p'";
+	    $buf.="\\Z!\\D'l 0 -".(${xgrph}-$thickness)."p'!" if $grph{VGRID};
+	}
+	
+	$buf.="'\\c\n";
+	
+	my $barno=0;
+	my $bardiv=d2($xgrph/($bars));
+	$barwidth=d2($pointsz*2);
+	$barwidth=$bardiv*.8 if $barwidth > $bardiv*.8;
+	
+	foreach (my $i=scalar(@{$stats->{DATA}})-1; $i>=0; $i--)	# For each  series
+	{
+	    my $set=$stats->{DATA}->[$i];
+	    next if !defined($set);
+	    next if !$stats->{BAR}->[$i];
+	    my @tset=@{$set};
+	    my ($oy,$ay,$cx,$ox);
+	    my ($lbl,$txt)=split('~',$stats->{NAME}->[$i]);
+	    
+	    $cx=$bardiv/2;
+	    
+	    $buf.=".nr wi \\w'$lbl'\n";
+	    my $baseline=($stats->{YMIN}<$floor)?((($stats->{YMIN}-$floor)/$span)*$ygrph):0;
+	    #		$oy=((($tset[$ox]-$stats->{YMIN})/$span)+$stats->{YMIN} )*$ygrph;
+	    $oy=(($tset[0]-$stats->{YMIN})/$span)*$ygrph;
+	    #		$oy=((($tset[$ox]-$stats->{YMIN})/$span)-$stats->{YMIN})*$ygrph;
+	    my $s=($i % 6) + 1;
+	    
+	    my $cx2=sprintf("%.2f",($barno*$bardiv)+($bardiv/2)-($barwidth/2));
+	    my $dep;
+	    my $colo;
+	    $sync[$i]=$topmarg+$xgrph-$cx-$cx2-$barwidth/2-$pointsz*.4;
+	    $barno++;
+	    
+	    my $j=0;	# Horizontal bars have multiple series with one value in each
+	    next if !defined($tset[$j]);
+	    next if $tset[$j] eq '.';
+	    my $y=(($tset[$j]-$stats->{YMIN})/$span)*$ygrph;
+	    $dep=d2($oy+$baseline);
+	    $dep=sgn($dep)*.5 if abs($dep) < 1;
+	    if ($grph{NEGCOLOUR}->[0])
+	    {
+		$colo=($dep < 0)?$grph{NEGCOLOUR}->[$i]:$grph{SCOLOURS}->[$i];
+	    }
+	    else
+	    {
+		$colo=$grph{SCOLOURS}->[$i];
+	    }
+	    #			my $y=((($tset[$j]-$stats->{YMIN})/$span)+$stats->{YMIN} )*$ygrph;
+	    #			my $y=((($tset[$j]-$stats->{YMIN})/$span)-$stats->{YMIN})*$ygrph;
+	    
+	    my ($contrast,$contrastnd);
+	    $contrast=$grph{CONTRAST}->[$i];
+	    if (defined($contrast))
+	    {
+		$contrast="\\m[$contrast]";
+		$contrastnd="\\m[]";
+	    }
+	    else
+	    {
+		$contrast=$contrastnd='';
+	    }
+	    
+	    if ($dep < 0)
+	    {
+		if ($pointsz < $barwidth)
+		{
+		    $buf.=".ie \\n[wi]u+2p<".abs(${dep})."p .ds lb $contrast\\h'1p'$lbl$contrastnd\n";
+		    $buf.=".el .ds lb \\h'-\\n[wi]u-2p'$lbl\n";
+		}
+		else
+		{
+		    $buf.=".ds lb \\h'-\\n[wi]u-1p'$lbl\n";
+		}
+	    }
+	    else
+	    {
+		if ($pointsz < $barwidth)
+		{
+		    $buf.=".ie \\n[wi]u+2p>".abs(${dep})."p .ds lb \\h'1p'$lbl\n";
+		    $buf.=".el .ds lb $contrast\\h'-\\n[wi]u-2p'$lbl$contrastnd\n";
+		}
+		else
+		{
+		    $buf.=".ds lb \\h'1p'$lbl\n";
+		}
+	    }
+	    $buf.="\\Z'";
+	    $buf.="\\h'${oy}p'\\v'-${cx}p'";
+	    $buf.="\\m[$colo]" if $grph{COLOURED}->[0];
+	    
+	    $buf.="\\Z~\\D't 0p'\\M[$colo]\\v'-${cx2}p'\\D'P 0 -${barwidth}p -${dep}p 0 0 ${barwidth}p ${dep}p 0'\\M[]\\D't ${thickness}p'~";
+	    $buf.="\\Z~\\v'-".($cx2+$barwidth/2-($pointsz*.4))."p'\\h'".(sgn($dep ))."p'";
+	    
+	    $buf.="\\*[lb]";
+	    $buf.="~";
+	    # 				$buf.="\\Z~\\D't 0p'\\M[$colo]\\v'-${cx2}p'\\D'P ${barwidth}p 0p 0p ${dep}p -${barwidth}p 0p 0p -${dep}p'\\M[]\\D't ${thickness}p'~";
+	    # 				$buf.="\\v'-${cx}p'\\h'".sprintf("%.3f",$y-$oy)."p'";
+	    # 			$buf.="\\D'l ${cx}p ".sprintf("%.3f",$oy-$y)."p'";
+	    
+	    $buf.="\\m[]" if $grph{COLOURED}->[0];
+	    $oy=$y;
+	    
+	    $dep=$oy+$baseline;
+	    # 			if (exists($grph{POSCOLOUR}))
+	    # 			{
+	    # 				$colo=($dep < 0)?$grph{NEGCOLOUR}->{NAME}:$grph{POSCOLOUR}->{NAME}
+	    # 			}
+	    # 			else
+	    # 			{
+	    # 				$colo=$grph{COLOURS}->[$i]->{NAME};
+	    # 			}
+	    # 			$buf.="\\Z~\\D't 0p'\\M[$colo]\\v'-${cx2}p'\\D'P 0 -${barwidth}p -${dep}p 0 0 ${barwidth}p ${dep}p 0'\\M[]\\D't ${thickness}p'~";
+	    
+	    $buf.="'\\c\n";
+	}
+	
+	# Now bottom labels
+	
+	my $y=$stats->{YMIN};
+	my $factor=0;
+	my $pattern="%.*f";
+	if ($grph{PDECIMALS}->[0] ne '')
+	{
+	    #		$pattern.='%%';
+	    $factor=$grph{PDECIMALS}->[0];
+	}
+	else
+	{
+	    $factor=length($1) if ($stats->{YSTEP}=~m/\.(\d+)$/);
+	    $factor=1 if ($stats->{YMAX}-$stats->{YMIN}) < $stats->{YSTEPS};
+	}
+	
+	$buf.="\\v'".($pointsz*1.2)."p'\\c\n";
+	
+	foreach my $j (0..$stats->{YSTEPS})
+	{
+	    my $dy=sprintf($pattern,$factor,$y);
+	    $buf.=".nr wi \\w'$dy'\n";
+	    $buf.="\\h'-\\n[wi]u/2u'$dy\\h'${ydiv}p-(\\n[wi]u/2u)'\\c\n";
+	    $y+=$stats->{YSTEP};
+	}
+	
+	
+	if ($grph{KEYBOX}->[0])
+	{
+	    my $marg=$symsize*4;
+	    my $ps=$grph{PS}->[0];
+	    
+	    my $boxlabels=join("\t",@{$grph{BOXLABELS}});
+	    my $boxheads=join("\t",@{$grph{BOXHEADS}});
+	    my $boxtabs=join(' ',@{$grph{BOXTABS}});
+	    $buf.=".sp |\\n[GRP:mk]u+$grph{BOXFRAME}->[1]p\n.in +$grph{BOXFRAME}->[0]p\n.ta $boxtabs\n.vs\n.in +(4p)\n\\fB$boxheads\\fP\n.sp .2\n.in -(4p)\n";
+	    my $y2=0;
+	    # 			$buf.=".sp ${pointsz}p\n" if $grph{SYNC};
+	    
+	    foreach my $i (0..scalar(@{$stats->{NAME}})-1)
+	    {
+		next if !defined($stats->{NAME}->[$i]);
+		my ($lbl,$txt)=split('~',$stats->{NAME}->[$i]);
+		
+		$txt=~tr[^][\t];
+		
+		if ($grph{SYNC}->[0])
+		{
+			$buf.=".sp |\\n[GRP:mk]u+$sync[$i]p-2p\n";
+		}
+# 		else
+# 		{
+		    $buf.="\\v'-".($pointsz*.4)."p'\\h'-${thick}p'\\Z!\\M[$grph{SCOLOURS}->[$i]]\\v'-${thick}p'\\D'P ${thick2}p 0 0 ${thick2}p -${thick2}p 0'!\\h'${thick2}p'\\v'".($pointsz*.4)."p'\\~\\c\n" if !$grph{POSCOLOUR}->[0];
+		    $buf.="$txt\n";
+		    $buf.="\\M[]\\c\n" if !$grph{POSCOLOUR}->[0];
+# 		}
+		# 				print STDERR "$sync[$i] "
+		# 				$buf.="\\v'-".($pointsz*.4)."p'\\D'l ".(${symsize}*4)."p 0p'\\Z'\\h'-".(${symsize}*2)."p'\\*[series$s]'\\v'".($pointsz*.4)."p'\\~\\c\n";
+		# 				$buf.=".in +${marg}p\n.sp -1\n$txt\\h'".(${symsize}*2)."p'\n.sp $fldk->{SKIPAFTER}p\n.in -${marg}p\n";
+	    }
+	}
+	
+	# 		print STDERR "\n";
