B. Jackowski, J. M. Nowacki, et al.

TEX Gyre AdventorTHE TECHNICAL DOCUMENTATION OF THE FONT

The technical documentation of TEX Gyre Adventor, page 2

Welcome to the TEX Gyre ProjectThe text below is a slightly modified small excerpt from the article “The New Font Project: TEX Gyre” by Hans Hagen, NTG, Jerzy Lud-wichowski, GUST, and Volker RW Schaa, DANTE e.V. ( http://www.gust.org.pl/projects/e-foundry/tex-gyre/tb87hagen-gyre.pdf ).The article was written in 2006. It presents in detail the origin and scope of the TEX Gyre Project, as well as the then existing plansfor its future.

The TEX Gyre Project is a brainchild of Hans Hagen, triggered mainly by the very good receptionof the Latin Modern (LM) font project by the TEX community.The aim is to prepare a set of families of fonts, where each font comprises a broad repertoireof Latin diacritical characters, based on the freely available good quality fonts distributed withGhostscript. The main transformation will be an “LM-ization” of the fonts, i.e., providing as manydiacritical characters per font as were prepared for the Latin Modern font package (ca. 400diacritical characters, total—nearly 1200) with the aim to cover all European languages as wellas some non-European ones (Vietnamese, Navajo).The idea was suggested by the pdfTEX development team. Their proposal triggered a lively dis-cussion by an informal group of representatives of several TEX user groups—notably Karl Berry(TUG), Hans Hagen (NTG), Jerzy Ludwichowski (GUST), Volker RW Schaa (DANTE)—who sug-gested that we should approach this project as a research, technical and implementationteam, and promised their help in taking care of promotion, integration, supervising and financ-ing.Since the character sets provided are to be (almost) identical, such “LM-ized” fonts shouldwork with all the TEX packages that the LM fonts work with, which will ease their integrationand adoption. The results will be distributed, like the LM fonts, in the form of PostScript Type 1fonts, OpenType fonts, MetaType1 sources and the supporting TEX machinery.We emphasize that the preparing of fonts in the OpenType format is an important aspect ofthe project. OpenType fonts are becoming more and more popular, they are Unicode-based,can be used on various platforms and claim to be a replacement for Type 1 and TrueTypefonts. Moreover, Type 1 fonts were declared obsolete by Adobe a few years ago.Since the TFM format is restricted to 256 distinct character widths, it will still be necessary toprepare multiple metric and encoding files for each font. We look forward to an extended TFMformat which will lift this restriction and, in conjunction with Open-Type, simplify delivery andusage of fonts with TEX. We especially look forward to assistance from pdfTEX users, becausethe pdfTEX team is working on the implementation on the support for OpenType fonts.An important consideration from Hans Hagen: “In the end, even Ghostscript will benefit, soI can even imagine those fonts ending up in the Ghostscript distribution.”

A coverage noteAs was said before, the TEX Gyre project, following the Latin Modern project, aims at providinga rich collection of diacritical characters in the attempt to cover as many Latin-based scriptsas possible. To our knowledge, the repertoire of characters covers all European languagesas well as some other Latin-based alphabets such as Vietnamese and Navajo. We have fre-quently used the information presented by Michael Everson at the “The Alphabets of Europe”( http://www.evertype.com/alphabets/ ) web site. If you know about European languagesthat are not covered completely or if some glyphs have apparently wrong shapes—pleaselet us know.Although we provide Greek glyphs, it should be stressed that they bear only a provisional char-acter. That said, we hope to be able to improve the situation in one of the later stages ofdevelopment.

The technical documentation of TEX Gyre Adventor, page 3

OpenType Layout features found in TEX Gyre Adventorscript = ’DFLT’language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

script = ’cyrl’language = features = ’liga’ ’size’

script = ’latn’language = ’AZE ’features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = ’CRT ’features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = ’MOL ’features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’locl’ ’onum’ ’pnum’ ’salt’ ’smcp’’ss01’ ’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = ’NLD ’features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = ’PLK ’features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = ’ROM ’features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’locl’ ’onum’ ’pnum’ ’salt’ ’smcp’’ss01’ ’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = ’TRK ’features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

The technical documentation of TEX Gyre Adventor, page 4

language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

language = features = ’aalt’ ’c2sc’ ’ccmp’ ’dlig’ ’frac’ ’liga’ ’lnum’ ’onum’ ’pnum’ ’salt’ ’smcp’ ’ss01’’ss02’ ’ss03’ ’ss04’ ’ss10’ ’tnum’ ’zero’ ’cpsp’ ’kern’ ’mark’ ’mkmk’ ’size’

CS (CS TUG), ‘cs-’EC (Cork aka T1), ‘ec-’L7x (Lithuanian), ‘l7x-’RM (‘‘regular math’’), ‘rm-’QX (GUST), ‘qx-’T5 (Vietnamese), ‘t5-’TEX’n’ANSI, (aka LY1 aka Y&Y), ‘texnansi-’TS1 (text companion), ‘ts1-’.

All encodings listed above but TS1 have a small caps companion variant,marked with posfix ‘-sc’.

Supported Unicode Blocks0020--007F Basic Latin00A0--00FF Latin-1 Supplement0100--017F Latin Extended-A0180--024F Latin Extended-B0250--02AF IPA Extensions02B0--02FF Spacing Modifier Letters0300--036F Combining Diacritical Marks0370--03FF Greek and Coptic0E00--0E7F Thai1E00--1EFF Latin Extended Additional2000--206F General Punctuation20A0--20CF Currency Symbols20D0--20FF Combining Diacritical Marks for Symbols2100--214F Letterlike Symbols2190--21FF Arrows2200--22FF Mathematical Operators2300--23FF Miscellaneous Technical2400--243F Control Pictures2500--257F Box Drawing2580--259F Block Elements25A0--25FF Geometric Shapes2600--26FF Miscellaneous Symbols2700--27BF Dingbats27F0--27FF Supplemental Arrows-A2900--297F Supplemental Arrows-B3000--303F CJK Symbols and PunctuationE000--F8FF Private Use AreaFB00--FB4F Alphabetic Presentation Forms

Supported Windows Code PagesIBM775 (Baltic -- DOS)IBM852 (Central European, Latin 2 -- DOS)IBM857 (Turkish -- DOS)

The technical documentation of TEX Gyre Adventor, page 5

IBM860 (Portuguese -- DOS)IBM861 (Icelandic -- DOS)IBM863 (French Canadian -- DOS)IBM865 (Nordic -- DOS)Windows-1250 (Central European -- Windows)Windows-1252 (Western European, Latin 1 -- Windows)Windows-1254 (Turkish -- Windows)Windows-1257 (Baltic -- Windows)Windows-1258 (Vietnamese -- Windows)Macintosh (Western European -- Mac)

TEX Gyre Adventor Families"TeX Gyre Adventor" -> 0369μ OThamburgefionst

"TeX Gyre Adventor/B" -> 0369μ OThamburgefionst"TeX Gyre Adventor/BI" -> 0369μ OThamburgefionst

"TeX Gyre Adventor:+smcp" -> 0369μ OThamburgefionst"TeX Gyre Adventor/I:+smcp" -> 0369μ OThamburgefionst"TeX Gyre Adventor/B:+smcp" -> 0369μ OThamburgefionst

"TeX Gyre Adventor/BI:+smcp" -> 0369μ OThamburgefionst

Examples of the OTF features of TEX Gyre Adventor"TeX Gyre Adventor:-cpsp" / "WARSZAWA VAT" -> WARSZAWA VAT"TeX Gyre Adventor:+cpsp" / "WARSZAWA VAT" -> WARSZAWA VAT"TeX Gyre Adventor:-kern" / "WARSZAWA VAT" -> WARSZAWA VAT"TeX Gyre Adventor:+kern" / "WARSZAWA VAT" -> WARSZAWA VAT

"TeX Gyre Adventor:+c2sc" / "1234 ABC abcflffi" -> 1234 abc abcflffi"TeX Gyre Adventor:+tnum" / "0123456789 ABC abc" -> 0123456789 ABC abc"TeX Gyre Adventor:+pnum" / "0123456789 ABC abc" -> 0123456789 ABC abc"TeX Gyre Adventor:+onum" / "0123456789 ABC abc" -> 0123456789 ABC abc

"TeX Gyre Adventor:+zero" / "01234 ABC abc" -> 01234 ABC abc"TeX Gyre Adventor:+frac" / "01/23/4 ABC abc" -> 0½¾ ABC abc

"TeX Gyre Adventor/I:-ss10" / "a=f(x)+g[y]−{z}" -> a=f(x)+g[y]−{z}"TeX Gyre Adventor/I:+ss10" / "a=f(x)+g[y]−{z}" -> a=f(x)+g[y]−{z}"TeX Gyre Adventor:-salt" / "Ī ī ε π φ θ ¶ ® ©" -> Ī ī ε π φ θ ¶ ® ©"TeX Gyre Adventor:+salt" / "Ī ī ε π φ θ ¶ ® ©" -> Ī ī ϵ ϖ ϕ ϑ ¶ ® ©

"TeX Gyre Adventor" / "\char"015E \char"015F" -> Ş ş"TeX Gyre Adventor:language=ROM,+locl" / "\char"015E \char"015F" -> Ș ș

The technical documentation of TEX Gyre Adventor, page 6

The repertoire of glyphs of TEX Gyre Adventor (OTF)Each subcolumn contains: unicode number (if present, i.e., starting from the section no. 1, “Standard low

unicodes 0020 . . 007E), glyphs from the OTF files in all variants, the OTF name or the OTF name placed

above the Type 1 name (if they differ). The OTF names of glyphs present in the Type 1 files but missing (for

various reasons) from the respective OTF files are marked with three dashes, ---. Their forms are not shown.

This situation should not be confused with the situation when the relevant glyphs are just blank (invisible)

characters, e.g., glyphs 2000 . . 200D.

0. No unicodes

Aogonekacute

aogonekacute

@ @ @ @ at.alt¢ ¢ ¢ ¢ cent.oldstyle

commaaccentcomb.crn

commaaccentcomb.trn

copyleft

© © © © copyright.altdied

$ $ $ $ dollar.oldstyledotlessiogonek

Eogonekacute

eogonekacute

fk fk fk fk f_k⁄ ⁄ ⁄ ⁄ fraction.altH̃ H̃ H̃ H̃ H_uni0303h̃ h̃ h̃ h̃ h_uni0303- - - - hyphen.alt- - - - hyphen.prop

hyphendbl.alt

Ī Ī Ī Ī Imacron.altī ī ī ī imacron.alt

Iogonekacute

iogonekacute

J̌ J̌ J̌ J̌ J_uni030CJacute

jacute

L̃ L̃ L̃ L̃ L_uni0303l̃ l̃ l̃ l̃ l_uni0303

leaf

¯ ¯ ¯ ¯ macron.altOogonekacute

oogonekacute

Orogate

orogate

¶ ¶ ¶ ¶ paragraph.alt

perthousandzero® ® ® ® registered.alt

suppressT̃ T̃ T̃ T̃ T_uni0303t̃ t̃ t̃ t̃ t_uni0303T̈ T̈ T̈ T̈ T_uni0308 threequartersemdash

tieaccentcapitaltieaccentcapital.newtieaccentlowercase.new

U̯ U̯ U̯ U̯ U_uni032Fu̯ u̯ u̯ u̯ u_uni032F

̀ ̀ ̀ ̀ uni0300.caṕ ́ ́ ́ uni0301.cap̂ ̂ ̂ ̂ uni0302.cap̃ ̃ ̃ ̃ uni0303.cap̄ ̄ ̄ ̄ uni0304.cap̆ ̆ ̆ ̆ uni0306.caṗ ̇ ̇ ̇ uni0307.cap̈ ̈ ̈ ̈ uni0308.cap̉ ̉ ̉ ̉ uni0309.cap̊ ̊ ̊ ̊ uni030A.cap̋ ̋ ̋ ̋ uni030B.cap̌ ̌ ̌ ̌ uni030C.cap̏ ̏ ̏ ̏ uni030F.cap̑ ̑ ̑ ̑ uni0311.cap

0 0 0 0 zero.oldstyle0 0 0 0 zero.prop0 0 0 0 zero.slash0 0 0 0 zero.taboldstyle1 1 1 1 one.oldstyle1 1 1 1 one.prop1 1 1 1 one.taboldstyle2 2 2 2 two.oldstyle2 2 2 2 two.prop2 2 2 2 two.taboldstyle

The technical documentation of TEX Gyre Adventor, page 7

3 3 3 3 three.oldstyle3 3 3 3 three.prop3 3 3 3 three.taboldstyle4 4 4 4 four.oldstyle4 4 4 4 four.prop4 4 4 4 four.taboldstyle5 5 5 5 five.oldstyle5 5 5 5 five.prop5 5 5 5 five.taboldstyle6 6 6 6 six.oldstyle6 6 6 6 six.prop6 6 6 6 six.taboldstyle7 7 7 7 seven.oldstyle7 7 7 7 seven.prop7 7 7 7 seven.taboldstyle8 8 8 8 eight.oldstyle8 8 8 8 eight.prop8 8 8 8 eight.taboldstyle9 9 9 9 nine.oldstyle9 9 9 9 nine.prop9 9 9 9 nine.taboldstyle

a a a a a.scá á á á aacute.scă ă ă ă abreve.scắ ắ ắ ắ abreveacute.scặ ặ ặ ặ abrevedotbelow.scằ ằ ằ ằ abrevegrave.scẳ ẳ ẳ ẳ abrevehookabove.scẵ ẵ ẵ ẵ abrevetilde.scǎ ǎ ǎ ǎ acaron.scâ â â â acircumflex.scấ ấ ấ ấ acircumflexacute.scậ ậ ậ ậ acircumflexdotbelow.scầ ầ ầ ầ acircumflexgrave.scẩ ẩ ẩ ẩ acircumflexhookabove.scẫ ẫ ẫ ẫ acircumflextilde.scȁ ȁ ȁ ȁ adblgrave.scä ä ä ä adieresis.scạ ạ ạ ạ adotbelow.scæ æ æ æ ae.scǽ ǽ ǽ ǽ aeacute.scà à à à agrave.scả ả ả ả ahookabove.scā ā ā ā amacron.sc

ą ą ą ą aogonek.scaogonekacute.sc

å å å å aring.scǻ ǻ ǻ ǻ aringacute.scã ã ã ã atilde.scb b b b b.scc c c c c.scć ć ć ć cacute.scč č č č ccaron.scç ç ç ç ccedilla.scĉ ĉ ĉ ĉ ccircumflex.scċ ċ ċ ċ cdotaccent.scd d d d d.scď ď ď ď dcaron.scđ đ đ đ dcroat.scḍ ḍ ḍ ḍ ddotbelow.scḏ ḏ ḏ ḏ dlinebelow.scı ı ı ı dotlessi.scȷ ȷ ȷ ȷ dotlessj.sce e e e e.scé é é é eacute.scĕ ĕ ĕ ĕ ebreve.scě ě ě ě ecaron.scê ê ê ê ecircumflex.scế ế ế ế ecircumflexacute.scệ ệ ệ ệ ecircumflexdotbelow.scề ề ề ề ecircumflexgrave.scể ể ể ể ecircumflexhookabove.scễ ễ ễ ễ ecircumflextilde.scȅ ȅ ȅ ȅ edblgrave.scë ë ë ë edieresis.scė ė ė ė edotaccent.scẹ ẹ ẹ ẹ edotbelow.scè è è è egrave.scẻ ẻ ẻ ẻ ehookabove.scē ē ē ē emacron.scŋ ŋ ŋ ŋ eng.scę ę ę ę eogonek.sc

eogonekacute.sc

ɘ ɘ ɘ ɘ ereversed.scð ð ð ð eth.scẽ ẽ ẽ ẽ etilde.scǝ ǝ ǝ ǝ eturned.scf f f f f.sc

The technical documentation of TEX Gyre Adventor, page 8

g g g g g.scǵ ǵ ǵ ǵ gacute.scğ ğ ğ ğ gbreve.scǧ ǧ ǧ ǧ gcaron.scĝ ĝ ĝ ĝ gcircumflex.scģ ģ ģ ģ gcommaaccent.scġ ġ ġ ġ gdotaccent.scß ß ß ß germandbls.sch h h h h.sch̃ h̃ h̃ h̃ h_uni0303.scħ ħ ħ ħ hbar.scḫ ḫ ḫ ḫ hbrevebelow.scĥ ĥ ĥ ĥ hcircumflex.scḧ ḧ ḧ ḧ hdieresis.scḥ ḥ ḥ ḥ hdotbelow.sci i i i i.scí í í í iacute.scĭ ĭ ĭ ĭ ibreve.scǐ ǐ ǐ ǐ icaron.scî î î î icircumflex.scȉ ȉ ȉ ȉ idblgrave.scï ï ï ï idieresis.scḯ ḯ ḯ ḯ idieresisacute.sc

idotaccent.sc

ị ị ị ị idotbelow.scì ì ì ì igrave.scỉ ỉ ỉ ỉ ihookabove.scī ī ī ī imacron.alt.scī ī ī ī imacron.scį į į į iogonek.sc

iogonekacute.sc

ĩ ĩ ĩ ĩ itilde.scj j j j j.sc

jacute.sc

ǰ ǰ ǰ ǰ jcaron.scĵ ĵ ĵ ĵ jcircumflex.sck k k k k.scķ ķ ķ ķ kcommaaccent.scl l l l l.scl̃ l̃ l̃ l̃ l_uni0303.scĺ ĺ ĺ ĺ lacute.scľ ľ ľ ľ lcaron.scļ ļ ļ ļ lcommaaccent.scŀ ŀ ŀ ŀ ldot.sc

