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_eD_Compose.ini
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_eD_Compose.ini
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;
;; ================================================================================================================================
;; Compose table definitions
;; for EPiKaL Portable Keyboard Layout (EPKL) by Øystein "DreymaR" Bech-Aase (2015-), based on PKL by Máté Farkas (2008-2010).
;; ================================================================================================================================
;
;; - Compose/Completion is a wonderful method for producing complex output from sequences, well known from Linux.
;; - Press `y=` then Compose for ¥. Or `'mail` then Compose for your email address; see [compose_strings] below.
;; - EPKL Compose is post-hoc: You press the Compose key after typing the sequence instead of before as in Linux.
;; - This means that EPKL sends a number of Backspace characters to delete the entered sequence first.
;; - Additive Completion adds to whatever was written instead. Adding tables are marked with a + in the tables list.
;; - Entry keys may be defined using hex Unicode point sequences, or with simple character strings.
;; - Simple character string keys cannot contain advanced glyphs that aren't allowed in .ini file keys.
;; - Simple key entries cannot distinguish case(?), but the Title Case key is automatically generated as well.
;; - For full control over glyph and case, use the U####_U####... format with Unicode hex values.
;; - EPKL can import a table from a Linux X compose file such as the en_US.UTF-8 one in [compose_x11] below.
;; - In EPKL, the X11 table has been slightly edited and added to. Also, only its Compose key entries are here.
;; - NOTE: You can set the desired compose lengths to look for in an ordered list below, in the 'lengths' setting.
;; - If lengths are set to 3,2 for instance, 3-key sequences will take precedence over 2-key sequences.
;; - If there are sequences of the same length in several tables, the first one listed will take precedence.
;; - Use [\r \n \t \b] escapes for [`r `n `t `b] (Return, Newline, Tab, Backspace). Both \ and \\ produce a backslash.
;; - The @co0 dead key, if defined, is activated when the Compose key is pressed and no sequence is recognized.
;; - I call a key mapping using the @co0 DK with Compose, a CoDeKey (Dual-Function Compose/DeadKey)
;; - Compose sequences will override a Co0 dead key, so there may be unexpected results depending on usage.
;; - This is more likely to happen for sequences that appear in text like 'ng', 'ff' or 'oe'.
;; - For this reason, many X11 mappings have been commented out to avoid conflict. These were mostly redundant.
;; - Independently of this, you may set for instance the Shifted state of a Compose key to the simple DK @co1.
;; - See the EPKL_Layouts (and DeadKeys) .ini file for the DK definitions.
;; - EPKL prefix-entry syntax is useable in layout state mappings, Extend, Compose, PowerString and dead key entries.
;
[pkl]
;; Allowed Compose sequence lengths. If you want, say, 2-char sequences to have priority over 3-char ones, you can edit the list.
lengths = 10,9,8,7,6,5,4,3,2,1 ; How many previous characters to use as Compose key sequences, prioritized
[compose-tables]
;; Named Compose/Completion keys have their own prioritized set of compose tables defined here. Sequence length still wins.
;; The default compose deletes the original sequence. A "+" prefix on a table name means additive completion.
Def = strings, +adding, x11 ; The default ©Def Compose key. By default mapped to the ISO key; see EPKL_Layouts_Default.ini
CDK = strings, +adding, x11 ; The default ©Def Compose key, as an advanced CoDeKey with a dead key table for non-sequences
dCo = +dynCmk, +3grams, +adding, strings ; Colemak bigram and trigram Completion key, with some additional string composes
x11 = strings, x11 ; X11 Compose key, with some (overriding) user definitions
;; ================================================================================================================================
;; Compose tables, including (an) imported X11 Compose table(s)
;; ================================================================================================================================
;
[compose_local]
;; This is a place for locale characters. Obviously, it's going to be individual what you want here.
;; It can be sweet to complete for instance `i` to `ij` in Dutch, but for other languages that's too much.
;; So for the most part, add locale composes to your layout files. But there's a place here too if you wish.
;; Note: You can also use the @co0 CoDeKey non-recognition dead key on the Compose key, for such mappings and more.
U007b = Å ; { = Å (Danish/Norwegian; `AA aa` is in X11)
U005b = å ; [ = å
U007d = Æ ; } = Æ (Danish/Norwegian; `AE ae` is in X11)
U005d = æ ; ] = æ
U003f = Ø ; ? = Ø (Danish/Norwegian; `O/ o/` is in X11)
U002f = ø ; / = ø
Ae = Æ ; Ae = Æ (AE is in the X11 table)
;ae = æ ; ae = æ (ae is in the X11 table)
Ao = Å ; The standard compose is `AA` but that's a repeat
ao = å ; The standard compose is `aa` but that's a repeat
[compose_adding]
;; Completion sequences that are added to, not replaced like normal Compose. To use, enable a Compose key using the `adding` table.
;; Note: The keys ZGBVJX and /.;, aren't given Colemak dynamic mappings below as their n-grams are so rare: They're up for grabs.
;; I don't suggest mapping punctuation here as it's often used by X11 Compose sequences.
;; Note: Instead of completing single characters I now use the @co0 dead key, as the "CoDeKey" is more powerful for that purpose.
;z = ; z ⇒ ??? [Up for grabs, not mapped in the dynamic completions by default]
;g = ; g ⇒ --"-- [This key is quite accessible near the middle]
;b = ; b ⇒ --"--
;x = ; x = --"--
;v = α^{BS} ; v = Ctrl+Backspace. Roll V-© on Cmk-ISO-Angle layouts. Works better on the @co0 DK.
;j = α^{Z}{Esc} ; j = (Undo+)Escape. Works better as Ext+Q, or on the @co0 CoDeKey.
;U003a = -) ; ; = Smiley (winking)
;U003b = -) ; : = Smiley
[compose_strings]
;; Additions to the standard X Compose key tables.
;; Some of it is stuff I just found useful for me, some is intended as demonstration of what EPKL Compose is capable of:
'sign = ¶Sig ; Prefix-Entry syntax is allowed! This is a PowerString "Yours Truly" example.
'name = <<YourNameHere>> ; I use an apostrophe prefix to avoid undesired composing, e.g., after typing the word 'name'
'mail = <<YourE-MailHere>> ; These personal entries could be defined in one of your LayStack's Override files.
'addr = <YourAddressHere>\n<YourRoad>\n<YourCity> ; Escaped \n; \t for Tab and \b for Back work too
;z = ; z = ???
;v = α^{BS} ; v = Ctrl+Backspace. May be a completion instead, since we're sending Ctrl+Back anyway.
;j = α^{Z}{Esc} ; j = Escape. Works better as Ext+Q.
;x = ! ; x = Exclamation mark. It's a bit of a reach on the number row. Works better as an Ext-tap!
;'x = @0b4 ; A dead key activated by Compose. This is the acute DK, as defined in _eD_DeadKeys.ini
'g = @060 ; DK Grave - Awkward reach with AltGr using the Sym mod.
'c = @05e ; DK Circumflex - Awkward on the number row. Can also compose it with '>'.
'h = @0b5 ; DK µ - Greek (Hellenic) letters
'k = @ex1 ; Kaomoji! - ￣(=⌒ᆺ⌒=)￣
;; Some default X11 Compose sequences contain plain text, thus conflicting with things like the "CoDeKey" @co0 dead key.
;; Here are alternatives for some of them, using the apostrophe as a sequence marker to avoid ambiguity.
'nbsp = ; No-break space [The default ' ' sequence causes problems for the CoDeKey]
'spc = ␣ ; U2423 # Open Box (Whitespace caret)
'SS = ẞ ; S S ⇒ SS # LATIN CAPITAL LETTER SHARP S (U+1E9E)
'ss = ß ; s s ⇒ ss # LATIN SMALL LETTER SHARP S
'fs = ſ ; f s U017f # LATIN SMALL LETTER LONG S
'longs = ſ ; U017f # LATIN SMALL LETTER LONG S
'esh = ʃ ; # LATIN SMALL LETTER ESH
'OE = Œ ; O E ⇒ OE # LATIN CAPITAL LIGATURE OE
'oe = œ ; o e ⇒ oe # LATIN SMALL LIGATURE OE
'AE = Æ ; A E ⇒ AE # LATIN CAPITAL LETTER AE
'ae = æ ; a e ⇒ ae # LATIN SMALL LETTER AE
'O/ = Ø ; O / ⇒ OE # LATIN CAPITAL LETTER O WITH STROKE
'O? = Ø ; O ? ⇒ OE # LATIN CAPITAL LETTER O WITH STROKE
'o/ = ø ; o / ⇒ oe # LATIN SMALL LETTER O WITH STROKE
;'AA = Å ; A A ⇒ AA # LATIN CAPITAL LETTER A WITH RING ABOVE
'AO = Å ; A O ⇒ AA # LATIN CAPITAL LETTER A WITH RING ABOVE
;'aa = å ; a a ⇒ aa # LATIN SMALL LETTER A WITH RING ABOVE
'ao = å ; a o ⇒ aa # LATIN SMALL LETTER A WITH RING ABOVE
'ff = ff ; f f ⇒ Ufb00 # LATIN SMALL LIGATURE FF
'fi = fi ; f i ⇒ Ufb01 # LATIN SMALL LIGATURE FI
'fl = fl ; f l ⇒ Ufb02 # LATIN SMALL LIGATURE FL
'Fi = ffi ; F i ⇒ Ufb03 # LATIN SMALL LIGATURE FFI
'Fl = ffl ; F l ⇒ Ufb04 # LATIN SMALL LIGATURE FFL
'IJ = IJ ; I J ⇒ U0132 # LATIN CAPITAL LIGATURE IJ
'Ij = IJ ; I j ⇒ U0132 # LATIN CAPITAL LIGATURE IJ
'ij = ij ; i j ⇒ U0133 # LATIN SMALL LIGATURE IJ
'KK = ĸ ; k k ⇒ U0138 # Latin Small Letter Kra
'gg = ɡ ; g g ⇒ U0261 # Latin Small Letter Script G
'‘ = ʻ ; ‘ ⇒ U02bb # Modifier Letter Turned Comma (Hawaiian okina; Uzbek component of oʻ and gʻ)
'’ = ʼ ; ’ ⇒ U02bc # Modifier Letter Apostrophe (IPA ejective; glottal stop in some languages)
'oo = ° ; o o ⇒ ° # DEGREE SIGN
'** = ⁂ ; * * ⇒ U2042 # Asterism
;; These ligature-composing and other sequences weren't in the X11 table but deserve inclusion
'LJ = LJ ; U01c7 # Latin Capital Letter Lj
'Lj = Lj
'lj = lj
'NJ = NJ ; U01ca # Latin Capital Letter Nj
'Nj = Nj
'nj = nj
'DZ< = DŽ ; U01c4 # Latin Capital Letter Dz with Caron
'Dz< = Dž
'dz< = dž
'DŽ = Dž
'Dž = Dž
'dž = dž
'DZ = DZ ; U01f1 # Latin Capital Letter Dz
'Dz = Dz
'dz = dz
'# = Ʒ ; U01b7 # Latin Capital Letter Ezh
'3 = ʒ ; U0292 # Latin Small Letter Ezh
'Ʒ = Ƹ ; U01b8 # Latin Capital Letter Ezh Reversed [Latin-Arabic Ƹayin]
'ʒ = ƹ ; U01b9 # Latin Small Letter Ezh Reversed
'#< = Ǯ ; U01ee # Latin Capital Letter Ezh With Caron
'3< = ǯ ; U01ef # Latin Small Letter Ezh With Caron
'Ʒ< = Ǯ ; U01ee # Latin Capital Letter Ezh With Caron
'ʒ< = ǯ ; U01ef # Latin Small Letter Ezh With Caron
'Hw = Ƕ ; U01f6 # Latin Capital Letter Hwair [Gothic /ʍ/++]
'hw = ƕ ; U0195 # Latin Small Letter Hv
'Wh = Ƕ ; U01f6 # Latin Capital Letter Hwair [Gothic /ʍ/++]
'wh = ƕ ; U0195 # Latin Small Letter Hv
'Uu = Ƿ ; U01f7 # Latin Capital Letter Wynn
'uu = ƿ ; U01bf # Latin Small Letter Wynn
'Gh = Ȝ ; U021c # Latin Capital Letter Yogh [Middle English /j/++]
'gh = ȝ ; U021d # Latin Small Letter Yogh
'Ou = Ȣ ; U0222 # Latin Capital Letter Ou
'ou = ȣ ; U0223 # Latin Small Letter Ou
'Ng = Ŋ ; U014a # Latin Capital Letter Eng
'ng = ŋ ; U014b # Latin Small Letter Eng [The default 'ng' sequence causes problems for the CoDeKey]
'Th = Þ ; U00de # Latin Capital Letter Thorn
'th = þ ; U00fe # Latin Small Letter Thorn [The default 'th' sequence causes problems for the CoDeKey]
'Dh = Ð ; U00d0 # Latin Capital Letter Eth
'dh = ð ; U00f0 # Latin Small Letter Eth [The default 'dh' sequence causes problems for the CoDeKey]
;'nn = ñ ; Historically, nn turned into ñ in Spanish
;'cz = ç ; Historically, cs/cz turned into ç. Conflicts with X11's `cz → ž` compose though.
;'io = ! ; Historically, Latin 'Io' (an exclamation) turned into '!'.
;'qo = ? ; Historically, Latin 'Quaesto' ('i ask') turned into 'Qo' then '?'.
'et = & ; Historically, Latin 'Et' ('and') turned into '&'.
'Co = © ; I didn't enjoy the standard compose of 'oc' into ©. Using `co` ruins `co → ǒ`.
'co = ©
'Ro = ® ; RO is in the X11 table, and or/oR/Or/OR (oc/oC/Oc/OC and CO for ©)
'ro = ®
'TM = ™ ; Trade Mark
'tm = ™ ; Trade Mark
'SM = ℠ ; Service Mark
'sm = ℠ ; Service Mark
'CE = ₠ ; U20a0 # EURO-CURRENCY SIGN
'ce = ₠
'Xo = ¤
'xo = ¤
'Ss = § ; # Section (Silcrow) [The alternative spellings 'ss and 'SS are taken by ßẞ]
'sil = §
'Sp = ¶ ; # Paragraph (Pilcrow)
'pil = ¶
'tl = ƛ ; Lambda With Stroke. Americanist phonetic notation for `tl` [t͡ɬʼ] in for instance 'Nahuatl'.
;; One thing took another when it came to turned letters; actually, IPA symbols for the most part.
;; Note: These probably deserve something more dedicated and clear-cut than letter doubling?
'aa = ɐ ; U0250 # Latin Small Letter Turned A
'AA = Ɐ ; U26CF # Latin Capital Letter Turned A [Cf. the U+2200 logic symbol ∀ – "for all"]
'α = ɑ ; U0251 # Latin Small Letter Alpha
'αα = ɒ ; U0252 # Latin Small Letter Turned Alpha
'cc = ɔ ; U0254 # Latin Small Letter Open O
'CC = Ɔ ; U0186 # Latin Capital Letter Open O
'ee = ə ; U0259 # Latin Small Letter Schwa [Not the same as U+01DD reversed e, but nearly]
'Ee = Ə ; U018f # Latin Capital Letter Schwa
'EE = Ǝ ; U018e # Latin Capital Letter Reversed E [its proper lowercase counterpart is U+01DD ǝ]
'ff = ɟ ; U025f # Latin Small Letter Dotless J with Stroke [looks like a turned f]
'hh = ɥ ; U0265 # Latin Small Letter Turned H
'mm = ɯ ; U026f # Latin Small Letter Turned M
'rr = ɹ ; U0279 # Latin Small Letter Turned R
'tt = ʇ ; U0287 # Latin Small Letter Turned T
'vv = ʌ ; U028c # Latin Small Letter Turned V
'ww = ʍ ; U028d # Latin Small Letter Turned W
'yy = ʎ ; U028e # Latin Small Letter Turned Y
'kk = ʞ ; U029e # Latin Small Letter Turned K
;; Various keyboard related symbols, just because.
key'board = ⌨ ; U2328 # Keyboard
key'cmd = ⌘ ; U2318 # Command (Apple)
key'ctrl = ⌃ ; U2303 # Ctrl
key'opt = ⌥ ; U2325 # Option/Alt (Apple)
key'shift = ⇧ ; U21E7 # Shift
key'back = ⌫ ; U232B # Delete Left
key'del = ⌦ ; U2326 # Delete Right
key'spc = ␣ ; U2423 # Open Box (html ␣)
;; Basic HTML tags. I often find these difficult to remember as dead key mappings.
;; Indentations are by spaces here.
h'header = &HTML ; HTML boilerplate for a new document (not auto-indent robust)
h'doc = →<!DOCTYPE html> ; HTML DOCTYPE
h'html = &h_html ; HTML tags <html> (indented)
h'head = &h_head ; HTML tags <head> --"--
h'body = &h_body ; HTML tags <body> --"--
h'div = &h_div ; HTML tags <div> --"--
h'title = α<title></title>{Left 8} ; HTML tags <title>
h'link = α<link rel="" href="">{Left 10} ; HTML tags <link>
h'meta = α<meta name="" content="">{Left 13} ; HTML tags <meta>
h'h1 = α<h1></h1>{Left 5} ; HTML tags <h1>
h'h2 = α<h2></h2>{Left 5} ; HTML tags <h2>
h'h3 = α<h3></h3>{Left 5} ; HTML tags <h3>
h'h4 = α<h4></h4>{Left 5} ; HTML tags <h4>
h'h5 = α<h5></h5>{Left 5} ; HTML tags <h5>
h'h6 = α<h6></h6>{Left 5} ; HTML tags <h6>
h'ol = &h_ol ; HTML tags <ol> --"--
h'ul = &h_ul ; HTML tags <ul> --"--
h'li = α<li></li>{Left 5} ; HTML tags <li>
h'span = α<span></span>{Left 7} ; HTML tags <span>
h'spanc = α<span class=""></span>{Left 9} ; HTML tags <span class="">
h'p = α<p>{Enter 2}</p>{Enter}{Up 2} {} ; HTML indented paragraph (robust for auto-indenting editors)
h'b = α<b></b>{Left 4} ; HTML tags <b>
h'i = α<i></i>{Left 4} ; HTML tags <i>
h'u = α<u></u>{Left 4} ; HTML tags <u>
h'em = α<em></em>{Left 5} ; HTML tags <em>
h'strong = α<strong></strong>{Left 9} ; HTML tags <strong>
h'a = &h_href ; HTML tags <a href="">
h'url = &h_href
h'href = &h_href
h'img = α<img src="" alt="">{Left 9} ; HTML tags <img>
h'button = α<button id="" class="">{Left 11} ; HTML tags <button>
h'kbd = α<kbd></kbd>{Left 6} ; HTML tags <kbd>
h'sub = α<sub></sub>{Left 6} ; HTML tags <sub>
h'sup = α<sup></sup>{Left 6} ; HTML tags <sup>
;; WIP: Suggested Pan-African and IPA phonetic mappings, by Kharlamov/Kharlee at the Colemak Discord and DreymaR.
;; https://www.compart.com/en/unicode/block/U+0250
p'a = ɑ ; U+0251 # Latin Small Letter Alpha
p'A = Ɑ ; U+2C6D # Latin Capital Letter Alpha
p'b = ʘ̬ ; Voiced Bilabial Velar Click
p'B = ʙ ; U+0299 # Latin Letter Small Capital B
p'c = ɔ ; U+0254 # Latin Small Letter Open O
p'C = Ɔ ; U+0186 # Latin Capital Letter Open O
p'd = ɖ
p'D = Ɖ
p'e = ǝ ; U+01DD # Latin Small Letter Reversed E ["schwa"; not actual U+018F schwa]
p'E = Ǝ ; U+018E # Latin Capital Letter Reversed E
p'ε = ɛ ; U+025B # Latin Small Letter Open E - Open Mid-Front Unrounded Vowel
p'Ε = Ɛ ; U+0190 # Latin Capital Letter Open E
p'f = ɟ ; U+025F # Latin Small Letter Dotless J with Stroke - Voiced Palatal Plosive (stop)
;p'F
p'g = ƹ
p'G = Ƹ
p'Ŋ = Ꞑ ; U+A790 # Latin Capital Letter N with Descender [Used in romanization of the Tatar language]
p'ŋ = ꞑ ; U+A791 # Latin Small Letter N with Descender
p'h = ɂ
p'H = Ɂ
p'i = ɪ ; U+026A # Latin Letter Small Capital I - Near-Close Near-Front Unrounded Vowel
p'I = Ɪ ; U+A7AE # Latin Capital Letter Small Capital I
p'j = ɩ
p'J = Ɩ
p'k = ǂ
p'kk = ʞ ; U+029E # Latin Small Letter Turned K
p'K = ĸ ; U+0138 # Latin Small Letter Kra [mostly deprecated]
p'l = ɬ ; U+026C # Latin Small Letter L with Belt
;p'L
p'm = ƞ
p'M = Ƞ
p'n = ɴ
;p'N
p'o = ɵ ; U+0275 # Latin Small Letter Barred O - closed mid-central rounded vowel
p'O = Ɵ ; U+019F # Latin Capital Letter O with Middle Tilde
p'p = ʘ
;p'P
p'q = ǃ
;p'Q
p'r = ɾ
;p'R
p's = ʃ
p'S = Ʃ
p't = ʈ
p'T = Ʈ
p'u = ʊ
p'U = Ʊ
p'v = ʌ
p'V = Ʌ
p'w = ʍ ; U+028D # Latin Small Letter Turned W
p'ww = ʍ ; U+028D # Latin Small Letter Turned W
;p'W
p'x = ǁ
;p'X
p'y = ɣ
p'yy = ʎ ; U+028E # Latin Small Letter Turned Y
p'Y = Ɣ
p'z = ǀ
;p'Z
p'' = ˈ
p'; = ː
p', = ˌ
p'gh = ƣ ; U+01A3 # Yañalif Letter Gha [equals Arabic ghayn]
p'Gh = Ƣ ; U+01A2 # [the unicode 'letter oi' name is an admitted misnomer]
p'ħ = ⱨ ; U+2C68 # Uyghur /h/ (since `h` is /x/)
p'Ħ = Ⱨ ; U+2C67
p'ç = ⱪ ; U+2C6A # Uyghur Qaf (like Arabic)
p'Ç = Ⱪ ; U+2C69
p'ʒ = ⱬ ; U+2C6C # Uyghur /ʒ/
p'Ʒ = Ⱬ ; U+2C6B
;; Š and Ž are used in Finnish and Skolt Sámi etc. Some may prefer this way to using the Caron DK.
'vs = š
'vS = Š
'vz = ž
'vZ = Ž
;; Barred/stroked letters; c-/s- were used historically in some USSR alphabets.
'O- = Ɵ ; U019F # Latin Capital Letter O with Middle Tilde [shouldn't conflict with `o-` ⇒ `ō`]
'o- = ɵ ; U0275 # Latin Small Letter Barred O [closed mid-central rounded vowel]
'C- = Ꞓ ; UA792 # Latin Capital Letter C with Bar
'c- = ꞓ ; UA793 # Latin Small Letter C with Bar [also in geology, symbol for the Cambrian age]
'F- = Ꞙ ; UA798 # Latin Capital Letter F with Stroke
'f- = ꞙ ; UA799 # Latin Small Letter F with Stroke
'G- = Ꞡ ; UA7A0 # Latin Capital Letter G with Oblique Stroke
'g- = ꞡ ; UA7A1 # Latin Small Letter G with Oblique Stroke
'K- = Ꞣ ; UA7A2 # Latin Capital Letter K with Oblique Stroke
'k- = ꞣ ; UA7A3 # Latin Small Letter K with Oblique Stroke
'N- = Ꞥ ; UA7A4 # Latin Capital Letter N with Oblique Stroke
'n- = ꞥ ; UA7A5 # Latin Small Letter N with Oblique Stroke
'R- = Ꞧ ; UA7A6 # Latin Capital Letter R with Oblique Stroke
'r- = ꞧ ; UA7A7 # Latin Small Letter R with Oblique Stroke
'S- = Ꞩ ; UA7A8 # Latin Capital Letter S with Oblique Stroke
's- = ꞩ ; UA7A9 # Latin Small Letter S with Oblique Stroke
'Q- = Ꝗ ; UA756 # Latin Capital Letter Q with Stroke Through Descender
'q- = ꝗ ; UA757 # Latin Small Letter Q with Stroke Through Descender
'Q_ = Ꝗ ; UA756 # Latin Capital Letter Q with Stroke Through Descender
'q_ = ꝗ ; UA757 # Latin Small Letter Q with Stroke Through Descender
'Þ- = Ꝥ ; UA764 # Latin Capital Letter Thorn with Stroke
'þ- = ꝥ ; UA765 # Latin Small Letter Thorn with Stroke
'Þ_ = Ꝧ ; UA766 # Latin Capital Letter Thorn with Stroke Through Descender
'þ_ = ꝧ ; UA767 # Latin Small Letter Thorn with Stroke Through Descender
;; Double grave and inverted breve accents for serbo-croatian linguistic notation etc, on request by Kharlamov/Kharlee
\\a = ȁ
\\A = Ȁ
\\e = ȅ
\\E = Ȅ
\\i = ȉ
\\I = Ȉ
\\o = ȍ
\\O = Ȍ
\\r = ȑ
\\R = Ȑ
\\u = ȕ
\\U = Ȕ
``a = ȁ
``A = Ȁ
``e = ȅ
``E = Ȅ
``i = ȉ
``I = Ȉ
``o = ȍ
``O = Ȍ
``r = ȑ
``R = Ȑ
``u = ȕ
``U = Ȕ
)a = ȃ
)A = Ȃ
)e = ȇ
)E = Ȇ
)i = ȋ
)I = Ȋ
)o = ȏ
)O = Ȏ
)r = ȓ
)R = Ȓ
)u = ȗ
)U = Ȗ
;; WIP: Math/Science/Logic. Can't use `=` directly as a leader like the Sci DK uses, so I use `s'`.
;; https://en.wikipedia.org/wiki/List_of_logic_symbols
s'- = − ; U2212 # MINUS SIGN
s'di = ⌀ ; U2300 # DIAMETER SIGN
s'--- = ≡ ; U2261 # = - IDENTICAL TO [The `=_` compose works directly in X11]
s'---/ = ≢ ; U2262 # ≡ / NOT IDENTICAL TO
s'≡/ = ≢ ; U2262 # ≡ / NOT IDENTICAL TO
s't = ⊤ ; Logic: Tautology (Down Tack)
s'T = ⊤ ; Logic: Tautology (Down Tack)
s'f = ⊥ ; Logic: Contradiction/Absurdity; also NOR
s'F = ⊥ ; Logic: Contradiction
s'p = ⊢ ; Logic: Proves (Turnstile / Right Tack)
s'p/ = ⊬ ; Logic: Does Not Prove
s'm = ⊨ ; Logic: Models (Double Turnstile); also "Is True of"
s'p- = ⊨ ; Logic: Models (Double Turnstile)
s'm/ = ⊭ ; Logic: Does Not Model; Not True
s'p-/ = ⊭ ; Logic: Does Not Model; Not True
s'D = 𝔻 ; Logic: Domain of discourse
s'v = ∨ ; Logic: OR
s'or = ∨ ; Logic: OR
s'v- = ⊽ ; Logic: NOR
s'nor = ⊽ ; Logic: NOR
s'v_ = ⊻ ; Logic: XOR (OR w/ line below)
s'n = ∧ ; Logic: AND
s'and = ∧ ; Logic: AND
s'n- = ⊼ ; Logic: NAND
s'nand = ⊼ ; Logic: NAND
s'! = ¬ ; Logic: NOT
s'~ = ¬ ; Logic: NOT
s'not = ¬ ; Logic: NOT
s'> = ⊃ ; Logic: Implication
s'< = ⊆ ; Logic: Follows
s'x = ⊕ ; Logic: XOR – Exclusive disjunction (circled x)
s'xor = ⊕ ; Logic: XOR – Exclusive disjunction (circled x)
s'a = ∀ ; Logic: All quantor U+2200 (In Polish/German notation, use ∧)
s'A = ∀ ; Logic: All quantor
s'e = ∃ ; Logic: Existential quantor (In Polish/German notation, use ∨)
s'E = ∃ ; Logic: Existential quantor
s'e/ = ∄ ; Logic: Non-existence
s'E/ = ∄ ; Logic: Non-existence
s'.: = ∴ ; Logic: Therefore [The `:.` compose works directly in X11]
s'': = ∵ ; Logic: Because [In X11, the less intuitive `.:` is used]
s'* = ⋆ ; Logic: Star Operator (ad hoc operator)
;; TODO: Add more of Unicode Block “Combining Diacritical Marks” (U+0300 to U+036f)
;; https://www.compart.com/en/unicode/block/U+0300
c'\ = ̀ ; U0300 # Combining Grave Accent
c'` = ̀ ; U0300 # Combining Grave Accent
c'\\ = ̏ ; U030f # Combining Double Grave Accent
c'`` = ̏ ; U030f # Combining Double Grave Accent
c'' = ́ ; U0301 # Combining Acute Accent
c'" = ̋ ; U030b # Combining Double Acute Accent
c''' = ̋ ; U030b # Combining Double Acute Accent
c'^ = ̂ ; U0302 # Combining Circumflex Accent
c'~ = ̃ ; U0303 # Combining Tilde
c'- = ̄ ; U0304 # Combining Macron
c'_ = ̅ ; U0305 # Combining Overline
c'( = ̆ ; U0306 # Combining Breve
c'U = ̆ ; U0306 # Combining Breve
c') = ̑ ; U0311 # Combining Inverted Breve
c'UU = ̑ ; U0311 # Combining Inverted Breve
c'. = ̇ ; U0307 # Combining Dot Above
c'; = ̈ ; U0308 # Combining Diaeresis
c'a = ͣ ; U0363 # Combining Latin Small Letter A
c'e = ͤ ; U0364 # Combining Latin Small Letter E
c'i = ͥ ; U0365 # Combining Latin Small Letter I
c'o = ͦ ; U0366 # Combining Latin Small Letter O
c'u = ͧ ; U0367 # Combining Latin Small Letter U
c'c = ͨ ; U0368 # Combining Latin Small Letter C
c'd = ͩ ; U0369 # Combining Latin Small Letter D
c'h = ͪ ; U036a # Combining Latin Small Letter H
c'm = ͫ ; U036b # Combining Latin Small Letter M
c'r = ͬ ; U036c # Combining Latin Small Letter R
c't = ͭ ; U036d # Combining Latin Small Letter T
c'v = ͮ ; U036e # Combining Latin Small Letter V
c'x = ͯ ; U036f # Combining Latin Small Letter X
;; Emoji
'pointle = ☜ ; U216c # WHITE LEFT POINTING INDEX
'pointup = ☝ ; U216d # WHITE UP POINTING INDEX
'pointri = ☞ ; U216e # WHITE RIGHT POINTING INDEX
'pointdn = ☟ ; U216f # WHITE DOWN POINTING INDEX
'keyboard = ⌨ ; U2328 # Keyboard
'fist = ✊ ; U270a # Raised Fist
'rainbow = 🌈 ; U1f308 # Rainbow
'beers = 🍻 ; U1f37b # Clinking Beer Mugs
'party = 🎉 ; U1f389 # Party Popper
'note = 🎵 ; U1f3b5 # Musical Note
'cow = 🐮 ; U1f42e # Cow Face
'wave = 👋 ; U1f44b # Waving Hand Sign
'okay = 👌 ; U1f44c # OK Hand Sign
'thumbup = 👍 ; U1f44d # Thumbs Up Sign
'thumbdn = 👎 ; U1f44e # Thumbs Down Sign
'magnifier = 🔎 ; U1f50e # Right-Pointing Magnifying Glass
'hammer = 🔨 ; U1f528 # Hammer
'spock = 🖖 ; U1f596 # Raised Hand with Part... [Vulcan Salute – Live Long and Prosper!]
'vulcan = 🖖 ; U1f596 # Raised Hand with Part Between Middle and Ring Fingers
'smiling = 😊 ; U1f60a # Smiling Face with Smiling Eyes
'catgrin = 😸 ; U1f638 # Grinning Cat Face with Smiling Eyes
'catjoy = 😹 ; U1f639 # Cat Face with Tears of Joy
'catsmile = 😺 ; U1f63a # Smiling Cat Face with Open Mouth
'catheart = 😻 ; U1f63b # Smiling Cat Face with Heart-Shaped Eyes
'catsmirk = 😼 ; U1f63c # Cat Face with Wry Smile (Ironic)
'catkiss = 😽 ; U1f63d # Kissing Cat Face with Closed Eyes
'catpout = 😾 ; U1f63e # Pouting Cat Face
'catcry = 😿 ; U1f63f # Crying Cat Face
'catworry = 🙀 ; U1f640 # Weary Cat Face (Worried)
'catscream = 🙀 ; U1f640 # Weary Cat Face (Worried)
'noevil = 🙈 🙉 🙊 ; U1f648/9/a # See/Hear/Speak-No-Evil Monkeys
'raise = 🙌 ; U1f64c # Person Raising Both Hands In Celebration
'pray = 🙏 ; U1f64f # Person with Folded Hands (Namaste)
'namaste = _/|\_ ; U1f64f # ASCII version of 🙏
'tools = 🛠 ; U1f6e0 # Hammer and Wrench
'hmmm = 🤔 ❓❗ ; U1f914 + U2753 + U2757 # Thinking Face + Black Question/Exclamation Mark Ornament [White: U2754 + U2755 ❔❕]
'hugs = 🤗 ; U1f917 # Hugging Face
'metal = 🤘 ; U1f918 # Sign of the Horns (Metal salute)
'horns = 🤘 ; U1f918 # Sign of the Horns (Metal salute)
'call = 🤙 ; U1f919 # Call Me Hand
'fistle = 🤛 ; U1f91b # Left-Facing Fist
'fistri = 🤜 ; U1f91c # Right-Facing Fist
'fistbump = 🤜🤛 ; U1f91c + U1f91b # Right/Left-Facing Fist
'love = 🤟 ; U1f91f # I Love You Hand Sign
'monocle = 🧐 ; U1f9d0 # Face with Monocle
'brain = 🧠 ; U1f9e0 # Brain
'kungfu = 🥋 ; U1f94b # Martial Arts Uniform
'martial = 🥋 ; U1f94b # Martial Arts Uniform
'viper = 🐍💨 ; U1f40d + U1f4a8 # Snake + Dash Symbol
'eyes = 👀 ; U1f440 # Eyes
'flex = 💪 ; U1f4aa # Flexed Biceps
'work = 🕘 🏢 🕔 ; U1f558 + U1f3e2 + U1f554 # Clock Face Nine Oclock + Office Building + Clock Face Five Oclock
'cccp = ☭ ; U262D # Hammer and Sickle [also composed by CCCP]
'swastika = 卍 ; U534D # CJK Unified Ideograph-534D [good swastika]
'voyna = 卐 ⚔ ☭ ; U5350 + U2694 + U262D # CJK U.I.-5350 [swastika] + Crossed Swords + Hammer and Sickle [The Great War – WW2]
;; Kaomoji are both on the Ext3 layer and the Shift+tap-Extend DK. Here's yet another option:
k'bear = → ฅʕ •ᴥ•ʔฅ ; b - Beary cheer
k'cat = → ( =^･ω･^=)丿 ; k - Kitty Hello
k'Cat = → ( =ʘᆽʘ=)ʃ ; K - --"--
k'cry = → ( ಥ╭╮ಥ) ; c - Cry
k'Cry = → ೭( ಥ﹏ಥ)೨ ; C - --"--
k'dance = → ♪♫ (＊ﾉ・◡・)ﾉ ♫♩ ┏(・o･＊)┛ ♫♪ ; d - Dance party
k'Dance = → ♪～└[∵┌]└[･▥･]┘[┐∵]┘～♪ ; D - --"--, robot
k'owl = → ( のvの) c[_] ; w - Wise owl w/ coffee mug
k'girl = → (✿◠‿◠) ; q - Kawaii qute "Flower girl"† (eyes may show as boxes)
thoth = → ( Θώθ) ; o - OwO - What's Thoth? (Answer: Egyptian god of wisdom!)
k'owo = → ( Θώθ) ; o - OwO - What's Thoth? (Answer: Egyptian god of wisdom!)
k'Owo = → ( ʘωʘ)♥ ; O - --"--, normal
k'joy = → ∩(●'‿'●)∩ ; j - Joyful
k'Joy = → ∩(◕‿◕｡)∩～♪ ; J - Joyful† (eyes may show as boxes)
k'thup = → d( ^◇^)b ; t - Thumbs up
k'Thup = → (b￣◇￣)b ; T - --"--
k'why = → ლ(ಠ益ಠ ლ) ; y - Why?! Confusion, worry
k'Why = → ⊂(;⊙д⊙)つ ; Y - --"-- - alt. (๑ΘдΘ)
k'shock = → (ʘ_ʘ;) ; ; - Shock
k'Shock = → (ʘ言ʘ╬) ; : - --"--
;; Double arrow symbols: 21d0 ⇐ leftwards; 21d1 ⇑ upwards; 21d2 ⇒ rightwards; 21d3 ⇓ downwards; 21d4 ⇔ left right; 21d5 ⇕ up down.
U003c_U002d_U002d = ← ; less + minus + minus ⇒ U2190 # LEFTWARDS ARROW <--
;U002d_U002d_U003c = ← ; minus + minus + less ⇒ U2190 # LEFTWARDS ARROW --<
;U002d_U002d_U0027 = ↑ ; minus + minus + apostrophe ⇒ U2191 # UPWARDS ARROW --'
;U002d_U002d_U003e = → ; minus + minus + greater ⇒ U2192 # RIGHTWARDS ARROW -->
;U002d_U002d_U0076 = ↓ ; minus + minus + v ⇒ U2193 # DOWNWARDS ARROW --v
;U003c_U002d_U003e = ↔ ; less + minus + greater ⇒ U2194 # LEFT RIGHT ARROW <->
;U0027_U002d_U0076 = ↕ ; apostrophe + minus + v ⇒ U2195 # UP DOWN ARROW '-v
;U0076_U003d_U0076 = ⇕ ; v + equal + v ⇒ U2195 # UP DOWN ARROW v-v
;U0027_U002d_U0027 = ↕ ; apostrophe + minus + apostrophe ⇒ U2195 # UP DOWN ARROW '-'
U003c_U003d_U003d = ⇐ ; less + equal + equal ⇒ U21d0 # LEFTWARDS DOUBLE ARROW <==
;U003d_U003d_U003c = ⇐ ; equal + equal + less ⇒ U21d0 # LEFTWARDS DOUBLE ARROW ==<
;U003d_U003d_U0027 = ⇑ ; equal + equal + apostrophe ⇒ U21d1 # UPWARDS DOUBLE ARROW =='
;U003d_U003d_U003e = ⇒ ; equal + equal + greater ⇒ U21d2 # RIGHTWARDS DOUBLE ARROW ==>
;U003d_U003d_U0076 = ⇓ ; equal + equal + v ⇒ U21d3 # DOWNWARDS DOUBLE ARROW ==v
;U003c_U003d_U003e = ⇔ ; less + equal + greater ⇒ U21d4 # LEFT RIGHT DOUBLE ARROW <=>
;U0027_U003d_U0076 = ⇕ ; apostrophe + equal + v ⇒ U21d5 # UP DOWN DOUBLE ARROW '=v
;U0076_U003d_U0076 = ⇕ ; v + equal + v ⇒ U21d5 # UP DOWN DOUBLE ARROW v=v
;U0027_U003d_U0027 = ⇕ ; apostrophe + equal + apostrophe ⇒ U21d5 # UP DOWN DOUBLE ARROW '='
;; TODO: I'm looking for a more intuitive system for these arrows?
;; (I can't use an entry ending with equals without using the Linux-style syntax, as it isn't read correctly.)
--< = ← ; U2190 # LEFTWARDS ARROW
--' = ↑ ; U2191 # UPWARDS ARROW
--> = → ; U2192 # RIGHTWARDS ARROW
--v = ↓ ; U2193 # DOWNWARDS ARROW
<-> = ↔ ; U2194 # LEFT RIGHT ARROW
'-v = ↕ ; U2195 # UP DOWN ARROW
v-v = ↕ ; U2195 # UP DOWN ARROW
==< = ⇐ ; U21d0 # LEFTWARDS DOUBLE ARROW
==' = ⇑ ; U21d1 # UPWARDS DOUBLE ARROW
==> = ⇒ ; U21d2 # RIGHTWARDS DOUBLE ARROW
==v = ⇓ ; U21d3 # DOWNWARDS DOUBLE ARROW
<=> = ⇔ ; U21d4 # LEFT RIGHT DOUBLE ARROW
'=v = ⇕ ; U21d5 # UP DOWN DOUBLE ARROW
v=v = ⇕ ; U21d5 # UP DOWN DOUBLE ARROW [easier to type than `'='` and `'=v`]
;; Some Linux-style composes that I found missing in the X11 table below and therefore wrote manually:
;; It's odd that both comma and semicolon compose to ogonek, while the less accessible quotedbl is needed for the common umlaut/diaeresis
U003b_U003b = ¨ ; semicolon + semicolon ⇒ diaeresis # DIAERESIS
U003b_U0041 = Ä ; semicolon + A ⇒ Adiaeresis # LATIN CAPITAL LETTER A WITH DIAERESIS
U0041_U003b = Ä ; A + semicolon ⇒ Adiaeresis # LATIN CAPITAL LETTER A WITH DIAERESIS
U003b_U0045 = Ë ; semicolon + E ⇒ Ediaeresis # LATIN CAPITAL LETTER E WITH DIAERESIS
U0045_U003b = Ë ; E + semicolon ⇒ Ediaeresis # LATIN CAPITAL LETTER E WITH DIAERESIS
U003b_U0049 = Ï ; semicolon + I ⇒ Idiaeresis # LATIN CAPITAL LETTER I WITH DIAERESIS
U0049_U003b = Ï ; I + semicolon ⇒ Idiaeresis # LATIN CAPITAL LETTER I WITH DIAERESIS
U003b_U004f = Ö ; semicolon + O ⇒ Odiaeresis # LATIN CAPITAL LETTER O WITH DIAERESIS
U004f_U003b = Ö ; O + semicolon ⇒ Odiaeresis # LATIN CAPITAL LETTER O WITH DIAERESIS
U003b_U0055 = Ü ; semicolon + U ⇒ Udiaeresis # LATIN CAPITAL LETTER U WITH DIAERESIS
U0055_U003b = Ü ; U + semicolon ⇒ Udiaeresis # LATIN CAPITAL LETTER U WITH DIAERESIS
U003b_U0059 = Ÿ ; semicolon + Y ⇒ U0178 # LATIN CAPITAL LETTER Y WITH DIAERESIS
U0059_U003b = Ÿ ; Y + semicolon ⇒ U0178 # LATIN CAPITAL LETTER Y WITH DIAERESIS
U003b_U0061 = ä ; semicolon + a ⇒ adiaeresis # LATIN SMALL LETTER A WITH DIAERESIS
U0061_U003b = ä ; a + semicolon ⇒ adiaeresis # LATIN SMALL LETTER A WITH DIAERESIS
U003b_U0065 = ë ; semicolon + e ⇒ ediaeresis # LATIN SMALL LETTER E WITH DIAERESIS
U0065_U003b = ë ; e + semicolon ⇒ ediaeresis # LATIN SMALL LETTER E WITH DIAERESIS
U003b_U0069 = ï ; semicolon + i ⇒ idiaeresis # LATIN SMALL LETTER I WITH DIAERESIS
U0069_U003b = ï ; i + semicolon ⇒ idiaeresis # LATIN SMALL LETTER I WITH DIAERESIS
U003b_U006f = ö ; semicolon + o ⇒ odiaeresis # LATIN SMALL LETTER O WITH DIAERESIS
U006f_U003b = ö ; o + semicolon ⇒ odiaeresis # LATIN SMALL LETTER O WITH DIAERESIS
U003b_U0075 = ü ; semicolon + u ⇒ udiaeresis # LATIN SMALL LETTER U WITH DIAERESIS
U0075_U003b = ü ; u + semicolon ⇒ udiaeresis # LATIN SMALL LETTER U WITH DIAERESIS
U003b_U0079 = ÿ ; semicolon + y ⇒ ydiaeresis # LATIN SMALL LETTER Y WITH DIAERESIS
U0079_U003b = ÿ ; y + semicolon ⇒ ydiaeresis # LATIN SMALL LETTER Y WITH DIAERESIS
U003b_U0048 = Ḧ ; semicolon + H ⇒ U1E26 # LATIN CAPITAL LETTER H WITH DIAERESIS
U0048_U003b = Ḧ ; H + semicolon ⇒ U1E26 # LATIN CAPITAL LETTER H WITH DIAERESIS
U003b_U0068 = ḧ ; semicolon + h ⇒ U1E27 # LATIN SMALL LETTER H WITH DIAERESIS
U0068_U003b = ḧ ; h + semicolon ⇒ U1E27 # LATIN SMALL LETTER H WITH DIAERESIS
;; Greek dialytika/diaeresis is in the same situation as Umlaut. Again, semicolon is much more accessible than double quote
U00b4_U003b_U03b9 = ΐ ; acute + semicolon + Gre_iota ⇒ U0390 # GREEK SMALL LETTER IOTA WITH DIALYTIKA AND TONOS
U0027_U003b_U03b9 = ΐ ; apostrophe + semicolon + Gre_iota ⇒ U0390 # GREEK SMALL LETTER IOTA WITH DIALYTIKA AND TONOS
U003b_U0027_U03b9 = ΐ ; semicolon + apostrophe + Gre_iota ⇒ U0390 # GREEK SMALL LETTER IOTA WITH DIALYTIKA AND TONOS
U003b_U03af = ΐ ; semicolon + Gre_iota_tonos ⇒ U0390 # GREEK SMALL LETTER IOTA WITH DIALYTIKA AND TONOS
U003b_U0399 = Ϊ ; semicolon + Gre_IOTA ⇒ U03AA # GREEK CAPITAL LETTER IOTA WITH DIALYTIKA
U0399_U003b = Ϊ ; Gre_IOTA + semicolon ⇒ U03AA # GREEK CAPITAL LETTER IOTA WITH DIALYTIKA
U003b_U03a5 = Ϋ ; semicolon + Gre_UPSILON ⇒ U03AB # GREEK CAPITAL LETTER UPSILON WITH DIALYTIKA
U03a5_U003b = Ϋ ; Gre_UPSILON + semicolon ⇒ U03AB # GREEK CAPITAL LETTER UPSILON WITH DIALYTIKA
U00b4_U003b_U03c5 = ΰ ; acute + semicolon + Gre_upsilon ⇒ U03B0 # GREEK SMALL LETTER UPSILON WITH DIALYTIKA AND TONOS
U0027_U003b_U03c5 = ΰ ; apostrophe + semicolon + Gre_upsilon ⇒ U03B0 # GREEK SMALL LETTER UPSILON WITH DIALYTIKA AND TONOS
U003b_U0027_U03c5 = ΰ ; semicolon + apostrophe + Gre_upsilon ⇒ U03B0 # GREEK SMALL LETTER UPSILON WITH DIALYTIKA AND TONOS
U003b_U03cd = ΰ ; semicolon + Gre_upsilon_tonos ⇒ U03B0 # GREEK SMALL LETTER UPSILON WITH DIALYTIKA AND TONOS ; eD WIP: Isn't this working?
U003b_U03b9 = ϊ ; semicolon + Gre_iota ⇒ U03CA # GREEK SMALL LETTER IOTA WITH DIALYTIKA
U03b9_U003b = ϊ ; Gre_iota + semicolon ⇒ U03CA # GREEK SMALL LETTER IOTA WITH DIALYTIKA
U003b_U03c5 = ϋ ; semicolon + Gre_upsilon ⇒ U03CB # GREEK SMALL LETTER UPSILON WITH DIALYTIKA
U03c5_U003b = ϋ ; Gre_upsilon + semicolon ⇒ U03CB # GREEK SMALL LETTER UPSILON WITH DIALYTIKA
;; The current X11 table for the Caron accent is missing some composes with `<`; only c + letter is found for the vowels AIOU ; eD WIP: Also GhKJƷ...?!
U003c_U0041 = Ǎ ; less + A ⇒ U01CD # LATIN CAPITAL LETTER A WITH CARON
U0041_U003c = Ǎ ; A + less ⇒ U01CD # LATIN CAPITAL LETTER A WITH CARON
U003c_U0061 = ǎ ; less + a ⇒ U01CE # LATIN SMALL LETTER A WITH CARON
U0061_U003c = ǎ ; a + less ⇒ U01CE # LATIN SMALL LETTER A WITH CARON
U003c_U0049 = Ǐ ; less + I ⇒ U01CF # LATIN CAPITAL LETTER I WITH CARON
U0049_U003c = Ǐ ; I + less ⇒ U01CF # LATIN CAPITAL LETTER I WITH CARON
U003c_U0069 = ǐ ; less + i ⇒ U01D0 # LATIN SMALL LETTER I WITH CARON
U0069_U003c = ