Added index of OT features; a few formatting changes.

docs/EnlargeAxis.tex

@@ -7,7 +7,8 @@ \chapter{The Enlarge Axis}\hypertarget{enlarge}{}
 in the Private Use Area, posing accessibility and searchability problems, as explained in the introduction to the 
 “Feature Reference” chapter of this manual.
 
-Junicode provides a solution to these problems via the OpenType feature Stylistic Set 6 (ss06, “Enlarged minuscules”). 
+Junicode provides a solution to these problems via the OpenType feature Stylistic Set 6
+(\textSourceText{ss06},\index{ss06} “Enlarged minuscules”). 
 This feature also works in Junicode VF, the variable version of Junicode, which in addition offers a far more flexible 
 way of representing enlarged minuscules—the Enlarge axis.
 
@@ -31,7 +32,8 @@ \chapter{The Enlarge Axis}\hypertarget{enlarge}{}
 too heavy, but a letter scaled via the Enlarged axis will have its original weight at the lower end of the axis and the 
 same weight as a capital at the top).
 
-The Enlarge axis runs from 0 to 100. You can choose any number in that range: to match the effect of ss06 precisely, choose 32.
+The Enlarge axis runs from 0 to 100. You can choose any number in that range:
+to match the effect of ss06\index{ss06} precisely, choose 32.
 To ensure that the xheight of all letters matches, choose 47 or less: above that value, the xheight of letters like \textex{e} 
 increases at a higher rate than that of letters like \textex{b}.
 

docs/JunicodeManual.sty

@@ -43,11 +43,16 @@
 ]
 \setfontface\sampleheader{JunicodeVF}[
     Renderer = HarfBuzz,
-    SizeFeatures = {{Size={5-}, RawFeature={axis={wght=350,wdth=90}}}}
+    SizeFeatures = {{Size={5-}, RawFeature={axis={wght=350,wdth=95}}}}
 ]
 \setmonofont{Fira Mono}[Scale=MatchLowercase,Numbers=Lowercase]
 \setsansfont{Fira Sans}[Scale=MatchLowercase,Numbers=Lowercase]
 
+\usepackage{imakeidx}
+\usepackage{idxlayout}
+%\renewcommand{\indexname}{Index of OpenType Features}
+\makeindex[title=Index of OpenType Features,intoc]
+
 \usepackage{fancyhdr}
 \usepackage{realscripts}
 \usepackage{graphicx}
@@ -63,6 +68,7 @@
 \definecolor{myLightBlue}{RGB}{203,228,249}
 \definecolor{myLightGreen}{RGB}{234,255,244}
 \definecolor{myLightPurple}{RGB}{214,205,234}
+\definecolor{GunMetalGray}{RGB}{42,52,57}
 \usepackage{multicol}
 \usepackage{array}
 \usepackage{tabto}
@@ -149,7 +155,7 @@
 % Headers
 \usepackage{titlesec}
 \titleformat{\chapter}[hang]{\huge\jSmCondLight\color{RViolet}}{\thechapter.}{1em}{}
-\titleformat{\section}[hang]{\Large\jSmCond\color{SlateGray}}{\thesection.}{1em}{}
+\titleformat{\section}[hang]{\Large\jSmCond\color{GunMetalGray}}{\thesection.}{1em}{}
 \titleformat{\subsection}[hang]{\large\color{BrickRed}}{\thesubsection.}{1em}{}
 % List styles
 \newcommand\liststyleLi{%

docs/JunicodeManual.tex

@@ -13,7 +13,7 @@
 \huge \centering the font for medievalists \\[1cm]
  \Huge\centering {\color{myRed}} \\[1cm]
  \huge\centering {\jItalic specimens and user manual} \\[1ex]
- \Large\centering{\jRegular for version 2.205}\\
+ \Large\centering{\jRegular for version 2.206}\\
 \vfill
 {\color{myRed}}
 \end{titlepage}
@@ -44,11 +44,14 @@
 