ḷ ḷ ḷ ḷ ldotbelow.scḹ ḹ ḹ ḹ ldotbelowmacron.scł ł ł ł lslash.scm m m m m.scṃ ṃ ṃ ṃ mdotbelow.scn n n n n.scń ń ń ń nacute.scň ň ň ň ncaron.scņ ņ ņ ņ ncommaaccent.scṅ ṅ ṅ ṅ ndotaccent.scṇ ṇ ṇ ṇ ndotbelow.scñ ñ ñ ñ ntilde.sco o o o o.scó ó ó ó oacute.scŏ ŏ ŏ ŏ obreve.scǒ ǒ ǒ ǒ ocaron.scô ô ô ô ocircumflex.scố ố ố ố ocircumflexacute.scộ ộ ộ ộ ocircumflexdotbelow.scồ ồ ồ ồ ocircumflexgrave.scổ ổ ổ ổ ocircumflexhookabove.scỗ ỗ ỗ ỗ ocircumflextilde.scȍ ȍ ȍ ȍ odblgrave.scö ö ö ö odieresis.scọ ọ ọ ọ odotbelow.scœ œ œ œ oe.scò ò ò ò ograve.scỏ ỏ ỏ ỏ ohookabove.scơ ơ ơ ơ ohorn.scớ ớ ớ ớ ohornacute.scợ ợ ợ ợ ohorndotbelow.scờ ờ ờ ờ ohorngrave.scở ở ở ở ohornhookabove.scỡ ỡ ỡ ỡ ohorntilde.scő ő ő ő ohungarumlaut.scō ō ō ō omacron.scǫ ǫ ǫ ǫ oogonek.sc

oogonekacute.scorogate.sc

ø ø ø ø oslash.scǿ ǿ ǿ ǿ oslashacute.scõ õ õ õ otilde.scp p p p p.scq q q q q.scr r r r r.sc

The technical documentation of TEX Gyre Adventor, page 9

ŕ ŕ ŕ ŕ racute.scř ř ř ř rcaron.scŗ ŗ ŗ ŗ rcommaaccent.scȑ ȑ ȑ ȑ rdblgrave.scṙ ṙ ṙ ṙ rdotaccent.scṛ ṛ ṛ ṛ rdotbelow.scṝ ṝ ṝ ṝ rdotbelowmacron.scs s s s s.scś ś ś ś sacute.scš š š š scaron.scş ş ş ş scedilla.scŝ ŝ ŝ ŝ scircumflex.scṣ ṣ ṣ ṣ sdotbelow.sct t t t t.sct̃ t̃ t̃ t̃ t_uni0303.scť ť ť ť tcaron.scţ ţ ţ ţ tcedilla.scẗ ẗ ẗ ẗ tdieresis.scṭ ṭ ṭ ṭ tdotbelow.scþ þ þ þ thorn.scṯ ṯ ṯ ṯ tlinebelow.scu u u u u.scú ú ú ú uacute.scŭ ŭ ŭ ŭ ubreve.sc

ubrevebelowinverted.sc

ǔ ǔ ǔ ǔ ucaron.scû û û û ucircumflex.scȕ ȕ ȕ ȕ udblgrave.scü ü ü ü udieresis.scǘ ǘ ǘ ǘ udieresisacute.scǚ ǚ ǚ ǚ udieresiscaron.scǜ ǜ ǜ ǜ udieresisgrave.scụ ụ ụ ụ udotbelow.scù ù ù ù ugrave.scủ ủ ủ ủ uhookabove.scư ư ư ư uhorn.scứ ứ ứ ứ uhornacute.scự ự ự ự uhorndotbelow.scừ ừ ừ ừ uhorngrave.scử ử ử ử uhornhookabove.scữ ữ ữ ữ uhorntilde.scű ű ű ű uhungarumlaut.scū ū ū ū umacron.scų ų ų ų uogonek.sc

ů ů ů ů uring.scũ ũ ũ ũ utilde.scv v v v v.scw w w w w.scẃ ẃ ẃ ẃ wacute.scŵ ŵ ŵ ŵ wcircumflex.scẅ ẅ ẅ ẅ wdieresis.scẁ ẁ ẁ ẁ wgrave.scx x x x x.scy y y y y.scý ý ý ý yacute.scŷ ŷ ŷ ŷ ycircumflex.scÿ ÿ ÿ ÿ ydieresis.scỵ ỵ ỵ ỵ ydotbelow.scỳ ỳ ỳ ỳ ygrave.scỷ ỷ ỷ ỷ yhookabove.scỹ ỹ ỹ ỹ ytilde.scz z z z z.scź ź ź ź zacute.scž ž ž ž zcaron.scż ż ż ż zdotaccent.scẓ ẓ ẓ ẓ zdotbelow.sc

≈ ≈ ≈ ≈ approxequal.mt* * * * asterisk.mt\ \ \ \ backslash.mt| | | | bar.mt{ { { { braceleft.mt} } } } braceright.mt[ [ [ [ bracketleft.mt] ] ] ] bracketright.mt‖ ‖ ‖ ‖ dblverticalbar.mt÷ ÷ ÷ ÷ divide.mt= = = = equal.mt> > > > greater.mt≥ ≥ ≥ ≥ greaterequal.mt< < < < less.mt≤ ≤ ≤ ≤ lessequal.mt¬ ¬ ¬ ¬ logicalnot.mt− − − − minus.mt∓ ∓ ∓ ∓ minusplus.mt× × × × multiply.mt≠ ≠ ≠ ≠ notequal.mt( ( ( ( parenleft.mt) ) ) ) parenright.mt

The technical documentation of TEX Gyre Adventor, page 10

+ + + + plus.mt± ± ± ± plusminus.mt/ / / / slash.mt⩽ ⩽ ⩽ ⩽ uni2A7D.mt⩾ ⩾ ⩾ ⩾ uni2A7E.mt

~ ~ ~ ~ asciitilde.lowtildelow— — — — emdash.alttwelveudashij ij ij ij i_j.scij.scSS SS SS SS S_SGermandbls⋆ ⋆ ⋆ ⋆ star.altbornș ș ș ș uni0219.scscommaaccent.scț ț ț ț uni021B.sctcommaaccent.sc

---hookabove---dotbelow

---acute.cap---acute.dup

---acute.ts1---AE.dup---ae.dup---breve.cap---breve.cyr---breve.cyrcap

---breve.ts1---caron.cap

---caron.ts1---cedilla.dup---circumflex.cap---circumflex.cyr---circumflex.cyrcap---circumflex.dup

---cwm---cwmascender---cwmcapital---dblgrave.ts1---dieresis.cap

---dieresis.dup

---dieresis.ts1---dotaccent.cap---dotlessj.dup

---Gcedilla---gcedilla---germandbls.dup---grave.cap---grave.ts1---hungarumlaut.cap---hungarumlaut.ts1---hyphen.dup

---Kcedilla---kcedilla---Lcedilla---lcedilla---lscript---macron.cap---macron.cap.alt---macron.dup

---macron.ts1---Ncedilla---ncedilla---OE.dup---oe.dup---Oslash.dup---oslash.dup---quotedblbase.ts1---quoteleft.dup---quoteright.dup---quotesinglbase.ts1---quotesingle.ts1

---Rcedilla---rcedilla---ring.cap---space_uni0309.cap

The technical documentation of TEX Gyre Adventor, page 11

---space_uni030A_uni0301---space_uni030A_uni0301.cap---space_uni030F---space_uni030F.cap---space_uni031B

---space_uni0326---space_uni0331---tilde.cap---tilde.dup

1. Standard low unicodes 0020 .. 007E

0020 space0021 ! ! ! ! exclam0022 " " " " quotedbl0023 # # # # numbersign0024 $ $ $ $ dollar0025 % % % % percent0026 & & & & ampersand0027 ' ' ' ' quotesingle0028 ( ( ( ( parenleft0029 ) ) ) ) parenright002A * * * * asterisk002B + + + + plus002C , , , , comma002D - - - - hyphen002E . . . . period002F / / / / slash0030 0 0 0 0 zero0031 1 1 1 1 one0032 2 2 2 2 two0033 3 3 3 3 three0034 4 4 4 4 four0035 5 5 5 5 five0036 6 6 6 6 six0037 7 7 7 7 seven0038 8 8 8 8 eight0039 9 9 9 9 nine003A : : : : colon003B ; ; ; ; semicolon003C < < < < less003D = = = = equal003E > > > > greater003F ? ? ? ? question0040 @ @ @ @ at0041 A A A A A0042 B B B B B

0043 C C C C C0044 D D D D D0045 E E E E E0046 F F F F F0047 G G G G G0048 H H H H H0049 I I I I I004A J J J J J004B K K K K K004C L L L L L004D M M M M M004E N N N N N004F O O O O O0050 P P P P P0051 Q Q Q Q Q0052 R R R R R0053 S S S S S0054 T T T T T0055 U U U U U0056 V V V V V0057 W W W W W0058 X X X X X0059 Y Y Y Y Y005A Z Z Z Z Z005B [ [ [ [ bracketleft005C \ \ \ \ backslash005D ] ] ] ] bracketright005E ^ ^ ^ ^ asciicircum005F _ _ _ _ underscore0060 ` ` ` ` grave0061 a a a a a0062 b b b b b0063 c c c c c0064 d d d d d0065 e e e e e0066 f f f f f

The technical documentation of TEX Gyre Adventor, page 12

0067 g g g g g0068 h h h h h0069 i i i i i006A j j j j j006B k k k k k006C l l l l l006D m m m m m006E n n n n n006F o o o o o0070 p p p p p0071 q q q q q0072 r r r r r

0073 s s s s s0074 t t t t t0075 u u u u u0076 v v v v v0077 w w w w w0078 x x x x x0079 y y y y y007A z z z z z007B { { { { braceleft007C | | | | bar007D } } } } braceright007E ~ ~ ~ ~ asciitilde

2. Standard high unicodes FB00 .. FEFF

FB00 ff ff ff ff f_fffFB01 fi fi fi fi f_ifiFB02 fl fl fl fl f_lfl

FB03 ffi ffi ffi ffi f_f_iffiFB04 ffl ffl ffl ffl f_f_lfflFEFF uniFEFF

3. Standard other unicodes 0080 .. 1D7FF

00A0         uni00A0nbspace00A1 ¡ ¡ ¡ ¡ exclamdown00A2 ¢ ¢ ¢ ¢ cent00A3 £ £ £ £ sterling00A4 ¤ ¤ ¤ ¤ currency00A5 ¥ ¥ ¥ ¥ yen00A6 ¦ ¦ ¦ ¦ brokenbar00A7 § § § § section00A8 ¨ ¨ ¨ ¨ dieresis00A9 © © © © copyright00AA ª ª ª ª ordfeminine00AB « « « « guillemotleft00AC ¬ ¬ ¬ ¬ logicalnot00AD uni00AD00AE ® ® ® ® registered00AF ¯ ¯ ¯ ¯ macron00B0 ° ° ° ° degree00B1 ± ± ± ± plusminus00B2 ² ² ² ² two.superior00B3 ³ ³ ³ ³ three.superior00B4 ´ ´ ´ ´ acute00B5 µ µ µ µ uni00B500B6 ¶ ¶ ¶ ¶ paragraph

00B7 · · · · periodcentered00B8 ¸ ¸ ¸ ¸ cedilla00B9 ¹ ¹ ¹ ¹ one.superior00BA º º º º ordmasculine00BB » » » » guillemotright00BC ¼ ¼ ¼ ¼ onequarter00BD ½ ½ ½ ½ onehalf00BE ¾ ¾ ¾ ¾ threequarters00BF ¿ ¿ ¿ ¿ questiondown00C0 À À À À Agrave00C1 Á Á Á Á Aacute00C2 Â Â Â Â Acircumflex00C3 Ã Ã Ã Ã Atilde00C4 Ä Ä Ä Ä Adieresis00C5 Å Å Å Å Aring00C6 Æ Æ Æ Æ AE00C7 Ç Ç Ç Ç Ccedilla00C8 È È È È Egrave00C9 É É É É Eacute00CA Ê Ê Ê Ê Ecircumflex00CB Ë Ë Ë Ë Edieresis00CC Ì Ì Ì Ì Igrave00CD Í Í Í Í Iacute

The technical documentation of TEX Gyre Adventor, page 13

00CE Î Î Î Î Icircumflex00CF Ï Ï Ï Ï Idieresis00D0 Ð Ð Ð Ð Eth00D1 Ñ Ñ Ñ Ñ Ntilde00D2 Ò Ò Ò Ò Ograve00D3 Ó Ó Ó Ó Oacute00D4 Ô Ô Ô Ô Ocircumflex00D5 Õ Õ Õ Õ Otilde00D6 Ö Ö Ö Ö Odieresis00D7 × × × × multiply00D8 Ø Ø Ø Ø Oslash00D9 Ù Ù Ù Ù Ugrave00DA Ú Ú Ú Ú Uacute00DB Û Û Û Û Ucircumflex00DC Ü Ü Ü Ü Udieresis00DD Ý Ý Ý Ý Yacute00DE Þ Þ Þ Þ Thorn00DF ß ß ß ß germandbls00E0 à à à à agrave00E1 á á á á aacute00E2 â â â â acircumflex00E3 ã ã ã ã atilde00E4 ä ä ä ä adieresis00E5 å å å å aring00E6 æ æ æ æ ae00E7 ç ç ç ç ccedilla00E8 è è è è egrave00E9 é é é é eacute00EA ê ê ê ê ecircumflex00EB ë ë ë ë edieresis00EC ì ì ì ì igrave00ED í í í í iacute00EE î î î î icircumflex00EF ï ï ï ï idieresis00F0 ð ð ð ð eth00F1 ñ ñ ñ ñ ntilde00F2 ò ò ò ò ograve00F3 ó ó ó ó oacute00F4 ô ô ô ô ocircumflex00F5 õ õ õ õ otilde00F6 ö ö ö ö odieresis00F7 ÷ ÷ ÷ ÷ divide00F8 ø ø ø ø oslash00F9 ù ù ù ù ugrave

00FA ú ú ú ú uacute00FB û û û û ucircumflex00FC ü ü ü ü udieresis00FD ý ý ý ý yacute00FE þ þ þ þ thorn00FF ÿ ÿ ÿ ÿ ydieresis0100 Ā Ā Ā Ā Amacron0101 ā ā ā ā amacron0102 Ă Ă Ă Ă Abreve0103 ă ă ă ă abreve0104 Ą Ą Ą Ą Aogonek0105 ą ą ą ą aogonek0106 Ć Ć Ć Ć Cacute0107 ć ć ć ć cacute0108 Ĉ Ĉ Ĉ Ĉ Ccircumflex0109 ĉ ĉ ĉ ĉ ccircumflex010A Ċ Ċ Ċ Ċ Cdotaccent010B ċ ċ ċ ċ cdotaccent010C Č Č Č Č Ccaron010D č č č č ccaron010E Ď Ď Ď Ď Dcaron010F ď ď ď ď dcaron0110 Đ Đ Đ Đ Dcroat0111 đ đ đ đ dcroat0112 Ē Ē Ē Ē Emacron0113 ē ē ē ē emacron0114 Ĕ Ĕ Ĕ Ĕ Ebreve0115 ĕ ĕ ĕ ĕ ebreve0116 Ė Ė Ė Ė Edotaccent0117 ė ė ė ė edotaccent0118 Ę Ę Ę Ę Eogonek0119 ę ę ę ę eogonek011A Ě Ě Ě Ě Ecaron011B ě ě ě ě ecaron011C Ĝ Ĝ Ĝ Ĝ Gcircumflex011D ĝ ĝ ĝ ĝ gcircumflex011E Ğ Ğ Ğ Ğ Gbreve011F ğ ğ ğ ğ gbreve0120 Ġ Ġ Ġ Ġ Gdotaccent0121 ġ ġ ġ ġ gdotaccent0122 Ģ Ģ Ģ Ģ Gcommaaccent0123 ģ ģ ģ ģ gcommaaccent0124 Ĥ Ĥ Ĥ Ĥ Hcircumflex0125 ĥ ĥ ĥ ĥ hcircumflex0126 Ħ Ħ Ħ Ħ Hbar