+    }
+    else
+    {
+	# Move to origin  (lower left corner)
+	
+	$buf.=".mk grph\n\\Z'\\D't ${thickness}p''\\v'${ygrph}p+${topmarg}p+${tm}p'\\h'${xmarg}p+${lm}p'\\c\n";
+	
+	# Background
+	
+	$buf.="\\Z'\\M[$grph{WALLCOLOUR}->[0]]\\D'P 0p -${ygrph}p ${xgrph}p 0 0 ${ygrph}p'\\M[]'\\c\n" if $grph{WALLCOLOUR}->[0];
+	
+	# Left line
+	
+	$buf.="\\Z'\\L'-${ygrph}p''\\c\n";
+	
+	# Bottom line
+	
+	$buf.="\\Z'";
+	
+	if ($stats->{YMIN} < $floor and $stats->{YMAX} >= $floor)
+	{
+	    # zero is between min/max so draw axis on zero
+	    $buf.="\\v'-".abs($stats->{YMIN}-$floor)/$span*$ygrph."p'"
+	}
+	
+	$buf.="\\l'${xgrph}p''\\c\n";
+	
+	# Label Y axis
+	
+	# ticks
+	
+	$buf.="\\Z'";
+	
+	for my $j (0..$stats->{YSTEPS})
+	{
+	    $buf.="\\v'-${ydiv}p'" if $j;
+	    $buf.="\\h'-".($pointsz*.1+$thickness/2)."p'\\l'".($pointsz*.1)."p'\\h'".($thickness/2)."p'";
+	    $buf.="\\Z!\\D'l ".(${xgrph}-$thickness)."p 0'!" if $grph{HGRID}->[0];
+	}
+	
+	$buf.="'\\c\n";
+	
+	# Label X axis
+	
+	# ticks
+	
+	foreach my $j (0..$lbrows)
+	{
+	    my $sofar=0;
+	    my $fi=0;
+	    my $targ=0;
+	    my $nd;
+	    my $i;
+	    
+	    for ($i=0; $i<scalar(@{$stats->{LABELS}}); $i=$nd+1)
+	    {
+		$nd=$stats->{LABND}->[$i]->[$j];
+		$nd=$i if $nd < 0;
+		$sofar+=($nd-$i)*$xdiv;
+		
+		my $mi=($i!=$nd)?$nd:int(($i-$fi)/2)+$fi;
+		my $lblsz=length($stats->{LABELS}->[$mi]->[$j] || '')*$pointsz*.6;
+		
+		if ($lblsz==0 or ($lblsz) > $xdiv+$sofar)
+		{
+		    $fi=$nd+1 if $lblsz==0;
+		    $sofar+=$xdiv;
+		    $stats->{LABELS}->[$nd]->[$j]='.' if $nd > $i;
+		    next;
+		}
+		else
+		{
+# 		    print STDERR "$stats->{LABELS}->[$mi]->[$j]: sofar $sofar: lblsz $lblsz: xdiv $xdiv\n";
+		    $sofar=0;
+		    foreach my $t ($fi..$nd)
+		    {
+			$stats->{LABELS}->[$t]->[$j]='' if $stats->{LABELS}->[$t]->[$j] ne '.' and $t != $mi;
+		    }
+		    $fi=$nd+1;
+		}
+		
+	    }
+	    
+	    foreach my $i ($fi..$#{$stats->{LABELS}})
+	    {
+		$stats->{LABELS}->[$i]->[$j]='';
+	    }
+	    
+	}
+	
+	$buf.="\\Z'";
+	
+	for my $j (0..$stats->{XSTEPS}-1)
+	{
+	    $buf.="\\h'${xdiv}p'" if $j;
+	    $buf.="\\h'".(${xdiv}/2)."p'" if $j==0;
+	    next if $stats->{LABELS}->[$j]->[0] eq '';
+	    $buf.="\\D'l 0 ".($pointsz*.3)."p'\\v'-".($pointsz*.3)."p'";
+	    $buf.="\\Z!\\D'l 0 -".(${ygrph}-$thickness)."p'!" if $grph{VGRID}->[0];
+	}
+	
+	$buf.="'\\c\n";
+	
+	# $buf.=series
+	
+	#	First any bars?
+	my $barno=0;
+	
+	foreach my $i (0..scalar(@{$stats->{DATA}})-1)
+	{
+	    my $set=$stats->{DATA}->[$i];
+	    next if !defined($set);
+	    next if !$stats->{BAR}->[$i];
+	    my @tset=@{$set};
+	    my ($oy,$ay,$cx,$ox);
+	    
+	    $cx=$xdiv/2+$barwidth/2;
+	    
+	    for ($ox=0; $ox<=$#tset; $ox++)
+	    {
+		last if $tset[$ox] ne '.';
+		$cx+=$xdiv;
+	    }
+	    
+	    if (!defined($tset[$ox]) or $tset[$ox] eq '.')
+	    {
+		$stats->{NAME}->[$i]=undef;
+		next;
+	    }
+	    
+	    $buf.="\\Z'";
+	    my $baseline=($stats->{YMIN}<$floor)?((($stats->{YMIN}-$floor)/$span)*$ygrph):0;
+	    #		$oy=((($tset[$ox]-$stats->{YMIN})/$span)+$stats->{YMIN} )*$ygrph;
+	    $oy=(($tset[$ox]-$stats->{YMIN})/$span)*$ygrph;
+	    #		$oy=((($tset[$ox]-$stats->{YMIN})/$span)-$stats->{YMIN})*$ygrph;
+	    my $s=($i % 6) + 1;
+	    
+	    $buf.="\\v'-${oy}p'\\h'${cx}p'";
+	    $cx=0;
+	    my $cx2=sprintf("%.3f",($barno*$barwidth)-($bars*$barwidth/2));
+	    my $dep;
+	    my $colo;
+	    
+	    foreach my $j ($ox+1..$stats->{XSTEPS})
+	    {
+		$cx+=$xdiv;
+		next if !defined($tset[$j]);
+		next if $tset[$j] eq '.';
+		my $y=(($tset[$j]-$stats->{YMIN})/$span)*$ygrph;
+		$dep=$oy+$baseline;
+		$dep=sgn($dep)*.5 if abs($dep) < 1;
+		if ($grph{POSCOLOUR}->[0])
+		{
+		    $colo=($dep < 0)?$grph{NEGCOLOUR}->[0]:$grph{POSCOLOUR}->[0];
+		}
+		else
+		{
+		    $colo=$grph{SCOLOURS}->[$i];
+		}
+		#			my $y=((($tset[$j]-$stats->{YMIN})/$span)+$stats->{YMIN} )*$ygrph;
+		#			my $y=((($tset[$j]-$stats->{YMIN})/$span)-$stats->{YMIN})*$ygrph;
+		$buf.="\\m[$colo]" if $grph{COLOURED}->[0];
+		
+		$buf.="\\Z~\\D't 0p'\\M[$colo]\\h'${cx2}p'\\D'P ${barwidth}p 0p 0p ${dep}p -${barwidth}p 0p 0p -${dep}p'\\M[]\\D't ${thickness}p'~";
+		$buf.="\\h'${cx}p'\\v'".sprintf("%.3f",$oy-$y)."p'";
+		# 			$buf.="\\D'l ${cx}p ".sprintf("%.3f",$oy-$y)."p'";
+		
+		$buf.="\\m[]" if $grph{COLOURED}->[0];
+		$oy=$y;
+		$cx=0;
+	    }
+	    
+	    $dep=$oy+$baseline;
+	    if ($grph{POSCOLOUR}->[0])
+	    {
+		$colo=($dep < 0)?$grph{NEGCOLOUR}->[0]:$grph{POSCOLOUR}->[0];
+	    }
+	    else
+	    {
+		$colo=$grph{SCOLOURS}->[$i];
+	    }
+	    $buf.="\\Z~\\D't 0p'\\M[$colo]\\h'${cx2}p'\\D'P ${barwidth}p 0p 0p ${dep}p -${barwidth}p 0p 0p -${dep}p'\\M[]\\D't ${thickness}p'~";
+	    
+	    $buf.="'\\c\n";
+	    $barno++;
+	}
+	
+	#	Now  the graph lines
+	
+	foreach my $i (0..scalar(@{$stats->{DATA}})-1)
+	{
+	    my $set=$stats->{DATA}->[$i];
+	    next if !defined($set);
+	    next if $stats->{BAR}->[$i];
+	    my @tset=@{$set};
+	    my ($oy,$ay,$cx,$ox);
+	    
+	    $cx=$xdiv/2;
+	    
+	    for ($ox=0; $ox<=$#tset; $ox++)
+	    {
+		last if $tset[$ox] ne '.';
+		$cx+=$xdiv;
+	    }
+	    
+	    if (!defined($tset[$ox]) or $tset[$ox] eq '.')
+	    {
+		$stats->{NAME}->[$i]=undef;
+		next;
+	    }
+	    
+	    $buf.="\\Z'";
+	    $buf.="\\m[$grph{SCOLOURS}->[$i]DK]" if $grph{COLOURED}->[0];
+	    $buf.="\\Z!\\D't ${gthickness}p'!";
+	    $oy=(($tset[$ox]-$stats->{YMIN})/$span)*$ygrph;
+	    my $s=($i % 6) + 1;
+	    
+	    if (exists($stats->{ANCHOR}) and $stats->{ANCHOR}->[$i] ne '.')
+	    {
+		$ay=(($stats->{ANCHOR}->[$i]-$stats->{YMIN})/$span)*$ygrph;
+		$buf.="\\v'-${ay}p'";
+		if ($background and $i == 0)
+		{
+		    $buf.="\\Z'\\D't 0p'\\M[$grph{SCOLOURS}->[$i]DK]\\D'P ${cx}p ".sprintf("%.3f",$ay-$oy)."p 0p ${oy}p -${cx}p 0p 0p -${ay}p'\\M[]\\D't ${gthickness}p''";
+		}
+		$buf.="\\D'l ${cx}p ".sprintf("%.3f",$ay-$oy)."p'";
+		$cx=0;
+	    }
+	    else
+	    {
+		$buf.="\\v'-${oy}p'\\h'${cx}p'";
+		$cx=0;
+	    }
+	    
+	    foreach my $j ($ox+1..$stats->{XSTEPS}-1)
+	    {
+		$cx+=$xdiv;
+		next if !defined($tset[$j]);
+		next if $tset[$j] eq '.';
+		my $y=(($tset[$j]-$stats->{YMIN})/$span)*$ygrph;
+		if ($background and $i == 0)
+		{
+		    $buf.="\\Z'\\D't 0p'\\M[$grph{SCOLOURS}->[$i]DK]\\D'P ${cx}p ".sprintf("%.3f",$oy-$y)."p 0p ${y}p -${cx}p 0p 0p -${oy}p'\\M[]\\D't ${gthickness}p''";
+		}
+		
+		$buf.="\\D'l ${cx}p ".sprintf("%.3f",$oy-$y)."p'";
+		
+		$oy=$y;
+		$cx=0;
+	    }
+	    
+	    $buf.="\\m[]" if $grph{COLOURED}->[0];
+	    $buf.="'\\c\n";
+	    
+	    # Draw points
+	    
+	    if ($symsize)
+	    {
+		$cx=$xdiv/2;
+		
+		for ($ox=0; $ox<=$#tset; $ox++)
+		{
+		    last if $tset[$ox] ne '.';
+		    $cx+=$xdiv;
+		}
+		
+		if (!defined($tset[$ox]) or $tset[$ox] eq '.')