 \input{encoded-glyphs.tex}
 
+\printindex
+
 \vspace*{\fill}
 \begin{center}
 {\jItalic{This document was set in 12pt Junicode VF\\
 using the {\LuaLaTeX} typesetting system with fontspec for font management.\\
 The font for code is Fira Mono.\\
+The sans serif font is Fira Sans.\\
 The source for the document, JunicodeManual.tex, is available at}}\\
 {\color{BrickRed}https://github.com/psb1558/Junicode-font.}
 \end{center}

docs/OnTheWeb.tex

@@ -32,7 +32,7 @@ \section{Subsetting Junicode}
 of Junicode via subsetting, compress it into a webfont (almost certainly in
 woff2 format), and host it on your web server. This is because “Junicode” is
 not a “Reserved Font Name” (which complicates web use of
-many fonts licensed under the Open Font License). If you are nervous about the
+many fonts licensed under the Open Font License). If you are nevertheless nervous about the
 legal requirements of the Open Font License, you can change the font name to
 something arbitrary with the \texttt{-‌-obfuscate-names} option
 of the pyftsubset program, and you can embed the Open Font License, or a
@@ -108,12 +108,14 @@ \section{Subsetting Junicode}
 \hyperlink{req}{Required Features}, are discarded. All of the characters
 referenced in these features will also be included in the output file, as long
 as those characters are variants of characters in your text file. For example,
-the \textSourceText{smcp} (Small Caps) feature has many more small caps than there are letters
+the \textSourceText{smcp}\index{smcp} (Small Caps) feature has many more small caps than there are letters
 of the alphabet, but most of them are not included in the subsetted font. The
 program's parsimony with characters keeps the font file as small as possible.
-Note that some features are included automatically: \textSourceText{ccmp},
-\textSourceText{locl}, \textSourceText{calt}, \textSourceText{liga}, \textSourceText{rlig},
-\textSourceText{kern}, \textSourceText{mark}, and \textSourceText{mkmk}.
+Note that some features are included automatically: \textSourceText{ccmp}\index{ccmp},
+\textSourceText{locl}\index{locl}, \textSourceText{calt}\index{calt},
+ \textSourceText{liga}\index{liga}, \textSourceText{rlig}\index{rlig},
+\textSourceText{kern}\index{kern}, \textSourceText{mark}\index{mark},
+ and \textSourceText{mkmk}\index{mkmk}.
 
 
 \texttt{--layout-features-} tells the program which OpenType features to omit.

docs/Record_Interpreter_notes.tex

@@ -28,14 +28,15 @@ \section{A preliminary note on transcription}
 screen readers will misinterpret it. To solve one problem (that of visual representation), you may well have introduced
 a host of far more serious problems.
 
-Fortunately, Junicode offers a solution for this particular problem. The OpenType feature \textSourceText{cv63} substitutes for
+Fortunately, Junicode offers a solution for this particular problem. The OpenType feature
+\textSourceText{cv63}\index{cv63} substitutes for
 the yogh a character that \textit{looks} like the ezh but is semantically a yogh and therefore will be
 handled correctly by applications. But neither Junicode nor any other font can solve every problem of this kind.
 Sometimes you will have to call to mind the important principle stated above: \textit{A transcript is not a
 facsimile}. It is much more important that it should have the same \textit{meaning} as the original than
 that it should have the same \textit{look}.
 
-This document concerns the transcription of texts in Latin (and to some extent, other archaic languages, e.g. Old and
+This chapter concerns the transcription of texts in Latin (and to some extent, other archaic languages, e.g. Old and
 Middle English, Old French). It is long-standing custom, when transcribing certain kinds of documents, to retain marks
 of abbreviation---for example, the \textex{\hlig{\char"0A753p\char"0363}} you may find in a manuscript or printed edition representing
 the word \textit{propterea}. This is okay---and Junicode can help with the task. But when dealing with the
@@ -44,7 +45,8 @@ \section{A preliminary note on transcription}
 
 For example, the abbreviation \textex{\hlig{\char"0A753p\char"0363}} as printed here consists of an underlying sequence of Unicode
 characters: \textex{\char"0A753} (\unic{U+A753}, the common abbreviation for \textit{pro}) + \textex{p} + \textex{\char"25CC\char"0363}
-(\unic{U+0363}, the combining small \textit{a}). The OpenType feature \textSourceText{hlig} (Historical Ligatures) has been
+(\unic{U+0363}, the combining small \textit{a}). The OpenType feature \textSourceText{hlig}\index{hlig}
+ (Historical Ligatures) has been
 applied to this sequence, changing its appearance but not its underlying value. That underlying value is intelligible
 to computer applications in the sense that they can recognize each character.
 