The technical documentation of TEX Gyre Adventor, page 14

0127 ħ ħ ħ ħ hbar0128 Ĩ Ĩ Ĩ Ĩ Itilde0129 ĩ ĩ ĩ ĩ itilde012A Ī Ī Ī Ī Imacron012B ī ī ī ī imacron012C Ĭ Ĭ Ĭ Ĭ Ibreve012D ĭ ĭ ĭ ĭ ibreve012E Į Į Į Į Iogonek012F į į į į iogonek0130 İ İ İ İ Idotaccent0131 ı ı ı ı dotlessi0132 IJ IJ IJ IJ I_JIJ0133 ij ij ij ij i_jij0134 Ĵ Ĵ Ĵ Ĵ Jcircumflex0135 ĵ ĵ ĵ ĵ jcircumflex0136 Ķ Ķ Ķ Ķ Kcommaaccent0137 ķ ķ ķ ķ kcommaaccent0139 Ĺ Ĺ Ĺ Ĺ Lacute013A ĺ ĺ ĺ ĺ lacute013B Ļ Ļ Ļ Ļ Lcommaaccent013C ļ ļ ļ ļ lcommaaccent013D Ľ Ľ Ľ Ľ Lcaron013E ľ ľ ľ ľ lcaron013F Ŀ Ŀ Ŀ Ŀ Ldot0140 ŀ ŀ ŀ ŀ ldot0141 Ł Ł Ł Ł Lslash0142 ł ł ł ł lslash0143 Ń Ń Ń Ń Nacute0144 ń ń ń ń nacute0145 Ņ Ņ Ņ Ņ Ncommaaccent0146 ņ ņ ņ ņ ncommaaccent0147 Ň Ň Ň Ň Ncaron0148 ň ň ň ň ncaron014A Ŋ Ŋ Ŋ Ŋ Eng014B ŋ ŋ ŋ ŋ eng014C Ō Ō Ō Ō Omacron014D ō ō ō ō omacron014E Ŏ Ŏ Ŏ Ŏ Obreve014F ŏ ŏ ŏ ŏ obreve0150 Ő Ő Ő Ő Ohungarumlaut0151 ő ő ő ő ohungarumlaut0152 Œ Œ Œ Œ OE0153 œ œ œ œ oe0154 Ŕ Ŕ Ŕ Ŕ Racute

0155 ŕ ŕ ŕ ŕ racute0156 Ŗ Ŗ Ŗ Ŗ Rcommaaccent0157 ŗ ŗ ŗ ŗ rcommaaccent0158 Ř Ř Ř Ř Rcaron0159 ř ř ř ř rcaron015A Ś Ś Ś Ś Sacute015B ś ś ś ś sacute015C Ŝ Ŝ Ŝ Ŝ Scircumflex015D ŝ ŝ ŝ ŝ scircumflex015E Ş Ş Ş Ş Scedilla015F ş ş ş ş scedilla0160 Š Š Š Š Scaron0161 š š š š scaron0162 Ţ Ţ Ţ Ţ Tcedilla0163 ţ ţ ţ ţ tcedilla0164 Ť Ť Ť Ť Tcaron0165 ť ť ť ť tcaron0168 Ũ Ũ Ũ Ũ Utilde0169 ũ ũ ũ ũ utilde016A Ū Ū Ū Ū Umacron016B ū ū ū ū umacron016C Ŭ Ŭ Ŭ Ŭ Ubreve016D ŭ ŭ ŭ ŭ ubreve016E Ů Ů Ů Ů Uring016F ů ů ů ů uring0170 Ű Ű Ű Ű Uhungarumlaut0171 ű ű ű ű uhungarumlaut0172 Ų Ų Ų Ų Uogonek0173 ų ų ų ų uogonek0174 Ŵ Ŵ Ŵ Ŵ Wcircumflex0175 ŵ ŵ ŵ ŵ wcircumflex0176 Ŷ Ŷ Ŷ Ŷ Ycircumflex0177 ŷ ŷ ŷ ŷ ycircumflex0178 Ÿ Ÿ Ÿ Ÿ Ydieresis0179 Ź Ź Ź Ź Zacute017A ź ź ź ź zacute017B Ż Ż Ż Ż Zdotaccent017C ż ż ż ż zdotaccent017D Ž Ž Ž Ž Zcaron017E ž ž ž ž zcaron017F ſ ſ ſ ſ longs018E Ǝ Ǝ Ǝ Ǝ Ereversed0192 ƒ ƒ ƒ ƒ florin01A0 Ơ Ơ Ơ Ơ Ohorn

The technical documentation of TEX Gyre Adventor, page 15

01A1 ơ ơ ơ ơ ohorn01AF Ư Ư Ư Ư Uhorn01B0 ư ư ư ư uhorn01CD Ǎ Ǎ Ǎ Ǎ Acaron01CE ǎ ǎ ǎ ǎ acaron01CF Ǐ Ǐ Ǐ Ǐ Icaron01D0 ǐ ǐ ǐ ǐ icaron01D1 Ǒ Ǒ Ǒ Ǒ Ocaron01D2 ǒ ǒ ǒ ǒ ocaron01D3 Ǔ Ǔ Ǔ Ǔ Ucaron01D4 ǔ ǔ ǔ ǔ ucaron01D7 Ǘ Ǘ Ǘ Ǘ Udieresisacute01D8 ǘ ǘ ǘ ǘ udieresisacute01D9 Ǚ Ǚ Ǚ Ǚ Udieresiscaron01DA ǚ ǚ ǚ ǚ udieresiscaron01DB Ǜ Ǜ Ǜ Ǜ Udieresisgrave01DC ǜ ǜ ǜ ǜ udieresisgrave01DD ǝ ǝ ǝ ǝ eturned01E6 Ǧ Ǧ Ǧ Ǧ Gcaron01E7 ǧ ǧ ǧ ǧ gcaron01EA Ǫ Ǫ Ǫ Ǫ Oogonek01EB ǫ ǫ ǫ ǫ oogonek01F0 ǰ ǰ ǰ ǰ jcaron01F4 Ǵ Ǵ Ǵ Ǵ Gacute01F5 ǵ ǵ ǵ ǵ gacute01FA Ǻ Ǻ Ǻ Ǻ Aringacute01FB ǻ ǻ ǻ ǻ aringacute01FC Ǽ Ǽ Ǽ Ǽ AEacute01FD ǽ ǽ ǽ ǽ aeacute01FE Ǿ Ǿ Ǿ Ǿ Oslashacute01FF ǿ ǿ ǿ ǿ oslashacute0200 Ȁ Ȁ Ȁ Ȁ Adblgrave0201 ȁ ȁ ȁ ȁ adblgrave0204 Ȅ Ȅ Ȅ Ȅ Edblgrave0205 ȅ ȅ ȅ ȅ edblgrave0208 Ȉ Ȉ Ȉ Ȉ Idblgrave0209 ȉ ȉ ȉ ȉ idblgrave020C Ȍ Ȍ Ȍ Ȍ Odblgrave020D ȍ ȍ ȍ ȍ odblgrave0210 Ȑ Ȑ Ȑ Ȑ Rdblgrave0211 ȑ ȑ ȑ ȑ rdblgrave0214 Ȕ Ȕ Ȕ Ȕ Udblgrave0215 ȕ ȕ ȕ ȕ udblgrave0218 Ș Ș Ș Ș uni0218Scommaaccent

0219 ș ș ș ș uni0219scommaaccent021A Ț Ț Ț Ț uni021ATcommaaccent021B ț ț ț ț uni021Btcommaaccent0237 ȷ ȷ ȷ ȷ dotlessj0258 ɘ ɘ ɘ ɘ ereversed0259 ə ə ə ə schwa02BE ʾ ʾ ʾ ʾ ringhalfright02BF ʿ ʿ ʿ ʿ ringhalfleft02C6 ˆ ˆ ˆ ˆ circumflex02C7 ˇ ˇ ˇ ˇ caron02D8 ˘ ˘ ˘ ˘ breve02D9 ˙ ˙ ˙ ˙ dotaccent02DA ˚ ˚ ˚ ˚ ring02DB ˛ ˛ ˛ ˛ ogonek02DC ˜ ˜ ˜ ˜ tilde02DD ˝ ˝ ˝ ˝ hungarumlaut0300 ̀ ̀ ̀ ̀ uni03000301 ́ ́ ́ ́ uni03010302 ̂ ̂ ̂ ̂ circumflexcmb0303 ̃ ̃ ̃ ̃ tildecmb0304 ̄ ̄ ̄ ̄ uni03040305 ̅ ̅ ̅ ̅ overlinecmb0306 ̆ ̆ ̆ ̆ brevecmb0307 ̇ ̇ ̇ ̇ uni03070308 ̈ ̈ ̈ ̈ uni03080309 ̉ ̉ ̉ ̉ uni0309030A ̊ ̊ ̊ ̊ uni030A030B ̋ ̋ ̋ ̋ uni030B030C ̌ ̌ ̌ ̌ caroncmb030F ̏ ̏ ̏ ̏ uni030F0311 ̑ ̑ ̑ ̑ breveinvertedcmb0323 ̣ ̣ ̣ ̣ uni03230326 ̦ ̦ ̦ ̦ uni03260327 ̧ ̧ ̧ ̧ cedillacmb0328 ̨ ̨ ̨ ̨ ogonekcomb032C ̬ ̬ ̬ ̬ caronbelowcmb032D ̭ ̭ ̭ ̭ circumflexbelowcmb032E ̮ ̮ ̮ ̮ brevebelowcmb032F ̯ ̯ ̯ ̯ breveinvertedbelowcmb0330 ̰ ̰ ̰ ̰ tildebelowcmb0331 ̱ ̱ ̱ ̱ uni03310332 ̲ ̲ ̲ ̲ lowlinecmb0333 ̳ ̳ ̳ ̳ dbllowlinecmb0338 ̸ ̸ ̸ ̸ uni0338

The technical documentation of TEX Gyre Adventor, page 16

033F ̿ ̿ ̿ ̿ dbloverlinecmb034D ͍ ͍ ͍ ͍ uni034D0361 ͡ ͡ ͡ ͡ tieaccentlowercase0391 Α Α Α Α Alpha0392 Β Β Β Β Beta0393 Γ Γ Γ Γ Gamma0394 Δ Δ Δ Δ Delta0395 Ε Ε Ε Ε Epsilon0396 Ζ Ζ Ζ Ζ Zeta0397 Η Η Η Η Eta0398 Θ Θ Θ Θ Theta0399 Ι Ι Ι Ι Iota039A Κ Κ Κ Κ Kappa039B Λ Λ Λ Λ Lambda039C Μ Μ Μ Μ Mu039D Ν Ν Ν Ν Nu039E Ξ Ξ Ξ Ξ Xi039F Ο Ο Ο Ο Omicron03A0 Π Π Π Π Pi03A1 Ρ Ρ Ρ Ρ Rho03A3 Σ Σ Σ Σ Sigma03A4 Τ Τ Τ Τ Tau03A5 Υ Υ Υ Υ Upsilon03A6 Φ Φ Φ Φ Phi03A7 Χ Χ Χ Χ Chi03A8 Ψ Ψ Ψ Ψ Psi03A9 Ω Ω Ω Ω Omega03B1 α α α α alpha03B2 β β β β beta03B3 γ γ γ γ gamma03B4 δ δ δ δ delta03B5 ε ε ε ε epsilon03B6 ζ ζ ζ ζ zeta03B7 η η η η eta03B8 θ θ θ θ theta03B9 ι ι ι ι iota03BA κ κ κ κ kappa03BB λ λ λ λ lambda03BC μ μ μ μ mu03BD ν ν ν ν nu03BE ξ ξ ξ ξ xi03BF ο ο ο ο omicron03C0 π π π π pi03C1 ρ ρ ρ ρ rho

03C2 ς ς ς ς uni03C203C3 σ σ σ σ sigma03C4 τ τ τ τ tau03C5 υ υ υ υ upsilon03C6 φ φ φ φ phi03C7 χ χ χ χ chi03C8 ψ ψ ψ ψ psi03C9 ω ω ω ω omega03D1 ϑ ϑ ϑ ϑ uni03D103D5 ϕ ϕ ϕ ϕ uni03D503D6 ϖ ϖ ϖ ϖ uni03D603F0 ϰ ϰ ϰ ϰ uni03F003F1 ϱ ϱ ϱ ϱ uni03F103F4 ϴ ϴ ϴ ϴ uni03F403F5 ϵ ϵ ϵ ϵ uni03F50E3F ฿ ฿ ฿ ฿ bahtthaibaht1E0C Ḍ Ḍ Ḍ Ḍ Ddotbelow1E0D ḍ ḍ ḍ ḍ ddotbelow1E0E Ḏ Ḏ Ḏ Ḏ Dlinebelow1E0F ḏ ḏ ḏ ḏ dlinebelow1E24 Ḥ Ḥ Ḥ Ḥ Hdotbelow1E25 ḥ ḥ ḥ ḥ hdotbelow1E26 Ḧ Ḧ Ḧ Ḧ Hdieresis1E27 ḧ ḧ ḧ ḧ hdieresis1E2A Ḫ Ḫ Ḫ Ḫ Hbrevebelow1E2B ḫ ḫ ḫ ḫ hbrevebelow1E2E Ḯ Ḯ Ḯ Ḯ Idieresisacute1E2F ḯ ḯ ḯ ḯ idieresisacute1E36 Ḷ Ḷ Ḷ Ḷ Ldotbelow1E37 ḷ ḷ ḷ ḷ ldotbelow1E38 Ḹ Ḹ Ḹ Ḹ Ldotbelowmacron1E39 ḹ ḹ ḹ ḹ ldotbelowmacron1E42 Ṃ Ṃ Ṃ Ṃ Mdotbelow1E43 ṃ ṃ ṃ ṃ mdotbelow1E44 Ṅ Ṅ Ṅ Ṅ Ndotaccent1E45 ṅ ṅ ṅ ṅ ndotaccent1E46 Ṇ Ṇ Ṇ Ṇ Ndotbelow1E47 ṇ ṇ ṇ ṇ ndotbelow1E58 Ṙ Ṙ Ṙ Ṙ Rdotaccent1E59 ṙ ṙ ṙ ṙ rdotaccent1E5A Ṛ Ṛ Ṛ Ṛ Rdotbelow1E5B ṛ ṛ ṛ ṛ rdotbelow1E5C Ṝ Ṝ Ṝ Ṝ Rdotbelowmacron1E5D ṝ ṝ ṝ ṝ rdotbelowmacron

The technical documentation of TEX Gyre Adventor, page 17

1E62 Ṣ Ṣ Ṣ Ṣ Sdotbelow1E63 ṣ ṣ ṣ ṣ sdotbelow1E6C Ṭ Ṭ Ṭ Ṭ Tdotbelow1E6D ṭ ṭ ṭ ṭ tdotbelow1E6E Ṯ Ṯ Ṯ Ṯ Tlinebelow1E6F ṯ ṯ ṯ ṯ tlinebelow1E80 Ẁ Ẁ Ẁ Ẁ Wgrave1E81 ẁ ẁ ẁ ẁ wgrave1E82 Ẃ Ẃ Ẃ Ẃ Wacute1E83 ẃ ẃ ẃ ẃ wacute1E84 Ẅ Ẅ Ẅ Ẅ Wdieresis1E85 ẅ ẅ ẅ ẅ wdieresis1E92 Ẓ Ẓ Ẓ Ẓ Zdotbelow1E93 ẓ ẓ ẓ ẓ zdotbelow1E97 ẗ ẗ ẗ ẗ tdieresis1EA0 Ạ Ạ Ạ Ạ Adotbelow1EA1 ạ ạ ạ ạ adotbelow1EA2 Ả Ả Ả Ả Ahookabove1EA3 ả ả ả ả ahookabove1EA4 Ấ Ấ Ấ Ấ Acircumflexacute1EA5 ấ ấ ấ ấ acircumflexacute1EA6 Ầ Ầ Ầ Ầ Acircumflexgrave1EA7 ầ ầ ầ ầ acircumflexgrave1EA8 Ẩ Ẩ Ẩ Ẩ Acircumflexhookabove1EA9 ẩ ẩ ẩ ẩ acircumflexhookabove1EAA Ẫ Ẫ Ẫ Ẫ Acircumflextilde1EAB ẫ ẫ ẫ ẫ acircumflextilde1EAC Ậ Ậ Ậ Ậ Acircumflexdotbelow1EAD ậ ậ ậ ậ acircumflexdotbelow1EAE Ắ Ắ Ắ Ắ Abreveacute1EAF ắ ắ ắ ắ abreveacute1EB0 Ằ Ằ Ằ Ằ Abrevegrave1EB1 ằ ằ ằ ằ abrevegrave1EB2 Ẳ Ẳ Ẳ Ẳ Abrevehookabove1EB3 ẳ ẳ ẳ ẳ abrevehookabove1EB4 Ẵ Ẵ Ẵ Ẵ Abrevetilde1EB5 ẵ ẵ ẵ ẵ abrevetilde1EB6 Ặ Ặ Ặ Ặ Abrevedotbelow1EB7 ặ ặ ặ ặ abrevedotbelow1EB8 Ẹ Ẹ Ẹ Ẹ Edotbelow1EB9 ẹ ẹ ẹ ẹ edotbelow1EBA Ẻ Ẻ Ẻ Ẻ Ehookabove1EBB ẻ ẻ ẻ ẻ ehookabove1EBC Ẽ Ẽ Ẽ Ẽ Etilde

1EBD ẽ ẽ ẽ ẽ etilde1EBE Ế Ế Ế Ế Ecircumflexacute1EBF ế ế ế ế ecircumflexacute1EC0 Ề Ề Ề Ề Ecircumflexgrave1EC1 ề ề ề ề ecircumflexgrave1EC2 Ể Ể Ể Ể Ecircumflexhookabove1EC3 ể ể ể ể ecircumflexhookabove1EC4 Ễ Ễ Ễ Ễ Ecircumflextilde1EC5 ễ ễ ễ ễ ecircumflextilde1EC6 Ệ Ệ Ệ Ệ Ecircumflexdotbelow1EC7 ệ ệ ệ ệ ecircumflexdotbelow1EC8 Ỉ Ỉ Ỉ Ỉ Ihookabove1EC9 ỉ ỉ ỉ ỉ ihookabove1ECA Ị Ị Ị Ị Idotbelow1ECB ị ị ị ị idotbelow1ECC Ọ Ọ Ọ Ọ Odotbelow1ECD ọ ọ ọ ọ odotbelow1ECE Ỏ Ỏ Ỏ Ỏ Ohookabove1ECF ỏ ỏ ỏ ỏ ohookabove1ED0 Ố Ố Ố Ố Ocircumflexacute1ED1 ố ố ố ố ocircumflexacute1ED2 Ồ Ồ Ồ Ồ Ocircumflexgrave1ED3 ồ ồ ồ ồ ocircumflexgrave1ED4 Ổ Ổ Ổ Ổ Ocircumflexhookabove1ED5 ổ ổ ổ ổ ocircumflexhookabove1ED6 Ỗ Ỗ Ỗ Ỗ Ocircumflextilde1ED7 ỗ ỗ ỗ ỗ ocircumflextilde1ED8 Ộ Ộ Ộ Ộ Ocircumflexdotbelow1ED9 ộ ộ ộ ộ ocircumflexdotbelow1EDA Ớ Ớ Ớ Ớ Ohornacute1EDB ớ ớ ớ ớ ohornacute1EDC Ờ Ờ Ờ Ờ Ohorngrave1EDD ờ ờ ờ ờ ohorngrave1EDE Ở Ở Ở Ở Ohornhookabove1EDF ở ở ở ở ohornhookabove1EE0 Ỡ Ỡ Ỡ Ỡ Ohorntilde1EE1 ỡ ỡ ỡ ỡ ohorntilde1EE2 Ợ Ợ Ợ Ợ Ohorndotbelow1EE3 ợ ợ ợ ợ ohorndotbelow1EE4 Ụ Ụ Ụ Ụ Udotbelow1EE5 ụ ụ ụ ụ udotbelow1EE6 Ủ Ủ Ủ Ủ Uhookabove1EE7 ủ ủ ủ ủ uhookabove1EE8 Ứ Ứ Ứ Ứ Uhornacute

The technical documentation of TEX Gyre Adventor, page 18

1EE9 ứ ứ ứ ứ uhornacute1EEA Ừ Ừ Ừ Ừ Uhorngrave1EEB ừ ừ ừ ừ uhorngrave1EEC Ử Ử Ử Ử Uhornhookabove1EED ử ử ử ử uhornhookabove1EEE Ữ Ữ Ữ Ữ Uhorntilde1EEF ữ ữ ữ ữ uhorntilde1EF0 Ự Ự Ự Ự Uhorndotbelow1EF1 ự ự ự ự uhorndotbelow1EF2 Ỳ Ỳ Ỳ Ỳ Ygrave1EF3 ỳ ỳ ỳ ỳ ygrave1EF4 Ỵ Ỵ Ỵ Ỵ Ydotbelow1EF5 ỵ ỵ ỵ ỵ ydotbelow1EF6 Ỷ Ỷ Ỷ Ỷ Yhookabove1EF7 ỷ ỷ ỷ ỷ yhookabove1EF8 Ỹ Ỹ Ỹ Ỹ Ytilde1EF9 ỹ ỹ ỹ ỹ ytilde2000         uni20002001         uni20012002         uni20022003         uni20032004         uni20042005         uni20052006         uni20062007         uni20072008         uni20082009         uni2009200A         uni200A200B uni200B200C uni200C200D uni200D2010 ‐ ‐ ‐ ‐ hyphentwo2011 ‑ ‑ ‑ ‑ uni20112012 ‒ ‒ ‒ ‒ figuredash2013 – – – – endash2014 — — — — emdash2015 ― ― ― ― uni20152016 ‖ ‖ ‖ ‖ dblverticalbar2017 ‗ ‗ ‗ ‗ uni20172018 ‘ ‘ ‘ ‘ quoteleft2019 ’ ’ ’ ’ quoteright201A ‚ ‚ ‚ ‚ quotesinglbase201C “ “ “ “ quotedblleft201D ” ” ” ” quotedblright

201E „ „ „ „ quotedblbase2020 † † † † dagger2021 ‡ ‡ ‡ ‡ daggerdbl2022 • • • • bullet2026 … … … … ellipsis202F         uni202F2030 ‰ ‰ ‰ ‰ perthousand2031 ‱ ‱ ‱ ‱ permyriad2032 ′ ′ ′ ′ minute2033 ″ ″ ″ ″ uni20332034 ‴ ‴ ‴ ‴ uni20342035 ‵ ‵ ‵ ‵ primereversed2036 ‶ ‶ ‶ ‶ uni20362037 ‷ ‷ ‷ ‷ uni20372039 ‹ ‹ ‹ ‹ guilsinglleft203A › › › › guilsinglright203B ※ ※ ※ ※ referencemark203D ‽ ‽ ‽ ‽ uni203Dinterrobang203F ‿ ‿ ‿ ‿ uni203F2040 ⁀ ⁀ ⁀ ⁀ uni20402044 ⁄ ⁄ ⁄ ⁄ fraction2045 ⁅ ⁅ ⁅ ⁅ uni2045quillbracketleft2046 ⁆ ⁆ ⁆ ⁆ uni2046quillbracketright2052 ⁒ ⁒ ⁒ ⁒ discount2054 ⁔ ⁔ ⁔ ⁔ uni20542057 ⁗ ⁗ ⁗ ⁗ uni2057205F         uni205F2060 uni20602061 uni20612062 uni20622063 uni20632064 uni206420A1 ₡ ₡ ₡ ₡ colonmonetary20A4 ₤ ₤ ₤ ₤ lira20A6 ₦ ₦ ₦ ₦ uni20A6naira20A9 ₩ ₩ ₩ ₩ won20AB ₫ ₫ ₫ ₫ dong20AC € € € € Euro20B1 ₱ ₱ ₱ ₱ uni20B1peso20B2 ₲ ₲ ₲ ₲ uni20B2guarani20BD ₽ ₽ ₽ ₽ uni20BD20BF ₿ ₿ ₿ ₿ uni20BF20D0 ⃐ ⃐ ⃐ ⃐ uni20D0

The technical documentation of TEX Gyre Adventor, page 19

20D1 ⃑ ⃑ ⃑ ⃑ uni20D120D2 ⃒ ⃒ ⃒ ⃒ uni20D220D3 ⃓ ⃓ ⃓ ⃓ uni20D320D4 ⃔ ⃔ ⃔ ⃔ uni20D420D5 ⃕ ⃕ ⃕ ⃕ uni20D520D6 ⃖ ⃖ ⃖ ⃖ uni20D620D7 ⃗ ⃗ ⃗ ⃗ uni20D720D8 ⃘ ⃘ ⃘ ⃘ uni20D820DB ⃛ ⃛ ⃛ ⃛ uni20DB20DC ⃜ ⃜ ⃜ ⃜ uni20DC20DD ⃝ ⃝ ⃝ ⃝ uni20DD20DE ⃞ ⃞ ⃞ ⃞ uni20DE20DF ⃟ ⃟ ⃟ ⃟ uni20DF20E1 ⃡ ⃡ ⃡ ⃡ uni20E120E4 ⃤ ⃤ ⃤ ⃤ uni20E420E5 ⃥ ⃥ ⃥ ⃥ uni20E520E6 ⃦ ⃦ ⃦ ⃦ uni20E620E8 ⃨ ⃨ ⃨ ⃨ uni20E820E9 ⃩ ⃩ ⃩ ⃩ uni20E920EA ⃪ ⃪ ⃪ ⃪ uni20EA20EB ⃫ ⃫ ⃫ ⃫ uni20EB20EC ⃬ ⃬ ⃬ ⃬ uni20EC20ED ⃭ ⃭ ⃭ ⃭ uni20ED20EE ⃮ ⃮ ⃮ ⃮ uni20EE20EF ⃯ ⃯ ⃯ ⃯ uni20EF20F0 ⃰ ⃰ ⃰ ⃰ uni20F02103 ℃ ℃ ℃ ℃ centigrade2107 ℇ ℇ ℇ ℇ uni21072109 ℉ ℉ ℉ ℉ fahrenheit210F ℏ ℏ ℏ ℏ uni210F2113 ℓ ℓ ℓ ℓ litreell2116 № № № № numero2117 ℗ ℗ ℗ ℗ published2118 ℘ ℘ ℘ ℘ weierstrass211E ℞ ℞ ℞ ℞ recipe2120 ℠ ℠ ℠ ℠ servicemark2122 ™ ™ ™ ™ trademark2126 Ω Ω Ω Ω uni2126ohm2127 ℧ ℧ ℧ ℧ uni2127mho212A K K K K uni212A212B Å Å Å Å uni212B212E ℮ ℮ ℮ ℮ estimated2135 ℵ ℵ ℵ ℵ aleph

2136 ℶ ℶ ℶ ℶ uni21362137 ℷ ℷ ℷ ℷ uni21372138 ℸ ℸ ℸ ℸ uni21382190 ← ← ← ← arrowleft2191 ↑ ↑ ↑ ↑ arrowup2192 → → → → arrowright2193 ↓ ↓ ↓ ↓ arrowdown2194 ↔ ↔ ↔ ↔ arrowboth2195 ↕ ↕ ↕ ↕ arrowupdn2196 ↖ ↖ ↖ ↖ uni21962197 ↗ ↗ ↗ ↗ uni21972198 ↘ ↘ ↘ ↘ uni21982199 ↙ ↙ ↙ ↙ uni2199219A ↚ ↚ ↚ ↚ uni219A219B ↛ ↛ ↛ ↛ uni219B219C ↜ ↜ ↜ ↜ uni219C219D ↝ ↝ ↝ ↝ uni219D219E ↞ ↞ ↞ ↞ uni219E219F ↟ ↟ ↟ ↟ uni219F21A0 ↠ ↠ ↠ ↠ uni21A021A1 ↡ ↡ ↡ ↡ uni21A121A2 ↢ ↢ ↢ ↢ uni21A221A3 ↣ ↣ ↣ ↣ uni21A321A4 ↤ ↤ ↤ ↤ uni21A421A5 ↥ ↥ ↥ ↥ uni21A521A6 ↦ ↦ ↦ ↦ uni21A621A7 ↧ ↧ ↧ ↧ uni21A721A9 ↩ ↩ ↩ ↩ uni21A921AA ↪ ↪ ↪ ↪ uni21AA21AB ↫ ↫ ↫ ↫ uni21AB21AC ↬ ↬ ↬ ↬ uni21AC21AD ↭ ↭ ↭ ↭ uni21AD21AE ↮ ↮ ↮ ↮ uni21AE21AF ↯ ↯ ↯ ↯ uni21AF21B0 ↰ ↰ ↰ ↰ uni21B021B1 ↱ ↱ ↱ ↱ uni21B121B2 ↲ ↲ ↲ ↲ uni21B221B3 ↳ ↳ ↳ ↳ uni21B321B4 ↴ ↴ ↴ ↴ uni21B421B5 ↵ ↵ ↵ ↵ carriagereturn21B6 ↶ ↶ ↶ ↶ uni21B621B7 ↷ ↷ ↷ ↷ uni21B721BA ↺ ↺ ↺ ↺ uni21BA21BB ↻ ↻ ↻ ↻ uni21BB21BC ↼ ↼ ↼ ↼ uni21BC

The technical documentation of TEX Gyre Adventor, page 20

21BD ↽ ↽ ↽ ↽ uni21BD21BE ↾ ↾ ↾ ↾ uni21BE21BF ↿ ↿ ↿ ↿ uni21BF21C0 ⇀ ⇀ ⇀ ⇀ uni21C021C1 ⇁ ⇁ ⇁ ⇁ uni21C121C2 ⇂ ⇂ ⇂ ⇂ uni21C221C3 ⇃ ⇃ ⇃ ⇃ uni21C321C4 ⇄ ⇄ ⇄ ⇄ uni21C421C5 ⇅ ⇅ ⇅ ⇅ uni21C521C6 ⇆ ⇆ ⇆ ⇆ uni21C621C7 ⇇ ⇇ ⇇ ⇇ uni21C721C8 ⇈ ⇈ ⇈ ⇈ uni21C821C9 ⇉ ⇉ ⇉ ⇉ uni21C921CA ⇊ ⇊ ⇊ ⇊ uni21CA21CB ⇋ ⇋ ⇋ ⇋ uni21CB21CC ⇌ ⇌ ⇌ ⇌ uni21CC21CD ⇍ ⇍ ⇍ ⇍ uni21CD21CE ⇎ ⇎ ⇎ ⇎ uni21CE21CF ⇏ ⇏ ⇏ ⇏ uni21CF21D0 ⇐ ⇐ ⇐ ⇐ arrowdblleft21D1 ⇑ ⇑ ⇑ ⇑ arrowdblup21D2 ⇒ ⇒ ⇒ ⇒ arrowdblright21D3 ⇓ ⇓ ⇓ ⇓ arrowdbldown21D4 ⇔ ⇔ ⇔ ⇔ arrowdblboth21D5 ⇕ ⇕ ⇕ ⇕ uni21D521D6 ⇖ ⇖ ⇖ ⇖ uni21D621D7 ⇗ ⇗ ⇗ ⇗ uni21D721D8 ⇘ ⇘ ⇘ ⇘ uni21D821D9 ⇙ ⇙ ⇙ ⇙ uni21D921DA ⇚ ⇚ ⇚ ⇚ uni21DA21DB ⇛ ⇛ ⇛ ⇛ uni21DB21DC ⇜ ⇜ ⇜ ⇜ uni21DC21DD ⇝ ⇝ ⇝ ⇝ uni21DD21E6 ⇦ ⇦ ⇦ ⇦ uni21E621E7 ⇧ ⇧ ⇧ ⇧ uni21E721E8 ⇨ ⇨ ⇨ ⇨ uni21E821E9 ⇩ ⇩ ⇩ ⇩ uni21E921F3 ⇳ ⇳ ⇳ ⇳ uni21F321F5 ⇵ ⇵ ⇵ ⇵ uni21F521F6 ⇶ ⇶ ⇶ ⇶ uni21F62200 ∀ ∀ ∀ ∀ universal2201 ∁ ∁ ∁ ∁ uni22012202 ∂ ∂ ∂ ∂ partialdiff2203 ∃ ∃ ∃ ∃ existential

2204 ∄ ∄ ∄ ∄ uni22042205 ∅ ∅ ∅ ∅ emptyset2206 ∆ ∆ ∆ ∆ uni22062207 ∇ ∇ ∇ ∇ nabla2208 ∈ ∈ ∈ ∈ element2209 ∉ ∉ ∉ ∉ uni2209220A ∊ ∊ ∊ ∊ uni220A220B ∋ ∋ ∋ ∋ suchthat220C ∌ ∌ ∌ ∌ uni220C220D ∍ ∍ ∍ ∍ uni220D220E ∎ ∎ ∎ ∎ uni220E220F ∏ ∏ ∏ ∏ product2210 ∐ ∐ ∐ ∐ uni22102211 ∑ ∑ ∑ ∑ summation2212 − − − − minus2213 ∓ ∓ ∓ ∓ minusplus2214 ∔ ∔ ∔ ∔ uni22142215 ∕ ∕ ∕ ∕ uni22152216 ∖ ∖ ∖ ∖ uni22162217 ∗ ∗ ∗ ∗ asteriskmath2218 ∘ ∘ ∘ ∘ uni22182219 ∙ ∙ ∙ ∙ bulletoperator221A √ √ √ √ radical221D ∝ ∝ ∝ ∝ proportional221E ∞ ∞ ∞ ∞ infinity221F ∟ ∟ ∟ ∟ uni221F2220 ∠ ∠ ∠ ∠ angle2221 ∡ ∡ ∡ ∡ uni22212222 ∢ ∢ ∢ ∢ uni2222anglearc2223 ∣ ∣ ∣ ∣ divides2224 ∤ ∤ ∤ ∤ uni22242225 ∥ ∥ ∥ ∥ parallel2226 ∦ ∦ ∦ ∦ uni22262227 ∧ ∧ ∧ ∧ logicaland2228 ∨ ∨ ∨ ∨ logicalor2229 ∩ ∩ ∩ ∩ intersection222A ∪ ∪ ∪ ∪ union222B ∫ ∫ ∫ ∫ integral222C ∬ ∬ ∬ ∬ uni222C222D ∭ ∭ ∭ ∭ uni222D222E ∮ ∮ ∮ ∮ contourintegral222F ∯ ∯ ∯ ∯ uni222F2230 ∰ ∰ ∰ ∰ uni22302231 ∱ ∱ ∱ ∱ uni2231

