Revised doc for 2.000.

docs/About.tex

@@ -42,19 +42,12 @@
 only confusion. If you find a font by the name JuniusX on a free font site,
 that is nothing more than an early version of Junicode 2.}
 The project has been active for its entire history, responding to frequent
-requests from users and changes in font technology; the developer is now pushing
-towards the release of Junicode version 2, an extended font family of five weights
-and five widths, with both static and variable versions, which aims to
-promote best practices in the presentation of medieval texts, especially in
+requests from users and changes in font technology; a particular focus of
+recent versions of Junicode (numbered 2.000 and higher) is the promotion of best practices in the presentation
+of medieval texts, especially in
 the area of accessibility. This aspect of the font is explored in the
 Introduction to the Feature Reference.
 
-\textit{Users should be aware that Junicode 2 is a beta version,
-complete but unstable and subject to change.
-Until the official release of version 2, versions of Junicode
-numbered \textsc{1.00N} should be used for projects that require
-stability. The latest stable version can be downloaded} \href{https://github.com/psb1558/Junicode-font/releases}{here}.
-
 }
 \pagestyle{fancy}
 \fancyhead[CE]{\scshape\color{myRed} {\addfontfeatures{Numbers=OldStyle}\thepage}\hspace{10pt}%

docs/Feature_Reference.tex

@@ -44,8 +44,8 @@ \section{Introduction}
 This is the Junicode model for text display, but it is not peculiar to Junicode: it is widely considered to be the best
 practice for displaying text using current font technology.
 
-The full range of OpenType features listed in this document is supported by all major web browsers, LibreOffice, XeTeX,
-LuaTeX, and (presumably) other document processing applications. All characters listed here are available in Adobe
+The full range of OpenType features listed in this document is supported by all major web browsers, LibreOffice, {\XeTeX},
+{\LuaTeX}, and (presumably) other document processing applications. All characters listed here are available in Adobe
 InDesign, though that program supports only a selection of OpenType features. Microsoft Word, unfortunately, supports
 only Stylistic Sets, ligatures (all but the standard ones in peculiar and probably useless combinations), number
 variants, and the \hyperlink{req}{Required Features}. In terms of
@@ -89,7 +89,7 @@ \section{Introduction}
 encoding.
 \end{itemize}
 \item Characters for which OpenType programming is not yet available. These will be added as they are located and
-studied. [Check: \unic{U+EBF1}, and smcp version.]
+studied.% [Check: \unic{U+EBF1}, and smcp version.]
 \end{itemize}
 These characters should be avoided, even if you are otherwise using MUFI’s PUA characters:
 
@@ -977,10 +977,10 @@ \subsection{ss20 -- Low Diacritics}
 the other base characters). Examples:
 {\addfontfeature{StylisticSet=20}bͦ, ꝺᷦ, \cvd[14]{84}{h̄}, kͤ, {\th}ͭ, ðᷢ}.
 
-\textSourceText{ss20} is intended for use only the diacritics and base characters listed here; other
+\textSourceText{ss20} is intended for use only with the diacritics and base characters listed here; other
 base+diacritic combinations may be disrupted by the feature. You should therefore apply it only to
 relevant base+diacritic pairs (e.g. via a style in InDesign or a word processor or a command in
-LuaTeX).
+{\LuaTeX}).
 
 \subsection{\textSourceText{cv85} -- Variant of ◌ᷓ (U+1DD3, combining open a)}
 1=\cvd{85}{◌ᷓ}.

docs/GettingStarted.tex

@@ -2,33 +2,57 @@
 \chapter{Getting Started with Junicode}\hypertarget{GettingStarted}{}
 %\fancyhead[CE]{\scshape\color{myRed} {\addfontfeatures{Numbers=OldStyle}\thepage}\hspace{10pt}getting started}
 
-When installing Junicode on your system, you must choose the kind of font that
-will work best for you you
-and which faces you are most likely to use. You can choose between TrueType
-and Compact Font Format (or CFF), and between static and variable.\footnote{\ TrueType is a font format developed by
-Apple Computer in the 1980s; it is still the most commonly used format. Compact Font Format
-(or CFF, often inaccurately called “OpenType”) was developed by Adobe Systems.
-Both TrueType and CFF fonts are capable of fully supporting the OpenType
-standard, developed in the late 1990s by Microsoft and Apple, which dramatically expanded the
-capabilities of computer fonts and continues to evolve. Static fonts are the ones
-users are most familiar with, each font file having a single set of outlines
-scalable to any size. By contrast, a single variable font file stores a set of
+Junicode comes in two flavors—static and variable. Static fonts are the ones
+users are most familiar with, each font file supplying a single set of outlines
+that do not change except in size. By contrast, a single
+\href{https://fonts.google.com/knowledge/introducing_type/introducing_variable_fonts}{variable font}
+file stores a set of
 outlines that can morph in various ways—for example, becoming bolder or lighter,
-narrower or wider.} Most users will prefer TrueType fonts, as
-these will look best on computer screens, and static fonts, as these will work
-best with programs like Microsoft Word. You can find static TrueType fonts in
-the fonts/ttf folder.
-
-Use the CFF version (fonts/otf) if you run into problems with TrueType (for example,
-a few Mac printer drivers mess up the placement of diacritics when rendering
-these fonts). Use the TrueType variable version if you're using Junicode in a
-web page or {\ltech} document.\footnote{Several versions of Junicode 2
-included CFF variable versions, as these worked better in {\ltech} at that
-time. In recent versions of {\ltech} the TrueType variable version works best,
-and so the CFF variable version is no longer supplied.}
-
-Junicode has five weights and five widths, which are combined in many ways
-for a total of twenty-two styles in
+narrower or wider, and sometimes undergoing more complex transformations. The static
+version of Junicode consists of thirty-eight font files (nineteen each for roman and
+italic), each providing a distinct variation of the font’s style; the variable version consists
+of only two (one each for roman and italic), but those two font files are capable of
+much more than the static version's thirty-eight.
+
+Because the static and variable versions of Junicode are differently named
+(“Junicode” and “Junicode VF”), both can be installed on the same system. However,
+you should choose one or the other for any particular project. Choose the static
+version if the application you are using does not yet support variable fonts. Such
+applications include Microsoft Word, Apple Pages, Quark Xpress, Google Docs,
+Affinity Publisher, and most flavors of {\TeX} (except for {\LuaTeX}—see below). Another
+reason to choose the static version is its familiarity: if you don't need the
+advanced capabilities of the variable version, it is perfectly all right to stick
+with what you know.
+
+All major web browsers (including browsers for mobile devices) support variable fonts,
+and there are good reasons to choose
+the variable version of Junicode for any web project. The greatest reason to go
+with the variable version is to speed the loading of web pages: users will never
+have to download more than two font files (the size of which can be radically
+reduced via subsetting, explained in Section 9 of this Manual). Additionally,
+however, variable fonts can make a page of text more dynamic and visually
+interesting. See Mozilla's
+\href{https://developer.mozilla.org/en-US/docs/Web/CSS/CSS_fonts/Variable_fonts_guide}%
+{Variable Fonts Guide} for more information about using variable fonts on the web.
+
+A growing number of desktop applications support variable fonts. Use the variable version of
+Junicode in Adobe InDesign (always with the World-Ready Paragraph Composer\footnote{%
+The choice of a Composer is well hidden in the “Justification” section of the
+“Paragraph Style Options” dialog. Use of the default “Adobe Paragraph Composer”
+with Junicode VF may cause InDesign to crash or otherwise misbehave.}). LibreOffice
+has supported variable fonts since version 7.5 (2023). {\LuaTeX} has excellent support
+for variable fonts: make sure your TeX installation is up to date (since in
+recent years support for variable fonts has improved with every release), and always choose “harf”
+mode in your font-selection code. For an example of font-selection code for a
+variable font, see the file
+\href{https://github.com/psb1558/Junicode-font/blob/master/docs/language_samples.tex}%
+{language\_samples.tex} in the “docs” directory of the GitHub Junicode site (you
+are welcome to copy and modify this code). A number of graphical design apps 
+also support variable fonts, including Adobe Illustrator and PhotoShop, Figma,
+Sketch, and CorelDRAW.
+
+The static version of Junicode has five weights and five widths, which are combined in many ways
+for a total of nineteen styles in
 both roman and italic. It is not necessary to install all of these; in fact,
 your life will be simplified (font menus easier to navigate) if you
 make a selection. You will probably want the traditional Regular, Bold, Italic, and Bold
@@ -141,6 +165,4 @@ \chapter{Getting Started with Junicode}\hypertarget{GettingStarted}{}
 post a query in the \href{https://github.com/psb1558/Junicode-font/discussions}%
 {Junicode discussion forum}. If you notice a bug, please open an
 \href{https://github.com/psb1558/Junicode-font/issues}{issue} at the font's
-\href{https://github.com/psb1558/Junicode-font}{development site}. If you need
-help with programming, subsetting or other tasks, contact the developer
-directly.\footnote{\ b dot tarde at gmail dot com.}
+\href{https://github.com/psb1558/Junicode-font}{development site}.

docs/JunicodeManual.sty

@@ -10,6 +10,7 @@
   BoldFont = {*-Smbold},
   BoldItalicFont = {*-Bold Italic},
   Numbers={Lowercase,Proportional},
+  RawFeature={mode=harf},
   StylisticSet=10,
   UprightFeatures={
     SizeFeatures={