@@ -81,7 +83,8 @@ \section{A preliminary note on transcription}
 \textex{\cvd[32]{84}{q\char"0363\char"0304}}, enter this sequence: q (\unic{U+0071}) + \unic{U+0363} + \unic{U+0304}.
 
 Junicode 2 contains many variants of combining marks: for example the curly zigzag \cvd[1]{81}{\char"25CC\char"035B} is a variant of
-Unicode's angular zigzag {\char"25CC\char"035B} (\unic{U+035B}), produced by applying the OpenType feature \textSourceText{cv81[2]} to
+Unicode's angular zigzag {\char"25CC\char"035B} (\unic{U+035B}), produced by applying the OpenType feature 
+\textSourceText{cv81[2]}\index{cv81} to
 \textbf{both the base character and the combining mark}. Sometimes the combination of base + combining mark + OpenType
 feature will not produce the desired effect. When this happens, place \unic{U+034F} (a special invisible combining mark,
 included in Unicode for exactly this purpose) between the base and the (visible) mark.\\
@@ -92,11 +95,11 @@ \section{A preliminary note on transcription}
 \textit{dampna}.
 \end{quote}
 The combining macron can also be applied above superscripts and combining marks. Apply the OpenType feature
-\textSourceText{cv84[33]} for a narrower macron:
+\textSourceText{cv84[33]}\index{cv84} for a narrower macron:
 \begin{quote}
 \cvd[32]{84}{antiqua\char"034F\char"0304} \textit{antiquam}; \cvd[32]{84}{q\char"0363\char"0304} \textit{quam}.
 \end{quote}
-For the superscript \textit{a}, use the OpenType feature \textSourceText{sups} (see r. below).\\[1ex]
+For the superscript \textit{a}, use the OpenType feature \textSourceText{sups}\index{sups} (see r. below).\\[1ex]
 
 \noindent\secletter{b.}\ \ For a straight stroke through a tall letter, use the \textsc{combining short stroke overlay} (\unic{U+0335}): \textex{f\char"0335\ d\char"0335\ l\char"0335}. But Unicode also has precomposed versions of
 \textex{d}, \textex{l} and other characters \mbox{with} stroke, e.g.
@@ -134,7 +137,7 @@ \section{A preliminary note on transcription}
 \textit{generatio}; p\char"035B; \textit{prae}; seru\char"035Be \textit{servire}}.
 \end{quote}
 The curly form of the combining zigzag may be attached to any letter, and it may change shape depending on the letter it
-is attached to (including caps, for which use the \textSourceText{case} feature, and small caps:
+is attached to (including caps, for which use the \textSourceText{case}\index{case} feature, and small caps:
 \textex{\cvd[1]{81}{A\char"035B B\char"035B \textsc{c\char"035B
 d\char"035B\hspace{0.2em}}}}).\\[1ex]
 
@@ -173,7 +176,7 @@ \section{Spacing characters}
 \end{quote}
 \noindent\secletter{k.}\ \ For \textit{{}-rum} the Unicode \textsc{rum rotunda} (\unic{U+A75D}) is like the one in MUFI/Junicode.
 The one in the \textit{Record Interpreter} and \textit{Statutes} is a late stylized version of
-this. Use \unic{U+A75D} and apply OpenType feature \textsc{\textSourceText{cv80}} to obtain the correct shape:
+this. Use \unic{U+A75D} and apply OpenType feature \textsc{\textSourceText{cv80}}\index{cv80} to obtain the correct shape:
 \begin{quote}
 \cvd{80}{a\~{i}a\char"0A75D\ \textit{animarum}; co\char"0A75Dpere \textit{corrumpere}; beato\char"0A75D\
 \textit{beatorum}}.
@@ -203,9 +206,10 @@ \section{Spacing characters}
 \char"0A757\ \textit{quod}; \char"0A757d \textit{quid}; \char"0A757b\char"0A76B\ \textit{quibus}.
 \end{quote}
 \noindent\secletter{q.}\ \ For \textit{quae}, \textit{que}, use \textex{q}
-followed by \textsc{et} (\unic{U+A76B}) with or without \textSourceText{hlig}: \textex{q\char"0A76B}
+followed by \textsc{et} (\unic{U+A76B}) with or without \textSourceText{hlig}\index{hlig}: \textex{q\char"0A76B}
 \textex{\hlig{q\char"0A76B}}. For the semicolon-like \textsc{et} sign (\textex{\cvd{83}{q\char"0A76B}}), use
-\textSourceText{cv83[1]}; for the subscripted version (which can also form a ligature via \textSourceText{hlig}), use \textSourceText{cv83[2]}:
+\textSourceText{cv83[1]}\index{cv83}; for the subscripted version (which can also form a ligature via \textSourceText{hlig}), 
+use \textSourceText{cv83[2]}:
 \textex{\cvd[1]{83}{q\char"0A76B\ \hlig{q\char"0A76B}}}.\\[1ex]
 
 \noindent\secletter{r.}\ \ All of the letters a-z are available in superscript form. Access with the \textex{sups}
@@ -215,8 +219,9 @@ \section{Spacing characters}
 \end{quote}
 The basic Latin letters a--z have anchors that allow you to position combining marks over them (see a. above)\\[1ex]
 
-\noindent\secletter{s.}\ \ Tironian \textsc{et} sign \char"204A\ \unic{U+204A}, cap \char"2E52\ \unic{U+2E52}. With \textSourceText{cv69[1]} \cvd{69}{\char"204A\char"2E52}; with
-\textSourceText{cv69[2]} \cvd[1]{69}{\char"204A\char"2E52}.\\[1ex]
+\noindent\secletter{s.}\ \ Tironian \textsc{et} sign \char"204A\ \unic{U+204A}, cap \char"2E52\ \unic{U+2E52}. 
+With \textSourceText{cv69[1]} \cvd{69}{\char"204A\char"2E52}; with
+\textSourceText{cv69[2]}\index{cv69} \cvd[1]{69}{\char"204A\char"2E52}.\\[1ex]
 
 \noindent\secletter{t.}\ \ For \textit{est}, use \textex{\char"223B} \unic{U+223B} \textsc{homothetic}. Use of a mathematical sign for this
 purpose is not ideal, but Unicode offers no better solution.\\[1ex]
@@ -228,7 +233,7 @@ \section{Spacing characters}
 
 \noindent\secletter{w.}\ \ At least one edition uses a spacing version of the \textsc{combining zigzag}
 (\textbf{f.} above).
-Neither Unicode nor MUFI has a matching character: with Junicode, apply \textSourceText{cv67} to the spacing
+Neither Unicode nor MUFI has a matching character: with Junicode, apply \textSourceText{cv67}\index{cv67} to the spacing
 \textsc{macron} (\unic{U+00AF}): \textex{\cvd{67}{\char"25CC\char"00AF}}.
 
 \section[Other formatting]{Other formatting}
@@ -252,7 +257,8 @@ \section{Spacing characters}
 }
 \end{verbatim}
 
-\noindent But the \textSourceText{hlig} feature, if applied to the whole text, will produce many unwanted effects, so it should be
+\noindent But the \textSourceText{hlig}\index{hlig} feature, if applied to the whole text, 
+will produce many unwanted effects, so it should be
 included in a class definition to be used in a <span> applied just to the target sequence:
 \begin{verbatim}
 .que {

docs/Specimens.tex

@@ -18,7 +18,7 @@ \subsection*{Old and Middle English}
 Þat siþen depreced prouinces, and patrounes bicome\\
 Welneȝe of al þe wele in þe west iles.} (SemiExpanded)\\
 
-\noindent{\small\jSmCondItalic Apply the OpenType feature ss02 (Stylistic Set 2)
+\noindent{\small\jSmCondItalic Apply the OpenType feature ss02\index{ss02} (Stylistic Set 2)
 for insular letter-forms.}\\[1ex]
 {\jSmCond\addfontfeature{Language=English}\InsularLetterForms\jcv{\jcvEogonek}
 Her cynewulf benam sigebryht his rices \& westseaxna wiotan for
@@ -34,7 +34,7 @@ \subsection*{Old Irish}
 eturru. Fírbriathar, a ingen, bar Ailill, is maith ben ben
 dagfir. Maith omm, bar ind ingen. Cid diatá latsu ón. Is de atá lim,
 bar Ailill, ar it ferr-su indiu indá in lá thucus-sa thu.} (Condensed Medium)\\[1ex]
-\noindent{\small\jSmCondItalic For insular letter-forms, apply the OpenType feature ss02 (Stylistic Set 2),
+\noindent{\small\jSmCondItalic For insular letter-forms, apply the OpenType feature ss02\index{ss02} (Stylistic Set 2),
 making sure the language is set to Irish.}\\[1ex]
 \noindent\addfontfeature{StylisticSet=2}Bamaith-se
 remut, ar Medb. Is maith nach cualammar {\char"204A} nach fetammar, ar Ailill,
@@ -60,7 +60,7 @@ \subsection*{Old Irish}
 \subsection*{Old Icelandic}
 {\small\jSmCondItalic\addfontfeature{Language=English} For Nordic shapes of þ and ð in an
 English context, specify the appropriate language (e.g. Icelandic or Norwegian);
-or apply the OpenType ss01 (Stylistic Set 1) feature.}\\[1ex]
+or apply the OpenType ss01\index{ss01} (Stylistic Set 1) feature.}\\[1ex]
 {\jMedium\addfontfeature{Language=Icelandic} Um haustit sendi Mǫrðr Valgarðsson orð at Gunnarr myndi vera einn heimi, en
 lið alt myndi vera niðri í eyjum at lúka heyverkum. Riðu þeir Gizurr Hvíti ok
 Geirr Goði austr yfir ár, þegar þeir spurðu þat, ok austr yfir sanda til Hofs.
@@ -104,7 +104,7 @@ \subsection*{Gothic}
 frawaurkjandans wiþra broþruns, slahandans ize gahugd siuka, du
 Xristau fra\-waur\-keiþ.} (SemiCondensed Light)\\
 
-{\noindent\small\jSmCondItalic Use ss19 to produce Gothic letters
+{\noindent\small\jSmCondItalic Use ss19\index{ss19} to produce Gothic letters
   automatically from transliterated text.}\\[1ex]
 {\jSmExpBold\LatinToGothic jabai auk ƕas gasaiƕiþ þuk þana
   habandan kunþi in ga\-liuge stada anakumbjandan, niu miþwissei is
@@ -166,7 +166,7 @@ \subsection*{Greek}
 \subsection*{Lithuanian}
 
 {\small\jSmCondItalic Lithuanian poses several typographical challenges. Make sure
-  Contextual Alternates (calt) is turned on; for i̇́, use i followed
+  Contextual Alternates (calt\index{calt}) is turned on; for i̇́, use i followed
   by combining dot accent (\unic{U+0307}) and acute (\unic{U+0301}).}\\[1ex]
 {\jExp\addfontfeature{Language=Lithuanian} Visa žemė turėjo vieną kalbą ir tuos pačius žodžius.  Kai žmonės
 kėlėsi iš rytų, jie rado slėnį Šinaro krašte ir ten įsikūrė.  Vieni
@@ -178,7 +178,7 @@ \subsection*{Lithuanian}
 \subsection*{Polish}
 {\small\jSmCondItalic The default shape and position of ogonek in Junicode are suitable
 for modern Polish. For the medieval Latin e-caudata, consider using
-cv62.}\\[1ex]
+cv62\index{cv62}.}\\[1ex]
 {\jCondMedium\addfontfeature{Language=Polish} Mieszkańcy całej ziemi mieli jedną mowę, czyli jednakowe słowa.  A
 gdy wędrowali ze wschodu, napotkali równinę w kraju Szinear i tam
 zamieszkali.  I mówili jeden do drugiego: Chodźcie, wyrabiajmy cegłę
@@ -191,7 +191,7 @@ \subsection*{Fleurons}
 
 {\small\jSmCondItalic Junicode contains a number of fleurons (floral
   ornaments) copied from a 1785 Caslon specimen book. Access
-  these via the OpenType feature \hyperlink{ornm}{ornm}. Fleurons have only one weight and
+  these via the OpenType feature \hyperlink{ornm}{ornm}\index{ornm}. Fleurons have only one weight and
   width, and they are the same in roman and italic.}
 
 \begin{center}