+		{
+		    $stats->{NAME}->[$i]=undef;
+		    next;
+		}
+		
+		$buf.="\\Z'";
+		$buf.="\\m[$grph{SCOLOURS}->[$i]]" if $grph{COLOURED}->[0];
+		$oy=(($tset[$ox]-$stats->{YMIN})/$span)*$ygrph;
+		
+		if (exists($stats->{ANCHOR}) and $stats->{ANCHOR}->[$i] ne '.')
+		{
+		    $ay=(($stats->{ANCHOR}->[$i]-$stats->{YMIN})/$span)*$ygrph;
+		    $buf.="\\v'-${ay}p'";
+		    $buf.="\\h'${cx}p'\\v'".sprintf("%.3f",$ay-$oy)."p'";
+		    $cx=0;
+		}
+		else
+		{
+		    $buf.="\\v'-${oy}p'\\h'${cx}p'";
+		    $cx=0;
+		}
+		
+		my $sym='';
+		$sym="\\*[series$s]" if !$background or $i != 0;
+		$buf.=$sym;
+		
+		foreach my $j ($ox+1..$stats->{XSTEPS}-1)
+		{
+		    $cx+=$xdiv;
+		    next if !defined($tset[$j]);
+		    next if $tset[$j] eq '.';
+		    my $y=(($tset[$j]-$stats->{YMIN})/$span)*$ygrph;
+		    $buf.="\\h'${cx}p'\\v'".sprintf("%.3f",$oy-$y)."p'$sym";
+		    $oy=$y;
+		    $cx=0;
+		}
+		
+		$buf.="\\m[]" if $grph{COLOURED};
+		$buf.="'\\c\n";
+	    }
+	}
+	
+	# $buf.=X Labels
+	
+	$buf.=".nf\n.sp |\\n[grph]u+${ygrph}p+${topmarg}p+${tm}p\n.vs $grph{VS}->[0]p\n";
+	
+	foreach my $j (0..$lbrows)
+	{
+	    $buf.="\\m[$grph{TEXTCOLOUR}->[0]]\\c\n";
+	    $buf.=".ta ";
+	    my $tab=$xmarg;
+	    my $tabln='';
+	    my $divs=1;
+	    my $nd=0;
+	    
+	    for (my $i=0; $i<scalar(@{$stats->{LABELS}}); $tab+=$divs*$xdiv, $i=$nd+1)
+	    {
+		#			next if $xskip != 1 and ($i+1) % $xskip != 1;
+		$nd=$stats->{LABND}->[$i]->[$j];
+		$nd=$i if $nd < 0;
+		$divs=$nd-$i+1;
+		$i=$nd;
+		my $vals=$stats->{LABELS}->[$i];
+		next if !defined($vals->[$j]) or $vals->[$j] eq '' or $vals->[$j] eq '.';
+		$buf.="".($tab+($divs*$xdiv)/2)."pC ";
+		$tabln.="\t$vals->[$j]";
+	    }
+	    
+	    
+	    $buf.="\n\\s'+${j}'$tabln\\s'-${j}'\n";
+	}
+	
+	$buf.=".vs\n.fi\n.ta ".($xmarg+$lm-$pointsz*.2-$thickness/2)."pR\n";
+	my $y=$stats->{YMIN};
+	my $factor=0;
+	my $pattern="%.*f";
+	if ($grph{PDECIMALS}->[0] ne '')
+	{
+	    #		$pattern.='%%';
+	    $factor=$grph{PDECIMALS}->[0];
+	}
+	else
+	{
+	    $factor=length($1) if ($stats->{YSTEP}=~m/\.(\d+)$/);
+	}
+	
+	foreach my $j (0..$stats->{YSTEPS})
+	{
+	    $buf.=".sp |\\n[grph]u+".(${ygrph}-$ydiv*$j+$pointsz/4+$topmarg+${tm})."p\n\t".sprintf($pattern,$factor,$y)."\n";
+	    $y+=$stats->{YSTEP};
+	}
+	
+	$buf.="\\m[]\\D't ${thickness}p'\n";
+	
+	if (!$grph{KEYBOX}->[0])
+	{
+	    $buf.=".sp |\\n[grph]u+${pointsz}p+${tm}p\n.in +${xmarg}p+${lm}p+6p\n";
+	    foreach my $i (0..scalar(@{$stats->{NAME}})-1)
+	    {
+		next if !defined($stats->{NAME}->[$i]);
+		my $s=($i % 6)+1;
+		if ($stats->{BAR}->[$i])
+		{
+		    $buf.="\\v'-".($pointsz*.4)."p'\\h'-${thick}p'\\Z!\\M[$grph{SCOLOURS}->[$i]]\\v'-${thick}p'\\D'P ${thick2}p 0 0 ${thick2}p -${thick2}p 0'!\\h'${thick2}p'\\v'".($pointsz*.4)."p'\\~$stats->{NAME}->[$i]\\0\\M[]\n";
+		}
+		else
+		{
+		    my $symsize=2;
+		    $buf.="\\Z'\\D't 2p'\\m[$grph{SCOLOURS}->[$i]DK]'"; 
+		    $buf.="\\v'-".($pointsz*.4)."p'\\D'l ".(${symsize}*4)."p 0p'\\Z'\\h'-".(${symsize}*2)."p'\\m[]\\*[series$s]'\\v'".($pointsz*.4)."p'\\~$stats->{NAME}->[$i]\\h'".(${symsize}*2)."p'\n";
+		}
+	    }
+	}
+	else
+	{
+	    my $marg=$symsize*4;
+	    
+	    my $boxlabels=join("\t",@{$grph{BOXLABELS}});
+	    my $boxheads=join("\t",@{$grph{BOXHEADS}});
+	    my $boxtabs=join(' ',@{$grph{BOXTABS}});
+	    
+	    $buf.=".fl\n.vs 0\n.sp |\\n[GRP:mk]u+$grph{BOXFRAME}->[1]p\n.in +$grph{BOXFRAME}->[0]p\n.ta $boxtabs\n.vs $grph{VS}->[0]p\n.in +(1m+4p)\n\\fB$boxheads\\fP\n.sp -.2\n.in -(1m+4p)\n";
+	    
+	    # 			$buf.=".in +".($fldk->{THICKNESS}->{LEFT}*.5)."p\n.sp -1v\n.sp $fldk->{INDENT}->{TOP}p\n.ll +$fldk->{POSITION}->{WIDTH}p\n";
+	    foreach my $i (0..scalar(@{$stats->{NAME}})-1)
+	    {
+		next if !defined($stats->{NAME}->[$i]);
+		my $s=($i % 6)+1;
+		$buf.="\\v'-".($pointsz*.4)."p'\\D'l ".(${symsize}*4)."p 0p'\\Z'\\h'-".(${symsize}*2)."p'\\*[series$s]'\\v'".($pointsz*.4)."p'\\~\\c\n";
+		$buf.=".in +${marg}p\n.sp -1\n$stats->{NAME}->[$i]\\h'".(${symsize}*2)."p'\n.in -${marg}p\n";
+	    }
+	}
+    }
+    
+    $buf.=".fl\n.ev\n";
+    ###	$srcur=undef;
+    # 	outbuf($buf);
+}
+
+sub d2
+{
+    return sprintf("%.2f",$_[0]);
+}
+
+sub Swap
+{
+    my $v1=shift;
+    my $v2=shift;
+    
+    my $t=$$v1;
+    $$v1=$$v2;
+    $$v2=$t;
+}
diff --git a/bin/custom b/bin/custom
new file mode 100755
index 0000000..032cb03
--- /dev/null
+++ b/bin/custom
@@ -0,0 +1,57 @@
+#!/bin/sh
+
+# From a single byte in hexadecimal per line to lines ending with 0a
+# (hex for '\n'). Ex: 61 62 63 0a
+# Required to easily match (and remove) multi-byte characters.
+regroup_lines() awk '
+	BEGIN {
+		line_start=1
+	}
+
+	{
+		if (line_start == 1)
+			line = $1;
+		else
+			line = line " " $1;
+
+		line_start = 0;
+		if ($1 == "0a") {
+			print line;
+			line_start = 1
+		}
+	}
+
+	END {
+		if (line_start == 0)
+			print line
+	}
+	'
+
+uppercase()                   tr "[a-z]" "[A-Z]"
+
+# One column decimal to plain text.
+from_dec()                    awk '{ printf ("%c", $1 + 0) }'
+
+# Replace spaces by line returns, outputs a single column.
+spaces_to_line_returns()      tr " " "\n"
+
+# Convert input into hexadecimal and a single byte per line.
+to_hex_one_column() { od -An -tx1 | awk '{for(i=1;i<=NF;i++){ print $i }}'; }
+
+# One column hexa to one column decimal.
+hex_to_dec() { { echo "obase=10;ibase=16;" ; cat ; } | bc ; }
+
+# Reverse hexadecimal (with space separators) to original value.
+from_hex() { spaces_to_line_returns | uppercase | hex_to_dec | from_dec; }
+
+# Replace unbreakable spaces by '\ '.
+replace_unbreakable_spaces()    sed "s/c2 a0/5c 20/g"
+
+custom_mods(){
+	to_hex_one_column | # Input to hexadecimal, 1-byte representation per line.
+		regroup_lines | # From 1-byte to x-byte lines with space separators.
+		replace_unbreakable_spaces | # Replace unbreakable spaces by '\ '.
+		from_hex # Convert back from hex (x-byte per line, space separator).
+}
+
+custom_mods
diff --git a/histoire-de-ta-bêtise.ms b/histoire-de-ta-bêtise.ms
index e726983..b58872d 100644
--- a/histoire-de-ta-bêtise.ms
+++ b/histoire-de-ta-bêtise.ms
@@ -1,5 +1,6 @@
 .so macros.ms
 .so book-summary-macros.ms
+.mso fr.tmac
 .TITLE Histoire de ta bêtise
 .AUTHOR François Bégaudeau
 .SUMMARIZED_BY_FR Philippe Pittoli
@@ -87,6 +88,61 @@ J'ajoute volontiers que ce délire s'est désormais répandu à bien des milieux
 Ce besoin de tout voir sur un prisme moral, devoir se positionner pour ou contre des idées, une vraie immaturité émotionnelle.
 .FOOTNOTE2
 
+La bourgoisie matraque les prolo, mais absorbe le situationnisme, un million de migrants pour l'Allemagne pour sauver sa démographie, le management collaboratif pour absorber la délibération égalitaire, etc.
+La liste des récupérations est longue.
+Les discours subversifs sont infantilisés, en les mettant en scène pour les humilier.
+Parce que le prolo fait peur, le bourgeois devient « patriarche cool » et donne congés payés, allocations chômage, bourses scolaires, soins.
+Tout ça pour cacher que le système a des cadences laborieuses, énormément de chômage, une ségrégation scolaire, des métiers qui meurtrissent.
+Mais comme le travail ne crée plus autant de marges, on taxe davantage le travail, le coût de la vie augmente pour nourrir la marge du bourgeois.
+En page 65, Bégaudeau annonce la couleur : dès que l'on rentre dans une phase difficile économiquement, le bourgeois devient complètement libéral, passe à
+.I "En Marche"
+et met de côté le Parti Socialiste qui n'était qu'une
+.B névrose .
+
+Page 66, référence à Coluche : le travailleur pauvre c'est pas plus mal que si c'était pire.
+
+Page 68, critique de l'hypocrisie.
+Plan social, sauvegarde de l'emploi => licenciement.
+Restructuration => compression de personnel.
+Modernisation => privatisation.
+Le bourgeois pense parfois sincèrement ses conneries, par conséquent même quand il ne ment pas, il paraît creux.
+Aussi, on parle davantage de l'esthétique bourgeois que du fond, peut-être que l'hypocrisie serait trop flagrante.
+
+Page 80, Bégaudeau parle de Vanessa Paradis, qui n'est pas connue pour ses œuvres pas-si-mémorables, mais parce qu'elle apparaît dans plus de 150 couvertures de magazines.
+Elle est « connue pour être célèbre ».
+Les magazines ne reflètent pas sa notoriété, ils la crée de toute pièce\*[*].
+.FOOTNOTE1
+Et ceci me fait fortement penser à Macron.
+.FOOTNOTE2
+
+Tout au long du livre, Bégaudeau rappelle que l'art est tout autant apprécié qu'il raconte quelque chose sur nous-même.
+On apprécie une œuvre autant qu'on s'apprécie nous-même aimant cette œuvre.
+
+Page 82, Bégaudeau est visionnaire : il a déjà capté qu'on allait conditionner les salaires des profs à leur mérite, à leurs performances, tout simplement parce qu'il est insupportable pour les bourgeois qu'une personne touche un salaire simplement pour faire leur travail (plutôt que pour se soumettre à la volonté de quelqu'un, je suppose).
+La valeur d'un geste doit être liée à une valeur marchande, sinon il ne la voit pas, il ne comprend pas.
+Le bourgeois ne voit d'ailleurs plus que le commerce, et son monde devient flou : le sourire de la boulangère est-il sincère ou est-ce un argument de vente\*[*] ?
+.FOOTNOTE1
+Cela rappelle fortement le livre
+.I "Religion poisons everything" " »." "« "
+.FOOTNOTE2
+
+Page 95 : Macron n'est pas moderne, il est neuf.
+Très juste.
+
+Page 100 : le bourgeois a peur des extrêmes, lui est dans la nuance.
+Sauf bien évidemment pour parler des extrêmes, qui sont extrêmes de manière absolue.
+Ou bien du fait qu'un patron soit nécessaire et doive gagner plus que ses employés.
+Ou encore que la sortie de l'euro provoquera une troisième guerre mondiale.
+Bien entendu, il faut réduire les dépenses publiques.
+Bien entendu également, la France est une démocratie, etc\*[*].
+.FOOTNOTE1
+Fait intéressant, Bégaudeau parlait déjà en janvier 2019 des vaccins, en disant que toute remise en cause tenait forcément du complotisme pour un petit bourgeois.
+Je trouve cela assez juste, dans la mesure où se poser simplement la question est mal vu quand bien même la conclusion après une étude rationnelle de la situation amènerait à vouloir un statu quo, c'est-à-dire à être d'accord avec leur usage tel qu'il est fait actuellement.
+Le simple fait de poser une question est déjà presque réprimandé, et c'est un problème.
+.FOOTNOTE2
+Bref, pour quelqu'un de modéré, il y a comme des absolus indépassables, qui ne peuvent être remis en question, qui ne peuvent même pas être discutés.
+Pour quelqu'un qui se dit modéré, cela fait un peu tâche.
+
 .SECTION Expressions vides de sens
 .PARAGRAPH_INDENTED
 Bégaudeau critique les expressions toutes faites, sans substance, qui tentent d'attaquer ou diminuer un point de vue.
@@ -135,6 +191,14 @@ Ce passage montre son point de vue, et c'est un peu tout.
 Autre exemple, à un moment il parle du racisme engendré par le capitalisme.
 Autant la prédation du libéralisme me semble évidente, autant le racisme du capitalisme beaucoup moins.
 
+Page 66 à 67, Bégaudeau parle des attentats de 2015, le fait que si on parle de « banlieue islamiste » c'est forcément pour parler des « arabes ».
+Pour lui, se désolidariser des islamistes et dire fermement qu'on ne veut pas de ça parce qu'on s'attaque à nos valeurs, c'est en réalité être raciste.
+Je ne suis pas d'accord, je pense que c'est un faux dilemme un peu ridicule.
+Il va même jusqu'à dire qu'on ne considérerait pas le français qui ne boit pas comme un français, ce qui est complètement abusé selon moi.
+La culture islamiste, on voit quand même à quoi ça ressemble (voile intégral pour les femmes, interdiction de la musique, etc.), et tu n'es pas islamiste-compatible juste parce que tu ne bois pas.
+C'est quand même dommage d'avoir un livre par ailleurs plutôt lucide et modéré pour se vautrer dans des avis tranchés d'une façon aussi absurde.
+Tout comme, page 75, il parle de communautarisme (sous-entendu presque racial) du bourgeois, qui préférerait presque être métisse pour moins qu'on reconnaisse son milieu très fermé : la formulation est au moins maladroite.
+
 .SECTION Conclusion
 .PARAGRAPH_INDENTED
 À plusieurs reprise Bégaudeau rappelle l'hypocrisie ambiante.
diff --git a/macros.ms b/macros.ms
index 71021ad..e2bf766 100644
--- a/macros.ms
+++ b/macros.ms
@@ -18,6 +18,7 @@ accumulate
 .defcolor darkblue  rgb 0.3 0.3 0.7
 .defcolor darkred   rgb 0.7 0.3 0.3
 .defcolor black     rgb 0 0 0
+.defcolor color_box rgb 1 1 .6
 .
 . \" with semantic
 .defcolor citation       rgb 0.4 0.4 0.4
@@ -25,6 +26,7 @@ accumulate
 .defcolor explanation    rgb 0.7 0.4 0.4
 .defcolor explanationbar rgb 0.8 0.3 0.3
 .
+.defcolor specialcolor_command     rgb 0.7 0.3 0.3
 .defcolor specialcolor_type        rgb 0.6 0.3 0.5
 .defcolor specialcolor_constructor rgb 0.1 0.5 0.2
 .defcolor specialcolor_module      rgb 0.1 0.5 0.2
@@ -34,6 +36,7 @@ accumulate
 .defcolor specialcolor_shine       rgb 0.3 0.3 0.7
 .
 . \" SIZES
+.nr specialsize_command     10
 .nr specialsize_type        8
 .nr specialsize_constructor 8
 .nr specialsize_module      8
@@ -43,6 +46,7 @@ accumulate
 .nr specialsize_shine       11
 .
 . \" FONTS
+.ds specialfont_command     CW
 .ds specialfont_type        CW
 .ds specialfont_constructor CW
 .ds specialfont_module      CW
@@ -165,8 +169,14 @@ accumulate
 .
 .
 .de FRAC
+.ie '\\$3'' \{\
 \v'-.7m\s[\\n(.s*6u/10u]+.7m'\\$1\v'-.7m\s0+.7m'\
 \(f/\s[\\n(.s*6u/10u]\\$2\s0
+\}
+.el \{\
+\v'-.7m\s[\\n(.s*6u/10u]+.7m'\\$1\v'-.7m\s0+.7m'\
+\(f/\s[\\n(.s*6u/10u]\\$2\s0\\$3
+\}
 ..
 .de FOOTNOTE_TO_COLUMN_WIDTH
 .nr pg@fn-colw \\n[pg@colw]   \" footnotes' column width
@@ -187,6 +197,7 @@ accumulate
 . \" Fonts and colors.
 .
 .de SPECIAL_WORDS
+.ie !'\\$3'' \\$3\c
 .nr current_size \\n[.s]  \" Current point size.
 .gcolor specialcolor_\\*[semantictoken]
 .
@@ -220,39 +231,40 @@ accumulate
 .b2
 ..
 .de COMMANDNAME
-.I "\\$1" "\\$2"
+.ds semantictoken command
+.SPECIAL_WORDS \\$@
 ..
 .de FUNCTION
 .ds semantictoken function
-.SPECIAL_WORDS "\\$1" "\\$2"
+.SPECIAL_WORDS \\$@
 ..
 .de TYPE
 .ds semantictoken type
-.SPECIAL_WORDS "\\$1" "\\$2"
+.SPECIAL_WORDS \\$@
 ..
 .de TYPECLASS
 .I "\\$1" "\\$2"
 ..
 .de OPERATOR
 .ds semantictoken operator
-.SPECIAL_WORDS "\\$1" "\\$2"
+.SPECIAL_WORDS \\$@
 ..
 .de QUESTION
 .ds semantictoken question
-.SPECIAL_WORDS "\\$1" "\\$2"
+.SPECIAL_WORDS \\$@
 \h'5p'
 ..
 .de CONSTRUCTOR
 .ds semantictoken constructor
-.SPECIAL_WORDS "\\$1" "\\$2"
+.SPECIAL_WORDS \\$@
 ..
 .de MODULE
 .ds semantictoken module
-.SPECIAL_WORDS "\\$1" "\\$2"
+.SPECIAL_WORDS \\$@
 ..
 .de SHINE
 .ds semantictoken shine
-.SPECIAL_WORDS "\\$1" "\\$2"
+.SPECIAL_WORDS \\$@
 ..
 .de MODULEX
 .MODULE \\$1 ,
@@ -397,3 +409,26 @@ Compilé pour la dernière fois le
 .de VOCABULARY2
 .KE
 ..
+.
+.
+.de HIGHLIGHT
+.
+.  nr @wd \w'\\$1'
+.  nr x1 0
+.  nr y1 (\\n[rst]u - \\n[rsb]u + .4m)
+.  nr x2 (\\n[@wd]u + .4m)
+.  nr y2 0
+.  nr x3 0
+.  nr y3 (\\n[rst]u - \\n[rsb]u + .4m)
+.  nr x4 (\\n[@wd]u + .4m)
+.  nr y4 0
+.
+\h'.2m'\
+\h'-.2m'\v'(.2m - \\n[rsb]u)'\
+\M[color_box]\
+\D'P \\n[x1] -\\n[y1]u \\n[x2]u \\n[y2]u \\n[x3]u \\n[y3]u -\\n[x4]u \\n[y4]u '\
+\h'.2m'\v'-(.2m - \\n[rsb]u)'\
+\M[]\
+\\$1\
+\h'.2m'
+..