The technical documentation of TEX Gyre Adventor, page 21

2232 ∲ ∲ ∲ ∲ uni22322233 ∳ ∳ ∳ ∳ uni22332234 ∴ ∴ ∴ ∴ therefore2235 ∵ ∵ ∵ ∵ because2236 ∶ ∶ ∶ ∶ ratio2237 ∷ ∷ ∷ ∷ proportion2238 ∸ ∸ ∸ ∸ uni22382239 ∹ ∹ ∹ ∹ uni2239223A ∺ ∺ ∺ ∺ uni223A223B ∻ ∻ ∻ ∻ uni223B223C ∼ ∼ ∼ ∼ similar223D ∽ ∽ ∽ ∽ uni223D223E ∾ ∾ ∾ ∾ uni223E223F ∿ ∿ ∿ ∿ uni223F2240 ≀ ≀ ≀ ≀ uni22402241 ≁ ≁ ≁ ≁ uni22412242 ≂ ≂ ≂ ≂ uni22422243 ≃ ≃ ≃ ≃ similar_equal2244 ≄ ≄ ≄ ≄ uni22442245 ≅ ≅ ≅ ≅ uni22452246 ≆ ≆ ≆ ≆ uni22462247 ≇ ≇ ≇ ≇ uni22472248 ≈ ≈ ≈ ≈ approxequal2249 ≉ ≉ ≉ ≉ uni2249224A ≊ ≊ ≊ ≊ uni224A224B ≋ ≋ ≋ ≋ uni224B224C ≌ ≌ ≌ ≌ uni224C224D ≍ ≍ ≍ ≍ uni224D224E ≎ ≎ ≎ ≎ uni224E224F ≏ ≏ ≏ ≏ uni224F2250 ≐ ≐ ≐ ≐ uni22502251 ≑ ≑ ≑ ≑ uni22512252 ≒ ≒ ≒ ≒ uni22522253 ≓ ≓ ≓ ≓ uni22532254 ≔ ≔ ≔ ≔ uni22542255 ≕ ≕ ≕ ≕ uni22552256 ≖ ≖ ≖ ≖ uni22562257 ≗ ≗ ≗ ≗ uni22572258 ≘ ≘ ≘ ≘ uni22582259 ≙ ≙ ≙ ≙ uni2259225A ≚ ≚ ≚ ≚ uni225A225B ≛ ≛ ≛ ≛ uni225B225C ≜ ≜ ≜ ≜ uni225C225D ≝ ≝ ≝ ≝ uni225D

225E ≞ ≞ ≞ ≞ uni225E225F ≟ ≟ ≟ ≟ uni225F2260 ≠ ≠ ≠ ≠ notequal2261 ≡ ≡ ≡ ≡ equivalence2262 ≢ ≢ ≢ ≢ uni22622263 ≣ ≣ ≣ ≣ uni22632264 ≤ ≤ ≤ ≤ lessequal2265 ≥ ≥ ≥ ≥ greaterequal2266 ≦ ≦ ≦ ≦ uni22662267 ≧ ≧ ≧ ≧ uni22672268 ≨ ≨ ≨ ≨ uni22682269 ≩ ≩ ≩ ≩ uni2269226A ≪ ≪ ≪ ≪ lessmuch226B ≫ ≫ ≫ ≫ greatermuch226C ≬ ≬ ≬ ≬ uni226C226D ≭ ≭ ≭ ≭ uni226D226E ≮ ≮ ≮ ≮ uni226E226F ≯ ≯ ≯ ≯ uni226F2270 ≰ ≰ ≰ ≰ uni22702271 ≱ ≱ ≱ ≱ uni22712272 ≲ ≲ ≲ ≲ uni22722273 ≳ ≳ ≳ ≳ uni22732274 ≴ ≴ ≴ ≴ uni22742275 ≵ ≵ ≵ ≵ uni22752276 ≶ ≶ ≶ ≶ uni22762277 ≷ ≷ ≷ ≷ uni22772278 ≸ ≸ ≸ ≸ uni22782279 ≹ ≹ ≹ ≹ uni2279227A ≺ ≺ ≺ ≺ uni227A227B ≻ ≻ ≻ ≻ uni227B227C ≼ ≼ ≼ ≼ uni227C227D ≽ ≽ ≽ ≽ uni227D227E ≾ ≾ ≾ ≾ uni227E227F ≿ ≿ ≿ ≿ uni227F2280 ⊀ ⊀ ⊀ ⊀ uni22802281 ⊁ ⊁ ⊁ ⊁ uni22812282 ⊂ ⊂ ⊂ ⊂ propersubset2283 ⊃ ⊃ ⊃ ⊃ propersuperset2284 ⊄ ⊄ ⊄ ⊄ uni22842285 ⊅ ⊅ ⊅ ⊅ uni22852286 ⊆ ⊆ ⊆ ⊆ reflexsubset2287 ⊇ ⊇ ⊇ ⊇ reflexsuperset2288 ⊈ ⊈ ⊈ ⊈ uni22882289 ⊉ ⊉ ⊉ ⊉ uni2289228A ⊊ ⊊ ⊊ ⊊ uni228A

The technical documentation of TEX Gyre Adventor, page 22

228B ⊋ ⊋ ⊋ ⊋ uni228B228C ⊌ ⊌ ⊌ ⊌ uni228C228D ⊍ ⊍ ⊍ ⊍ uni228D228E ⊎ ⊎ ⊎ ⊎ uni228E228F ⊏ ⊏ ⊏ ⊏ uni228F2290 ⊐ ⊐ ⊐ ⊐ uni22902291 ⊑ ⊑ ⊑ ⊑ uni22912292 ⊒ ⊒ ⊒ ⊒ uni22922293 ⊓ ⊓ ⊓ ⊓ uni22932294 ⊔ ⊔ ⊔ ⊔ uni22942295 ⊕ ⊕ ⊕ ⊕ circleplus2296 ⊖ ⊖ ⊖ ⊖ uni22962297 ⊗ ⊗ ⊗ ⊗ circlemultiply2298 ⊘ ⊘ ⊘ ⊘ circledivide2299 ⊙ ⊙ ⊙ ⊙ circledot229A ⊚ ⊚ ⊚ ⊚ uni229A229B ⊛ ⊛ ⊛ ⊛ uni229B229C ⊜ ⊜ ⊜ ⊜ uni229C229D ⊝ ⊝ ⊝ ⊝ uni229D229E ⊞ ⊞ ⊞ ⊞ uni229E229F ⊟ ⊟ ⊟ ⊟ uni229F22A0 ⊠ ⊠ ⊠ ⊠ uni22A022A1 ⊡ ⊡ ⊡ ⊡ uni22A122A2 ⊢ ⊢ ⊢ ⊢ uni22A222A3 ⊣ ⊣ ⊣ ⊣ uni22A322A4 ⊤ ⊤ ⊤ ⊤ uni22A422A5 ⊥ ⊥ ⊥ ⊥ uni22A522A6 ⊦ ⊦ ⊦ ⊦ uni22A622A7 ⊧ ⊧ ⊧ ⊧ uni22A722A8 ⊨ ⊨ ⊨ ⊨ uni22A822A9 ⊩ ⊩ ⊩ ⊩ uni22A922AA ⊪ ⊪ ⊪ ⊪ uni22AA22AB ⊫ ⊫ ⊫ ⊫ uni22AB22AC ⊬ ⊬ ⊬ ⊬ uni22AC22AD ⊭ ⊭ ⊭ ⊭ uni22AD22AE ⊮ ⊮ ⊮ ⊮ uni22AE22AF ⊯ ⊯ ⊯ ⊯ uni22AF22B2 ⊲ ⊲ ⊲ ⊲ uni22B222B3 ⊳ ⊳ ⊳ ⊳ uni22B322B4 ⊴ ⊴ ⊴ ⊴ uni22B422B5 ⊵ ⊵ ⊵ ⊵ uni22B522B6 ⊶ ⊶ ⊶ ⊶ uni22B622B7 ⊷ ⊷ ⊷ ⊷ uni22B722B8 ⊸ ⊸ ⊸ ⊸ uni22B8

22B9 ⊹ ⊹ ⊹ ⊹ uni22B922BA ⊺ ⊺ ⊺ ⊺ uni22BA22BB ⊻ ⊻ ⊻ ⊻ uni22BB22BC ⊼ ⊼ ⊼ ⊼ uni22BC22BD ⊽ ⊽ ⊽ ⊽ uni22BD22BE ⊾ ⊾ ⊾ ⊾ uni22BE22BF ⊿ ⊿ ⊿ ⊿ uni22BF22C0 ⋀ ⋀ ⋀ ⋀ uni22C022C1 ⋁ ⋁ ⋁ ⋁ uni22C122C2 ⋂ ⋂ ⋂ ⋂ uni22C222C3 ⋃ ⋃ ⋃ ⋃ uni22C322C4 ⋄ ⋄ ⋄ ⋄ uni22C422C5 ⋅ ⋅ ⋅ ⋅ uni22C522C6 ⋆ ⋆ ⋆ ⋆ uni22C622C7 ⋇ ⋇ ⋇ ⋇ uni22C722C8 ⋈ ⋈ ⋈ ⋈ uni22C822C9 ⋉ ⋉ ⋉ ⋉ uni22C922CA ⋊ ⋊ ⋊ ⋊ uni22CA22CB ⋋ ⋋ ⋋ ⋋ uni22CB22CC ⋌ ⋌ ⋌ ⋌ uni22CC22CD ⋍ ⋍ ⋍ ⋍ uni22CD22CE ⋎ ⋎ ⋎ ⋎ uni22CE22CF ⋏ ⋏ ⋏ ⋏ uni22CF22D0 ⋐ ⋐ ⋐ ⋐ uni22D022D1 ⋑ ⋑ ⋑ ⋑ uni22D122D2 ⋒ ⋒ ⋒ ⋒ uni22D222D3 ⋓ ⋓ ⋓ ⋓ uni22D322D5 ⋕ ⋕ ⋕ ⋕ uni22D522D6 ⋖ ⋖ ⋖ ⋖ uni22D622D7 ⋗ ⋗ ⋗ ⋗ uni22D722D8 ⋘ ⋘ ⋘ ⋘ uni22D822D9 ⋙ ⋙ ⋙ ⋙ uni22D922DA ⋚ ⋚ ⋚ ⋚ uni22DA22DB ⋛ ⋛ ⋛ ⋛ uni22DB22DC ⋜ ⋜ ⋜ ⋜ uni22DC22DD ⋝ ⋝ ⋝ ⋝ uni22DD22DE ⋞ ⋞ ⋞ ⋞ uni22DE22DF ⋟ ⋟ ⋟ ⋟ uni22DF22E0 ⋠ ⋠ ⋠ ⋠ uni22E022E1 ⋡ ⋡ ⋡ ⋡ uni22E122E2 ⋢ ⋢ ⋢ ⋢ uni22E222E3 ⋣ ⋣ ⋣ ⋣ uni22E322E4 ⋤ ⋤ ⋤ ⋤ uni22E422E5 ⋥ ⋥ ⋥ ⋥ uni22E522E6 ⋦ ⋦ ⋦ ⋦ uni22E6

The technical documentation of TEX Gyre Adventor, page 23

22E7 ⋧ ⋧ ⋧ ⋧ uni22E722E8 ⋨ ⋨ ⋨ ⋨ uni22E822E9 ⋩ ⋩ ⋩ ⋩ uni22E922EA ⋪ ⋪ ⋪ ⋪ uni22EA22EB ⋫ ⋫ ⋫ ⋫ uni22EB22EC ⋬ ⋬ ⋬ ⋬ uni22EC22ED ⋭ ⋭ ⋭ ⋭ uni22ED22EE ⋮ ⋮ ⋮ ⋮ uni22EE22EF ⋯ ⋯ ⋯ ⋯ uni22EF22F0 ⋰ ⋰ ⋰ ⋰ uni22F022F1 ⋱ ⋱ ⋱ ⋱ uni22F12300 ⌀ ⌀ ⌀ ⌀ uni2300diameter2305 ⌅ ⌅ ⌅ ⌅ uni23052306 ⌆ ⌆ ⌆ ⌆ uni23062308 ⌈ ⌈ ⌈ ⌈ uni23082309 ⌉ ⌉ ⌉ ⌉ uni2309230A ⌊ ⌊ ⌊ ⌊ uni230A230B ⌋ ⌋ ⌋ ⌋ uni230B2310 ⌐ ⌐ ⌐ ⌐ revlogicalnot2319 ⌙ ⌙ ⌙ ⌙ uni2319231C ⌜ ⌜ ⌜ ⌜ uni231C231D ⌝ ⌝ ⌝ ⌝ uni231D231E ⌞ ⌞ ⌞ ⌞ uni231E231F ⌟ ⌟ ⌟ ⌟ uni231F2320 ⌠ ⌠ ⌠ ⌠ integraltp2321 ⌡ ⌡ ⌡ ⌡ integralbt2322 ⌢ ⌢ ⌢ ⌢ uni23222323 ⌣ ⌣ ⌣ ⌣ uni23232329 〈 〈 〈 〈 angleleft232A 〉 〉 〉 〉 angleright23B2 ⎲ ⎲ ⎲ ⎲ uni23B223B3 ⎳ ⎳ ⎳ ⎳ uni23B323B4 ⎴ ⎴ ⎴ ⎴ uni23B423B5 ⎵ ⎵ ⎵ ⎵ uni23B523D0 ⏐ ⏐ ⏐ ⏐ uni23D023DC ⏜ ⏜ ⏜ ⏜ uni23DC23DD ⏝ ⏝ ⏝ ⏝ uni23DD23DE ⏞ ⏞ ⏞ ⏞ uni23DE23DF ⏟ ⏟ ⏟ ⏟ uni23DF23E0 ⏠ ⏠ ⏠ ⏠ uni23E023E1 ⏡ ⏡ ⏡ ⏡ uni23E12422 ␢ ␢ ␢ ␢ blanksymbol2423 ␣ ␣ ␣ ␣ uni24232500 ─ ─ ─ ─ SF100000

2502 │ │ │ │ SF110000250C ┌ ┌ ┌ ┌ SF0100002510 ┐ ┐ ┐ ┐ SF0300002514 └ └ └ └ SF0200002518 ┘ ┘ ┘ ┘ SF040000251C ├ ├ ├ ├ SF0800002524 ┤ ┤ ┤ ┤ SF090000252C ┬ ┬ ┬ ┬ SF0600002534 ┴ ┴ ┴ ┴ SF070000253C ┼ ┼ ┼ ┼ SF0500002581 ▁ ▁ ▁ ▁ uni25812588 █ █ █ █ block2591 ░ ░ ░ ░ ltshade2592 ▒ ▒ ▒ ▒ shade2593 ▓ ▓ ▓ ▓ dkshade25A0 ■ ■ ■ ■ filledbox25A1 □ □ □ □ H2207325AA ▪ ▪ ▪ ▪ H1854325AB ▫ ▫ ▫ ▫ H1855125AC ▬ ▬ ▬ ▬ filledrect25AD ▭ ▭ ▭ ▭ uni25AD25B2 ▲ ▲ ▲ ▲ triagup25B3 △ △ △ △ uni25B325B6 ▶ ▶ ▶ ▶ uni25B625B7 ▷ ▷ ▷ ▷ uni25B725BC ▼ ▼ ▼ ▼ triagdn25BD ▽ ▽ ▽ ▽ uni25BD25C0 ◀ ◀ ◀ ◀ uni25C025C1 ◁ ◁ ◁ ◁ uni25C125CA ◊ ◊ ◊ ◊ lozenge25CB ○ ○ ○ ○ circlebigcircle25CF ● ● ● ● H1853325E6 ◦ ◦ ◦ ◦ openbullet25EF ◯ ◯ ◯ ◯ uni25EF2660 ♠ ♠ ♠ ♠ spade2661 ♡ ♡ ♡ ♡ heartsuitwhite2662 ♢ ♢ ♢ ♢ diamondsuitwhite2663 ♣ ♣ ♣ ♣ club2664 ♤ ♤ ♤ ♤ spadesuitwhite2665 ♥ ♥ ♥ ♥ heart2666 ♦ ♦ ♦ ♦ diamond2667 ♧ ♧ ♧ ♧ clubsuitwhite266A ♪ ♪ ♪ ♪ musicalnote266D ♭ ♭ ♭ ♭ musicflatsign

The technical documentation of TEX Gyre Adventor, page 24

266E ♮ ♮ ♮ ♮ uni266E266F ♯ ♯ ♯ ♯ musicsharpsign26AD ⚭ ⚭ ⚭ ⚭ married26AE ⚮ ⚮ ⚮ ⚮ divorced2713 ✓ ✓ ✓ ✓ checkmark2720 ✠ ✠ ✠ ✠ uni272027A1 ➡ ➡ ➡ ➡ uni27A127C2 ⟂ ⟂ ⟂ ⟂ uni27C227D8 ⟘ ⟘ ⟘ ⟘ uni27D827D9 ⟙ ⟙ ⟙ ⟙ uni27D927DA ⟚ ⟚ ⟚ ⟚ uni27DA27DB ⟛ ⟛ ⟛ ⟛ uni27DB27DC ⟜ ⟜ ⟜ ⟜ uni27DC27DD ⟝ ⟝ ⟝ ⟝ uni27DD27DE ⟞ ⟞ ⟞ ⟞ uni27DE27E0 ⟠ ⟠ ⟠ ⟠ uni27E027E1 ⟡ ⟡ ⟡ ⟡ uni27E127E2 ⟢ ⟢ ⟢ ⟢ uni27E227E3 ⟣ ⟣ ⟣ ⟣ uni27E327E6 ⟦ ⟦ ⟦ ⟦ uni27E6dblbracketleft27E7 ⟧ ⟧ ⟧ ⟧ uni27E7dblbracketright27E8 ⟨ ⟨ ⟨ ⟨ uni27E827E9 ⟩ ⟩ ⟩ ⟩ uni27E927EA ⟪ ⟪ ⟪ ⟪ uni27EA27EB ⟫ ⟫ ⟫ ⟫ uni27EB27EE ⟮ ⟮ ⟮ ⟮ uni27EE27EF ⟯ ⟯ ⟯ ⟯ uni27EF27F4 ⟴ ⟴ ⟴ ⟴ uni27F427F5 ⟵ ⟵ ⟵ ⟵ uni27F527F6 ⟶ ⟶ ⟶ ⟶ uni27F627F7 ⟷ ⟷ ⟷ ⟷ uni27F727F8 ⟸ ⟸ ⟸ ⟸ uni27F827F9 ⟹ ⟹ ⟹ ⟹ uni27F927FA ⟺ ⟺ ⟺ ⟺ uni27FA27FB ⟻ ⟻ ⟻ ⟻ uni27FB27FC ⟼ ⟼ ⟼ ⟼ uni27FC27FD ⟽ ⟽ ⟽ ⟽ uni27FD27FE ⟾ ⟾ ⟾ ⟾ uni27FE27FF ⟿ ⟿ ⟿ ⟿ uni27FF2906 ⤆ ⤆ ⤆ ⤆ uni29062907 ⤇ ⤇ ⤇ ⤇ uni2907

2933 ⤳ ⤳ ⤳ ⤳ uni29332A00 ⨀ ⨀ ⨀ ⨀ uni2A002A01 ⨁ ⨁ ⨁ ⨁ uni2A012A02 ⨂ ⨂ ⨂ ⨂ uni2A022A03 ⨃ ⨃ ⨃ ⨃ uni2A032A04 ⨄ ⨄ ⨄ ⨄ uni2A042A05 ⨅ ⨅ ⨅ ⨅ uni2A052A06 ⨆ ⨆ ⨆ ⨆ uni2A062A09 ⨉ ⨉ ⨉ ⨉ uni2A092A0C ⨌ ⨌ ⨌ ⨌ uni2A0C2A11 ⨑ ⨑ ⨑ ⨑ uni2A112A2F ⨯ ⨯ ⨯ ⨯ uni2A2F2A3F ⨿ ⨿ ⨿ ⨿ uni2A3F2A7D ⩽ ⩽ ⩽ ⩽ uni2A7D2A7E ⩾ ⩾ ⩾ ⩾ uni2A7E2A85 ⪅ ⪅ ⪅ ⪅ uni2A852A86 ⪆ ⪆ ⪆ ⪆ uni2A862A87 ⪇ ⪇ ⪇ ⪇ uni2A872A88 ⪈ ⪈ ⪈ ⪈ uni2A882A89 ⪉ ⪉ ⪉ ⪉ uni2A892A8A ⪊ ⪊ ⪊ ⪊ uni2A8A2A8B ⪋ ⪋ ⪋ ⪋ uni2A8B2A8C ⪌ ⪌ ⪌ ⪌ uni2A8C2A95 ⪕ ⪕ ⪕ ⪕ uni2A952A96 ⪖ ⪖ ⪖ ⪖ uni2A962AAF ⪯ ⪯ ⪯ ⪯ uni2AAF2AB0 ⪰ ⪰ ⪰ ⪰ uni2AB02B04 ⬄ ⬄ ⬄ ⬄ uni2B042B05 ⬅ ⬅ ⬅ ⬅ uni2B052B06 ⬆ ⬆ ⬆ ⬆ uni2B062B07 ⬇ ⬇ ⬇ ⬇ uni2B072B0C ⬌ ⬌ ⬌ ⬌ uni2B0C2B0D ⬍ ⬍ ⬍ ⬍ uni2B0D2B1A ⬚ ⬚ ⬚ ⬚ uni2B1A2B31 ⬱ ⬱ ⬱ ⬱ uni2B312B33 ⬳ ⬳ ⬳ ⬳ uni2B332B3F ⬿ ⬿ ⬿ ⬿ uni2B3F2E18 ⸘ ⸘ ⸘ ⸘ uni2E18gnaborretni2E40 ⹀ ⹀ ⹀ ⹀ hyphendbl3016 〖 〖 〖 〖 whitelenticularbracketleft3017 〗 〗 〗 〗 whitelenticularbracketright

The number of glyphs in PFB/OTF (.notdef ignored): 1616/1548

The technical documentation of TEX Gyre Adventor, page 25

CS (CS TUG) encoding table (cs-qag*.tfm)

0 x00 Γ1 x01 ∆2 x02 Θ3 x03 Λ4 x04 Ξ5 x05 Π6 x06 Σ7 x07 Υ8 x08 Φ9 x09 Ψ

10 x0A Ω11 x0B ff12 x0C fi13 x0D fl14 x0E ffi15 x0F ffl16 x10 ı17 x11 ȷ18 x12 `19 x13 ´20 x14 ˇ21 x15 ˘22 x16 ¯23 x17 ˚24 x18 ¸25 x19 ß26 x1A æ27 x1B œ28 x1C ø29 x1D Æ30 x1E Œ31 x1F Ø32 x20 33 x21 !34 x22 ”

35 x23 #36 x24 $37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C ¡61 x3D =62 x3E ¿63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E

70 x46 F71 x47 G72 x48 H73 x49 I74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ˆ95 x5F ˙96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h

105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B –124 x7C —125 x7D ˝126 x7E ˜127 x7F ¨128 x80 …129 x81 †130 x82 ‡131 x83 •132 x84 £133 x85 ¶134 x86 €

136 x88 ™137 x89 ©138 x8A ®

141 x8D ‰

142 x8E ‹143 x8F ›144 x90 π

149 x95 ſ150 x96 ◊151 x97 ƒ152 x98 À

154 x9A ‚

156 x9C -157 x9D ˛158 x9E «159 x9F »

161 xA1 Ą

163 xA3 Ł164 xA4 ¤165 xA5 Ľ166 xA6 Ś167 xA7 §

169 xA9 Š170 xAA Ș171 xAB Ť172 xAC Ź

174 xAE Ž175 xAF Ż176 xB0 °177 xB1 ą

179 xB3 ł

181 xB5 ľ182 xB6 ś

184 xB8 à185 xB9 š

186 xBA ș187 xBB ť188 xBC ź189 xBD ţ190 xBE ž191 xBF ż192 xC0 Ŕ193 xC1 Á194 xC2 Â195 xC3 Ă196 xC4 Ä197 xC5 Ĺ198 xC6 Ć199 xC7 Ç200 xC8 Č201 xC9 É202 xCA Ę203 xCB Ë204 xCC Ě205 xCD Í206 xCE Î207 xCF Ď208 xD0 Ð209 xD1 Ń210 xD2 Ň211 xD3 Ó212 xD4 Ô213 xD5 Ő214 xD6 Ö215 xD7 ×216 xD8 Ř217 xD9 Ů218 xDA Ú219 xDB Ű220 xDC Ü

221 xDD Ý222 xDE Ţ

224 xE0 ŕ225 xE1 á226 xE2 â227 xE3 ă228 xE4 ä229 xE5 ĺ230 xE6 ć231 xE7 ç232 xE8 č233 xE9 é234 xEA ę235 xEB ë236 xEC ě237 xED í238 xEE î239 xEF ď240 xF0 ð241 xF1 ń242 xF2 ň243 xF3 ó244 xF4 ô245 xF5 ő246 xF6 ö247 xF7 ÷248 xF8 ř249 xF9 ů250 xFA ú251 xFB ű252 xFC ü253 xFD ý254 xFE „255 xFF “

The technical documentation of TEX Gyre Adventor, page 26

CS (CS TUG) small caps encoding table (cs-qag*-sc.tfm)

0 x00 Γ1 x01 ∆2 x02 Θ3 x03 Λ4 x04 Ξ5 x05 Π6 x06 Σ7 x07 Υ8 x08 Φ9 x09 Ψ

10 x0A Ω

16 x10 ı17 x11 ȷ18 x12 `19 x13 ´20 x14 ˇ21 x15 ˘22 x16 ¯23 x17 ˚24 x18 ¸25 x19 ß26 x1A æ27 x1B œ28 x1C ø29 x1D Æ30 x1E Œ31 x1F Ø32 x20 33 x21 !34 x22 ”35 x23 #36 x24 $37 x25 %38 x26 &

39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C ¡61 x3D =62 x3E ¿63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H

73 x49 I74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ˆ95 x5F ˙96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j

107 x6B k108 x6C l109 x6D m110 x6E n111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B –124 x7C —125 x7D ˝126 x7E ˜127 x7F ¨128 x80 …129 x81 †130 x82 ‡131 x83 •132 x84 £133 x85 ¶134 x86 €

136 x88 ™137 x89 ©138 x8A ®

141 x8D ‰142 x8E ‹143 x8F ›

144 x90 π

150 x96 ◊151 x97 ƒ152 x98 À

154 x9A ‚

156 x9C -157 x9D ˛158 x9E «159 x9F »

161 xA1 Ą

163 xA3 Ł164 xA4 ¤165 xA5 Ľ166 xA6 Ś167 xA7 §

169 xA9 Š170 xAA Ș171 xAB Ť172 xAC Ź

174 xAE Ž175 xAF Ż176 xB0 °177 xB1 ą

179 xB3 ł

181 xB5 ľ182 xB6 ś

184 xB8 à185 xB9 š186 xBA ș187 xBB ť

188 xBC ź189 xBD ţ190 xBE ž191 xBF ż192 xC0 Ŕ193 xC1 Á194 xC2 Â195 xC3 Ă196 xC4 Ä197 xC5 Ĺ198 xC6 Ć199 xC7 Ç200 xC8 Č201 xC9 É202 xCA Ę203 xCB Ë204 xCC Ě205 xCD Í206 xCE Î207 xCF Ď208 xD0 Ð209 xD1 Ń210 xD2 Ň211 xD3 Ó212 xD4 Ô213 xD5 Ő214 xD6 Ö215 xD7 ×216 xD8 Ř217 xD9 Ů218 xDA Ú219 xDB Ű220 xDC Ü221 xDD Ý

222 xDE Ţ

224 xE0 ŕ225 xE1 á226 xE2 â227 xE3 ă228 xE4 ä229 xE5 ĺ230 xE6 ć231 xE7 ç232 xE8 č233 xE9 é234 xEA ę235 xEB ë236 xEC ě237 xED í238 xEE î239 xEF ď240 xF0 ð241 xF1 ń242 xF2 ň243 xF3 ó244 xF4 ô245 xF5 ő246 xF6 ö247 xF7 ÷248 xF8 ř249 xF9 ů250 xFA ú251 xFB ű252 xFC ü253 xFD ý254 xFE „255 xFF “

The technical documentation of TEX Gyre Adventor, page 27

EC (Cork aka T1) encoding table (ec-qag*.tfm)

0 x00 `1 x01 ´2 x02 ˆ3 x03 ˜4 x04 ¨5 x05 ˝6 x06 ˚7 x07 ˇ8 x08 ˘9 x09 ¯

10 x0A ˙11 x0B ¸12 x0C ˛13 x0D ‚14 x0E ‹15 x0F ›16 x10 “17 x11 ”18 x12 „19 x13 «20 x14 »21 x15 –22 x16 —23 x17 24 x18 �25 x19 ı26 x1A ȷ27 x1B ff28 x1C fi29 x1D fl30 x1E ffi31 x1F ffl32 x20 ␣33 x21 !34 x22 "35 x23 #36 x24 $

37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C <61 x3D =62 x3E >63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I

74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ^95 x5F _96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n

111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B {124 x7C |125 x7D }126 x7E ~127 x7F -128 x80 Ă129 x81 Ą130 x82 Ć131 x83 Č132 x84 Ď133 x85 Ě134 x86 Ę135 x87 Ğ136 x88 Ĺ137 x89 Ľ138 x8A Ł139 x8B Ń140 x8C Ň141 x8D Ŋ142 x8E Ő143 x8F Ŕ144 x90 Ř145 x91 Ś146 x92 Š147 x93 Ş

148 x94 Ť149 x95 Ţ150 x96 Ű151 x97 Ů152 x98 Ÿ153 x99 Ź154 x9A Ž155 x9B Ż156 x9C IJ157 x9D İ158 x9E đ159 x9F §160 xA0 ă161 xA1 ą162 xA2 ć163 xA3 č164 xA4 ď165 xA5 ě166 xA6 ę167 xA7 ğ168 xA8 ĺ169 xA9 ľ170 xAA ł171 xAB ń172 xAC ň173 xAD ŋ174 xAE ő175 xAF ŕ176 xB0 ř177 xB1 ś178 xB2 š179 xB3 ş180 xB4 ť181 xB5 ţ182 xB6 ű183 xB7 ů184 xB8 ÿ

185 xB9 ź186 xBA ž187 xBB ż188 xBC ij189 xBD ¡190 xBE ¿191 xBF £192 xC0 À193 xC1 Á194 xC2 Â195 xC3 Ã196 xC4 Ä197 xC5 Å198 xC6 Æ199 xC7 Ç200 xC8 È201 xC9 É202 xCA Ê203 xCB Ë204 xCC Ì205 xCD Í206 xCE Î207 xCF Ï208 xD0 Ð209 xD1 Ñ210 xD2 Ò211 xD3 Ó212 xD4 Ô213 xD5 Õ214 xD6 Ö215 xD7 Œ216 xD8 Ø217 xD9 Ù218 xDA Ú219 xDB Û220 xDC Ü221 xDD Ý

222 xDE Þ223 xDF SS224 xE0 à225 xE1 á226 xE2 â227 xE3 ã228 xE4 ä229 xE5 å230 xE6 æ231 xE7 ç232 xE8 è233 xE9 é234 xEA ê235 xEB ë236 xEC ì237 xED í238 xEE î239 xEF ï240 xF0 ð241 xF1 ñ242 xF2 ò243 xF3 ó244 xF4 ô245 xF5 õ246 xF6 ö247 xF7 œ248 xF8 ø249 xF9 ù250 xFA ú251 xFB û252 xFC ü253 xFD ý254 xFE þ255 xFF ß

The technical documentation of TEX Gyre Adventor, page 28

EC (Cork aka T1) small caps encoding table (ec-qag*-sc.tfm)

0 x00 `1 x01 ´2 x02 ˆ3 x03 ˜4 x04 ¨5 x05 ˝6 x06 ˚7 x07 ˇ8 x08 ˘9 x09 ¯

10 x0A ˙11 x0B ¸12 x0C ˛13 x0D ‚14 x0E ‹15 x0F ›16 x10 “17 x11 ”18 x12 „19 x13 «20 x14 »21 x15 –22 x16 —23 x17 24 x18 �25 x19 ı26 x1A ȷ

32 x20 ␣33 x21 !34 x22 "35 x23 #36 x24 $37 x25 %38 x26 &39 x27 ’40 x28 (

41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C <61 x3D =62 x3E >63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I74 x4A J75 x4B K76 x4C L

77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ^95 x5F _96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n111 x6F o112 x70 p

113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B {124 x7C |125 x7D }126 x7E ~127 x7F -128 x80 Ă129 x81 Ą130 x82 Ć131 x83 Č132 x84 Ď133 x85 Ě134 x86 Ę135 x87 Ğ136 x88 Ĺ137 x89 Ľ138 x8A Ł139 x8B Ń140 x8C Ň141 x8D Ŋ142 x8E Ő143 x8F Ŕ144 x90 Ř145 x91 Ś146 x92 Š147 x93 Ş148 x94 Ť

149 x95 Ţ150 x96 Ű151 x97 Ů152 x98 Ÿ153 x99 Ź154 x9A Ž155 x9B Ż156 x9C IJ157 x9D İ158 x9E đ159 x9F §160 xA0 ă161 xA1 ą162 xA2 ć163 xA3 č164 xA4 ď165 xA5 ě166 xA6 ę167 xA7 ğ168 xA8 ĺ169 xA9 ľ170 xAA ł171 xAB ń172 xAC ň173 xAD ŋ174 xAE ő175 xAF ŕ176 xB0 ř177 xB1 ś178 xB2 š179 xB3 ş180 xB4 ť181 xB5 ţ182 xB6 ű183 xB7 ů184 xB8 ÿ

185 xB9 ź186 xBA ž187 xBB ż188 xBC ij189 xBD ¡190 xBE ¿191 xBF £192 xC0 À193 xC1 Á194 xC2 Â195 xC3 Ã196 xC4 Ä197 xC5 Å198 xC6 Æ199 xC7 Ç200 xC8 È201 xC9 É202 xCA Ê203 xCB Ë204 xCC Ì205 xCD Í206 xCE Î207 xCF Ï208 xD0 Ð209 xD1 Ñ210 xD2 Ò211 xD3 Ó212 xD4 Ô213 xD5 Õ214 xD6 Ö215 xD7 Œ216 xD8 Ø217 xD9 Ù218 xDA Ú219 xDB Û220 xDC Ü

221 xDD Ý222 xDE Þ223 xDF SS224 xE0 à225 xE1 á226 xE2 â227 xE3 ã228 xE4 ä229 xE5 å230 xE6 æ231 xE7 ç232 xE8 è233 xE9 é234 xEA ê235 xEB ë236 xEC ì237 xED í238 xEE î239 xEF ï240 xF0 ð241 xF1 ñ242 xF2 ò243 xF3 ó244 xF4 ô245 xF5 õ246 xF6 ö247 xF7 œ248 xF8 ø249 xF9 ù250 xFA ú251 xFB û252 xFC ü253 xFD ý254 xFE þ255 xFF ß

The technical documentation of TEX Gyre Adventor, page 29

L7x (Lithuanian) encoding table (l7x-qag*.tfm)

0 x00 `1 x01 ´2 x02 ˆ3 x03 ˜4 x04 ¨5 x05 ˝6 x06 ˚7 x07 ˇ8 x08 ˘9 x09 ¯

10 x0A ˙11 x0B ¸12 x0C ˛13 x0D ‚14 x0E ‹15 x0F ›16 x10 “17 x11 ”18 x12 „19 x13 «20 x14 »21 x15 –22 x16 —23 x17 24 x18 �25 x19 ı26 x1A ȷ27 x1B ff28 x1C fi29 x1D fl30 x1E ffi31 x1F ffl32 x20 33 x21 !

34 x22 "35 x23 #36 x24 $37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C <61 x3D =62 x3E >63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C

68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ^95 x5F _96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e

102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B {124 x7C |125 x7D }126 x7E ~

128 x80 €

131 x83 ƒ

133 x85 …134 x86 †135 x87 ‡

137 x89 ‰

140 x8C Œ

149 x95 •

153 x99 ™

156 x9C œ

160 xA0  

162 xA2 ¢163 xA3 £164 xA4 ¤

166 xA6 ¦167 xA7 §168 xA8 Ø169 xA9 ©170 xAA Ŗ

172 xAC ¬173 xAD -174 xAE ®175 xAF Æ176 xB0 °177 xB1 ±178 xB2 2179 xB3 3

181 xB5 µ182 xB6 ¶183 xB7 ·184 xB8 ø185 xB9 1186 xBA ŗ

188 xBC ¼189 xBD ½190 xBE ¾

191 xBF æ192 xC0 Ą193 xC1 Į194 xC2 Ā195 xC3 Ć196 xC4 Ä197 xC5 Å198 xC6 Ę199 xC7 Ē200 xC8 Č201 xC9 É202 xCA Ź203 xCB Ė204 xCC Ģ205 xCD Ķ206 xCE Ī207 xCF Ļ208 xD0 Š209 xD1 Ń210 xD2 Ņ211 xD3 Ó212 xD4 Ō213 xD5 Õ214 xD6 Ö215 xD7 ×216 xD8 Ų217 xD9 Ł218 xDA Ś219 xDB Ū220 xDC Ü221 xDD Ż222 xDE Ž223 xDF ß224 xE0 ą

225 xE1 į226 xE2 ā227 xE3 ć228 xE4 ä229 xE5 å230 xE6 ę231 xE7 ē232 xE8 č233 xE9 é234 xEA ź235 xEB ė236 xEC ģ237 xED ķ238 xEE ī239 xEF ļ240 xF0 š241 xF1 ń242 xF2 ņ243 xF3 ó244 xF4 ō245 xF5 õ246 xF6 ö247 xF7 ÷248 xF8 ų249 xF9 ł250 xFA ś251 xFB ū252 xFC ü253 xFD ż254 xFE ž

The technical documentation of TEX Gyre Adventor, page 30

L7x (Lithuanian) small caps encoding table (l7x-qag*-sc.tfm)

0 x00 `1 x01 ´2 x02 ˆ3 x03 ˜4 x04 ¨5 x05 ˝6 x06 ˚7 x07 ˇ8 x08 ˘9 x09 ¯

10 x0A ˙11 x0B ¸12 x0C ˛13 x0D ‚14 x0E ‹15 x0F ›16 x10 “17 x11 ”18 x12 „19 x13 «20 x14 »21 x15 –22 x16 —23 x17 24 x18 �25 x19 ı26 x1A ȷ

32 x20 33 x21 !34 x22 "35 x23 #36 x24 $

37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C <61 x3D =62 x3E >63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E

70 x46 F71 x47 G72 x48 H73 x49 I74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ^95 x5F _96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f

103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B {124 x7C |125 x7D }126 x7E ~

128 x80 €

131 x83 ƒ

133 x85 …134 x86 †135 x87 ‡

137 x89 ‰

140 x8C Œ

149 x95 •

153 x99 ™

156 x9C œ

160 xA0  

162 xA2 ¢163 xA3 £164 xA4 ¤

166 xA6 ¦167 xA7 §168 xA8 Ø169 xA9 ©170 xAA Ŗ

172 xAC ¬173 xAD -174 xAE ®175 xAF Æ176 xB0 °177 xB1 ±178 xB2 2179 xB3 3

181 xB5 µ182 xB6 ¶183 xB7 ·184 xB8 ø185 xB9 1186 xBA ŗ

188 xBC ¼189 xBD ½190 xBE ¾

191 xBF æ192 xC0 Ą193 xC1 Į194 xC2 Ā195 xC3 Ć196 xC4 Ä197 xC5 Å198 xC6 Ę199 xC7 Ē200 xC8 Č201 xC9 É202 xCA Ź203 xCB Ė204 xCC Ģ205 xCD Ķ206 xCE Ī207 xCF Ļ208 xD0 Š209 xD1 Ń210 xD2 Ņ211 xD3 Ó212 xD4 Ō213 xD5 Õ214 xD6 Ö215 xD7 ×216 xD8 Ų217 xD9 Ł218 xDA Ś219 xDB Ū220 xDC Ü221 xDD Ż222 xDE Ž223 xDF ß

224 xE0 ą225 xE1 į226 xE2 ā227 xE3 ć228 xE4 ä229 xE5 å230 xE6 ę231 xE7 ē232 xE8 č233 xE9 é234 xEA ź235 xEB ė236 xEC ģ237 xED ķ238 xEE ī239 xEF ļ240 xF0 š241 xF1 ń242 xF2 ņ243 xF3 ó244 xF4 ō245 xF5 õ246 xF6 ö247 xF7 ÷248 xF8 ų249 xF9 ł250 xFA ś251 xFB ū252 xFC ü253 xFD ż254 xFE ž

The technical documentation of TEX Gyre Adventor, page 31

RM (“regular math”) encoding table (rm-qag*.tfm)

0 x00 Γ1 x01 ∆2 x02 Θ3 x03 Λ4 x04 Ξ5 x05 Π6 x06 Σ7 x07 Υ8 x08 Φ9 x09 Ψ

10 x0A Ω11 x0B ff12 x0C fi13 x0D fl14 x0E ffi15 x0F ffl16 x10 ı17 x11 ȷ18 x12 `19 x13 ´20 x14 ˇ21 x15 ˘22 x16 ¯23 x17 ˚24 x18 ¸25 x19 ß26 x1A æ27 x1B œ28 x1C ø29 x1D Æ30 x1E Œ31 x1F Ø32 x20 33 x21 !34 x22 ”35 x23 #36 x24 $

37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C ¡61 x3D =62 x3E ¿63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I

74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C “93 x5D ]94 x5E ˆ95 x5F ˙96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n

111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B –124 x7C —125 x7D ˝126 x7E ˜127 x7F ¨128 x80 Ă129 x81 Ą130 x82 Ć131 x83 Č132 x84 Ď133 x85 Ě134 x86 Ę135 x87 Ğ136 x88 Ĺ137 x89 Ľ138 x8A Ł139 x8B Ń140 x8C Ň141 x8D Ŋ142 x8E Ő143 x8F Ŕ144 x90 Ř145 x91 Ś146 x92 Š147 x93 Ş

148 x94 Ť149 x95 Ţ150 x96 Ű151 x97 Ů152 x98 Ÿ153 x99 Ź154 x9A Ž155 x9B Ż156 x9C IJ157 x9D İ158 x9E đ159 x9F §160 xA0 ă161 xA1 ą162 xA2 ć163 xA3 č164 xA4 ď165 xA5 ě166 xA6 ę167 xA7 ğ168 xA8 ĺ169 xA9 ľ170 xAA ł171 xAB ń172 xAC ň173 xAD ŋ174 xAE ő175 xAF ŕ176 xB0 ř177 xB1 ś178 xB2 š179 xB3 ş180 xB4 ť181 xB5 ţ182 xB6 ű183 xB7 ů184 xB8 ÿ

185 xB9 ź186 xBA ž187 xBB ż188 xBC ij189 xBD ·190 xBE "191 xBF £192 xC0 À193 xC1 Á194 xC2 Â195 xC3 Ã196 xC4 Ä197 xC5 Å198 xC6 «199 xC7 Ç200 xC8 È201 xC9 É202 xCA Ê203 xCB Ë204 xCC Ì205 xCD Í206 xCE Î207 xCF Ï208 xD0 Ð209 xD1 Ñ210 xD2 Ò211 xD3 Ó212 xD4 Ô213 xD5 Õ214 xD6 Ö215 xD7 »216 xD8 ‰217 xD9 Ù218 xDA Ú219 xDB Û220 xDC Ü221 xDD Ý

222 xDE Þ223 xDF SS224 xE0 à225 xE1 á226 xE2 â227 xE3 ã228 xE4 ä229 xE5 å230 xE6 _231 xE7 ç232 xE8 è233 xE9 é234 xEA ê235 xEB ë236 xEC ì237 xED í238 xEE î239 xEF ï240 xF0 ð241 xF1 ñ242 xF2 ò243 xF3 ó244 xF4 ô245 xF5 õ246 xF6 ö247 xF7 ÷248 xF8 ø249 xF9 ù250 xFA ú251 xFB û252 xFC ü253 xFD ý254 xFE þ255 xFF „

The technical documentation of TEX Gyre Adventor, page 32

RM (“regular math”) small caps encoding table (rm-qag*-sc.tfm)

0 x00 Γ1 x01 ∆2 x02 Θ3 x03 Λ4 x04 Ξ5 x05 Π6 x06 Σ7 x07 Υ8 x08 Φ9 x09 Ψ

10 x0A Ω

16 x10 ı17 x11 ȷ18 x12 `19 x13 ´20 x14 ˇ21 x15 ˘22 x16 ¯23 x17 ˚24 x18 ¸25 x19 ß26 x1A æ27 x1B œ28 x1C ø29 x1D Æ30 x1E Œ31 x1F Ø32 x20 33 x21 !34 x22 ”35 x23 #36 x24 $37 x25 %38 x26 &39 x27 ’

40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C ¡61 x3D =62 x3E ¿63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I74 x4A J75 x4B K

76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C “93 x5D ]94 x5E ˆ95 x5F ˙96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n111 x6F o

112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B –124 x7C —125 x7D ˝126 x7E ˜127 x7F ¨128 x80 Ă129 x81 Ą130 x82 Ć131 x83 Č132 x84 Ď133 x85 Ě134 x86 Ę135 x87 Ğ136 x88 Ĺ137 x89 Ľ138 x8A Ł139 x8B Ń140 x8C Ň141 x8D Ŋ142 x8E Ő143 x8F Ŕ144 x90 Ř145 x91 Ś146 x92 Š147 x93 Ş

148 x94 Ť149 x95 Ţ150 x96 Ű151 x97 Ů152 x98 Ÿ153 x99 Ź154 x9A Ž155 x9B Ż156 x9C IJ157 x9D İ158 x9E đ159 x9F §160 xA0 ă161 xA1 ą162 xA2 ć163 xA3 č164 xA4 ď165 xA5 ě166 xA6 ę167 xA7 ğ168 xA8 ĺ169 xA9 ľ170 xAA ł171 xAB ń172 xAC ň173 xAD ŋ174 xAE ő175 xAF ŕ176 xB0 ř177 xB1 ś178 xB2 š179 xB3 ş180 xB4 ť181 xB5 ţ182 xB6 ű183 xB7 ů

184 xB8 ÿ185 xB9 ź186 xBA ž187 xBB ż188 xBC ij189 xBD ·190 xBE "191 xBF £192 xC0 À193 xC1 Á194 xC2 Â195 xC3 Ã196 xC4 Ä197 xC5 Å198 xC6 «199 xC7 Ç200 xC8 È201 xC9 É202 xCA Ê203 xCB Ë204 xCC Ì205 xCD Í206 xCE Î207 xCF Ï208 xD0 Ð209 xD1 Ñ210 xD2 Ò211 xD3 Ó212 xD4 Ô213 xD5 Õ214 xD6 Ö215 xD7 »216 xD8 ‰217 xD9 Ù218 xDA Ú219 xDB Û

220 xDC Ü221 xDD Ý222 xDE Þ223 xDF SS224 xE0 à225 xE1 á226 xE2 â227 xE3 ã228 xE4 ä229 xE5 å230 xE6 _231 xE7 ç232 xE8 è233 xE9 é234 xEA ê235 xEB ë236 xEC ì237 xED í238 xEE î239 xEF ï240 xF0 ð241 xF1 ñ242 xF2 ò243 xF3 ó244 xF4 ô245 xF5 õ246 xF6 ö247 xF7 ÷248 xF8 ø249 xF9 ù250 xFA ú251 xFB û252 xFC ü253 xFD ý254 xFE þ255 xFF „

The technical documentation of TEX Gyre Adventor, page 33

QX (GUST) encoding table (qx-qag*.tfm)

0 x00 α1 x01 ∆2 x02 β3 x03 δ4 x04 π5 x05 Π6 x06 Σ7 x07 µ8 x08 …9 x09 fk

10 x0A Ω11 x0B ff12 x0C fi13 x0D fl14 x0E ffi15 x0F ffl16 x10 ı17 x11 ȷ18 x12 `19 x13 ´20 x14 ˇ21 x15 ˘22 x16 ¯23 x17 ˚24 x18 ¸25 x19 ß26 x1A æ27 x1B œ28 x1C ø29 x1D Æ30 x1E Œ31 x1F Ø32 x20 33 x21 !34 x22 ”35 x23 #36 x24 $

37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C ¡61 x3D =62 x3E ¿63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I

74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C “93 x5D ]94 x5E ˆ95 x5F ˙96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n

111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B –124 x7C —125 x7D ˝126 x7E ˜127 x7F ¨128 x80 €129 x81 Ą130 x82 Ć131 x83 >132 x84 ≥133 x85 ≈134 x86 Ę135 x87 Į136 x88 <137 x89 ≤138 x8A Ł139 x8B Ń140 x8C ~141 x8D ^142 x8E 143 x8F †144 x90 ‡145 x91 Ś146 x92 Š147 x93 Ș

148 x94 °149 x95 Ţ150 x96 ˛151 x97 Ų152 x98 Ÿ153 x99 Ź154 x9A Ž155 x9B Ż156 x9C IJ157 x9D {158 x9E }159 x9F §

161 xA1 ą162 xA2 ć163 xA3 ®164 xA4 ©165 xA5 ÷166 xA6 ę167 xA7 į168 xA8 −169 xA9 ×170 xAA ł171 xAB ń172 xAC ±173 xAD ∞174 xAE «175 xAF »176 xB0 ¶177 xB1 ś178 xB2 š179 xB3 ș180 xB4 •181 xB5 ţ182 xB6 183 xB7 ų184 xB8 ÿ

185 xB9 ź186 xBA ž187 xBB ż188 xBC ij189 xBD ·190 xBE "191 xBF '192 xC0 À193 xC1 Á194 xC2 Â195 xC3 Ã196 xC4 Ä197 xC5 Å198 xC6 \199 xC7 Ç200 xC8 È201 xC9 É202 xCA Ê203 xCB Ë204 xCC Ì205 xCD Í206 xCE Î207 xCF Ï208 xD0 Ð209 xD1 Ñ210 xD2 Ò211 xD3 Ó212 xD4 Ô213 xD5 Õ214 xD6 Ö215 xD7 ¤216 xD8 ‰217 xD9 Ù218 xDA Ú219 xDB Û220 xDC Ü221 xDD Ý

222 xDE Þ223 xDF |224 xE0 à225 xE1 á226 xE2 â227 xE3 ã228 xE4 ä229 xE5 å230 xE6 _231 xE7 ç232 xE8 è233 xE9 é234 xEA ê235 xEB ë236 xEC ì237 xED í238 xEE î239 xEF ï240 xF0 ð241 xF1 ñ242 xF2 ò243 xF3 ó244 xF4 ô245 xF5 õ246 xF6 ö247 xF7 ÷248 xF8 ø249 xF9 ù250 xFA ú251 xFB û252 xFC ü253 xFD ý254 xFE þ255 xFF „

The technical documentation of TEX Gyre Adventor, page 34

QX (GUST) small caps encoding table (qx-qag*-sc.tfm)

0 x00 α1 x01 ∆2 x02 β3 x03 δ4 x04 π5 x05 Π6 x06 Σ7 x07 µ8 x08 …

10 x0A Ω

16 x10 ı17 x11 ȷ18 x12 `19 x13 ´20 x14 ˇ21 x15 ˘22 x16 ¯23 x17 ˚24 x18 ¸25 x19 ß26 x1A æ27 x1B œ28 x1C ø29 x1D Æ30 x1E Œ31 x1F Ø32 x20 33 x21 !34 x22 ”35 x23 #36 x24 $37 x25 %38 x26 &39 x27 ’40 x28 (

41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C ¡61 x3D =62 x3E ¿63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I74 x4A J75 x4B K76 x4C L

77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C “93 x5D ]94 x5E ˆ95 x5F ˙96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n111 x6F o112 x70 p

113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B –124 x7C —125 x7D ˝126 x7E ˜127 x7F ¨128 x80 €129 x81 Ą130 x82 Ć131 x83 >132 x84 ≥133 x85 ≈134 x86 Ę135 x87 Į136 x88 <137 x89 ≤138 x8A Ł139 x8B Ń140 x8C ~141 x8D ^142 x8E 143 x8F †144 x90 ‡145 x91 Ś146 x92 Š147 x93 Ș148 x94 °

149 x95 Ţ150 x96 ˛151 x97 Ų152 x98 Ÿ153 x99 Ź154 x9A Ž155 x9B Ż156 x9C IJ157 x9D {158 x9E }159 x9F §

161 xA1 ą162 xA2 ć163 xA3 ®164 xA4 ©165 xA5 ÷166 xA6 ę167 xA7 į168 xA8 −169 xA9 ×170 xAA ł171 xAB ń172 xAC ±173 xAD ∞174 xAE «175 xAF »176 xB0 ¶177 xB1 ś178 xB2 š179 xB3 ș180 xB4 •181 xB5 ţ182 xB6 183 xB7 ų184 xB8 ÿ

185 xB9 ź186 xBA ž187 xBB ż188 xBC ij189 xBD ·190 xBE "191 xBF '192 xC0 À193 xC1 Á194 xC2 Â195 xC3 Ã196 xC4 Ä197 xC5 Å198 xC6 \199 xC7 Ç200 xC8 È201 xC9 É202 xCA Ê203 xCB Ë204 xCC Ì205 xCD Í206 xCE Î207 xCF Ï208 xD0 Ð209 xD1 Ñ210 xD2 Ò211 xD3 Ó212 xD4 Ô213 xD5 Õ214 xD6 Ö215 xD7 ¤216 xD8 ‰217 xD9 Ù218 xDA Ú219 xDB Û220 xDC Ü

221 xDD Ý222 xDE Þ223 xDF |224 xE0 à225 xE1 á226 xE2 â227 xE3 ã228 xE4 ä229 xE5 å230 xE6 _231 xE7 ç232 xE8 è233 xE9 é234 xEA ê235 xEB ë236 xEC ì237 xED í238 xEE î239 xEF ï240 xF0 ð241 xF1 ñ242 xF2 ò243 xF3 ó244 xF4 ô245 xF5 õ246 xF6 ö247 xF7 ÷248 xF8 ø249 xF9 ù250 xFA ú251 xFB û252 xFC ü253 xFD ý254 xFE þ255 xFF „

The technical documentation of TEX Gyre Adventor, page 35

T5 (Vietnamese) encoding table (t5-qag*.tfm)

0 x00 `1 x01 ´2 x02 ˆ3 x03 ˜4 x04 ¨5 x05 �6 x06 ˚7 x07 ˇ8 x08 ˘9 x09 ¯

10 x0A ˙11 x0B ¸12 x0C �13 x0D ‚14 x0E ‹15 x0F ›16 x10 “17 x11 ”18 x12 „19 x13 «20 x14 »21 x15 –22 x16 —23 x17 24 x18 �25 x19 ı26 x1A Ỷ27 x1B ỷ28 x1C Ỵ29 x1D ỵ30 x1E Đ31 x1F đ32 x20 ␣33 x21 !34 x22 "35 x23 #36 x24 $

37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C <61 x3D =62 x3E >63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I

74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ^95 x5F _96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n

111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B {124 x7C |125 x7D }126 x7E ~127 x7F -128 x80 À129 x81 Á130 x82 Ã131 x83 Ả132 x84 Ạ133 x85 Â134 x86 Ầ135 x87 Ấ136 x88 Ẫ137 x89 Ẩ138 x8A Ậ139 x8B Ă140 x8C Ằ141 x8D Ắ142 x8E Ẵ143 x8F Ẳ144 x90 Ặ145 x91 È146 x92 É147 x93 Ẽ

148 x94 Ẻ149 x95 Ẹ150 x96 Ê151 x97 Ề152 x98 Ế153 x99 Ễ154 x9A Ể155 x9B Ệ156 x9C Ì157 x9D Í158 x9E Ĩ159 x9F Ỉ160 xA0 à161 xA1 á162 xA2 ã163 xA3 ả164 xA4 ạ165 xA5 â166 xA6 ầ167 xA7 ấ168 xA8 ẫ169 xA9 ẩ170 xAA ậ171 xAB ă172 xAC ằ173 xAD ắ174 xAE ẵ175 xAF ẳ176 xB0 ặ177 xB1 è178 xB2 é179 xB3 ẽ180 xB4 ẻ181 xB5 ẹ182 xB6 ê183 xB7 ề184 xB8 ế

185 xB9 ễ186 xBA ể187 xBB ệ188 xBC ì189 xBD í190 xBE ĩ191 xBF ỉ192 xC0 Ị193 xC1 Ò194 xC2 Ó195 xC3 Õ196 xC4 Ỏ197 xC5 Ọ198 xC6 Ô199 xC7 Ồ200 xC8 Ố201 xC9 Ỗ202 xCA Ổ203 xCB Ộ204 xCC Ơ205 xCD Ờ206 xCE Ớ207 xCF Ỡ208 xD0 Ở209 xD1 Ợ210 xD2 Ù211 xD3 Ú212 xD4 Ũ213 xD5 Ủ214 xD6 Ụ215 xD7 Ư216 xD8 Ừ217 xD9 Ứ218 xDA Ữ219 xDB Ử220 xDC Ự221 xDD Ỳ

222 xDE Ý223 xDF Ỹ224 xE0 ị225 xE1 ò226 xE2 ó227 xE3 õ228 xE4 ỏ229 xE5 ọ230 xE6 ô231 xE7 ồ232 xE8 ố233 xE9 ỗ234 xEA ổ235 xEB ộ236 xEC ơ237 xED ờ238 xEE ớ239 xEF ỡ240 xF0 ở241 xF1 ợ242 xF2 ù243 xF3 ú244 xF4 ũ245 xF5 ủ246 xF6 ụ247 xF7 ư248 xF8 ừ249 xF9 ứ250 xFA ữ251 xFB ử252 xFC ự253 xFD ỳ254 xFE ý255 xFF ỹ

The technical documentation of TEX Gyre Adventor, page 36

T5 (Vietnamese) small caps encoding table (t5-qag*-sc.tfm)

0 x00 `1 x01 ´2 x02 ˆ3 x03 ˜4 x04 ¨5 x05 �6 x06 ˚7 x07 ˇ8 x08 ˘9 x09 ¯

10 x0A ˙11 x0B ¸12 x0C �13 x0D ‚14 x0E ‹15 x0F ›16 x10 “17 x11 ”18 x12 „19 x13 «20 x14 »21 x15 –22 x16 —23 x17 24 x18 �25 x19 ı26 x1A Ỷ27 x1B ỷ28 x1C Ỵ29 x1D ỵ30 x1E Đ31 x1F đ32 x20 ␣33 x21 !34 x22 "35 x23 #36 x24 $

37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C <61 x3D =62 x3E >63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I

74 x4A J75 x4B K76 x4C L77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ^95 x5F _96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n

111 x6F o112 x70 p113 x71 q114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B {124 x7C |125 x7D }126 x7E ~127 x7F -128 x80 À129 x81 Á130 x82 Ã131 x83 Ả132 x84 Ạ133 x85 Â134 x86 Ầ135 x87 Ấ136 x88 Ẫ137 x89 Ẩ138 x8A Ậ139 x8B Ă140 x8C Ằ141 x8D Ắ142 x8E Ẵ143 x8F Ẳ144 x90 Ặ145 x91 È146 x92 É147 x93 Ẽ

148 x94 Ẻ149 x95 Ẹ150 x96 Ê151 x97 Ề152 x98 Ế153 x99 Ễ154 x9A Ể155 x9B Ệ156 x9C Ì157 x9D Í158 x9E Ĩ159 x9F Ỉ160 xA0 à161 xA1 á162 xA2 ã163 xA3 ả164 xA4 ạ165 xA5 â166 xA6 ầ167 xA7 ấ168 xA8 ẫ169 xA9 ẩ170 xAA ậ171 xAB ă172 xAC ằ173 xAD ắ174 xAE ẵ175 xAF ẳ176 xB0 ặ177 xB1 è178 xB2 é179 xB3 ẽ180 xB4 ẻ181 xB5 ẹ182 xB6 ê183 xB7 ề184 xB8 ế

185 xB9 ễ186 xBA ể187 xBB ệ188 xBC ì189 xBD í190 xBE ĩ191 xBF ỉ192 xC0 Ị193 xC1 Ò194 xC2 Ó195 xC3 Õ196 xC4 Ỏ197 xC5 Ọ198 xC6 Ô199 xC7 Ồ200 xC8 Ố201 xC9 Ỗ202 xCA Ổ203 xCB Ộ204 xCC Ơ205 xCD Ờ206 xCE Ớ207 xCF Ỡ208 xD0 Ở209 xD1 Ợ210 xD2 Ù211 xD3 Ú212 xD4 Ũ213 xD5 Ủ214 xD6 Ụ215 xD7 Ư216 xD8 Ừ217 xD9 Ứ218 xDA Ữ219 xDB Ử220 xDC Ự221 xDD Ỳ

222 xDE Ý223 xDF Ỹ224 xE0 ị225 xE1 ò226 xE2 ó227 xE3 õ228 xE4 ỏ229 xE5 ọ230 xE6 ô231 xE7 ồ232 xE8 ố233 xE9 ỗ234 xEA ổ235 xEB ộ236 xEC ơ237 xED ờ238 xEE ớ239 xEF ỡ240 xF0 ở241 xF1 ợ242 xF2 ù243 xF3 ú244 xF4 ũ245 xF5 ủ246 xF6 ụ247 xF7 ư248 xF8 ừ249 xF9 ứ250 xFA ữ251 xFB ử252 xFC ự253 xFD ỳ254 xFE ý255 xFF ỹ

The technical documentation of TEX Gyre Adventor, page 37

TEX’n’ANSI (aka LY1 aka Y&Y) encoding table (texnansi-qag*.tfm)

1 x01 €

4 x04 ⁄5 x05 ˙6 x06 ˝7 x07 ˛8 x08 fl

10 x0A 11 x0B ff12 x0C fi

14 x0E ffi15 x0F ffl16 x10 ı17 x11 ȷ18 x12 `19 x13 ´20 x14 ˇ21 x15 ˘22 x16 ¯23 x17 ˚24 x18 ¸25 x19 ß26 x1A æ27 x1B œ28 x1C ø29 x1D Æ30 x1E Œ31 x1F Ø32 x20 33 x21 !34 x22 "35 x23 #36 x24 $37 x25 %38 x26 &39 x27 ’

40 x28 (41 x29 )42 x2A *43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C <61 x3D =62 x3E >63 x3F ?64 x40 @65 x41 A66 x42 B67 x43 C68 x44 D69 x45 E70 x46 F71 x47 G72 x48 H73 x49 I74 x4A J75 x4B K76 x4C L

77 x4D M78 x4E N79 x4F O80 x50 P81 x51 Q82 x52 R83 x53 S84 x54 T85 x55 U86 x56 V87 x57 W88 x58 X89 x59 Y90 x5A Z91 x5B [92 x5C \93 x5D ]94 x5E ˆ95 x5F _96 x60 ‘97 x61 a98 x62 b99 x63 c100 x64 d101 x65 e102 x66 f103 x67 g104 x68 h105 x69 i106 x6A j107 x6B k108 x6C l109 x6D m110 x6E n111 x6F o112 x70 p113 x71 q

114 x72 r115 x73 s116 x74 t117 x75 u118 x76 v119 x77 w120 x78 x121 x79 y122 x7A z123 x7B {124 x7C |125 x7D }126 x7E ˜127 x7F ¨128 x80 Ł129 x81 '130 x82 ‚131 x83 ƒ132 x84 „133 x85 …134 x86 †135 x87 ‡136 x88 ˆ137 x89 ‰138 x8A Š139 x8B ‹140 x8C Œ141 x8D Ž142 x8E ^143 x8F −144 x90 ł145 x91 ‘146 x92 ’147 x93 “148 x94 ”149 x95 •150 x96 –

151 x97 —152 x98 ˜153 x99 ™154 x9A š155 x9B ›156 x9C œ157 x9D ž158 x9E ~159 x9F Ÿ160 xA0  161 xA1 ¡162 xA2 ¢163 xA3 £164 xA4 ¤165 xA5 ¥166 xA6 ¦167 xA7 §168 xA8 ¨169 xA9 ©170 xAA ª171 xAB «172 xAC ¬173 xAD -174 xAE ®175 xAF ¯176 xB0 °177 xB1 ±178 xB2 2179 xB3 3180 xB4 ´181 xB5 µ182 xB6 ¶183 xB7 ·184 xB8 ¸185 xB9 1186 xBA º187 xBB »

188 xBC ¼189 xBD ½190 xBE ¾191 xBF ¿192 xC0 À193 xC1 Á194 xC2 Â195 xC3 Ã196 xC4 Ä197 xC5 Å198 xC6 Æ199 xC7 Ç200 xC8 È201 xC9 É202 xCA Ê203 xCB Ë204 xCC Ì205 xCD Í206 xCE Î207 xCF Ï208 xD0 Ð209 xD1 Ñ210 xD2 Ò211 xD3 Ó212 xD4 Ô213 xD5 Õ214 xD6 Ö215 xD7 ×216 xD8 Ø217 xD9 Ù218 xDA Ú219 xDB Û220 xDC Ü221 xDD Ý222 xDE Þ223 xDF ß224 xE0 à

225 xE1 á226 xE2 â227 xE3 ã228 xE4 ä229 xE5 å230 xE6 æ231 xE7 ç232 xE8 è233 xE9 é234 xEA ê235 xEB ë236 xEC ì237 xED í238 xEE î239 xEF ï240 xF0 ð241 xF1 ñ242 xF2 ò243 xF3 ó244 xF4 ô245 xF5 õ246 xF6 ö247 xF7 ÷248 xF8 ø249 xF9 ù250 xFA ú251 xFB û252 xFC ü253 xFD ý254 xFE þ255 xFF ÿ

The technical documentation of TEX Gyre Adventor, page 38

TEX’n’ANSI (aka LY1 aka Y&Y) small caps encoding table (texnansi-qag*-sc.tfm)

1 x01 €

4 x04 ⁄5 x05 ˙6 x06 ˝7 x07 ˛

10 x0A

16 x10 ı17 x11 ȷ18 x12 `19 x13 ´20 x14 ˇ21 x15 ˘22 x16 ¯23 x17 ˚24 x18 ¸25 x19 ß26 x1A æ27 x1B œ28 x1C ø29 x1D Æ30 x1E Œ31 x1F Ø32 x20 33 x21 !34 x22 "35 x23 #36 x24 $37 x25 %38 x26 &39 x27 ’40 x28 (41 x29 )42 x2A *

43 x2B +44 x2C ,45 x2D -46 x2E .47 x2F /48 x30 049 x31 150 x32 251 x33 352 x34 453 x35 554 x36 655 x37 756 x38 857 x39 958 x3A :59 x3B ;60 x3C <61 x3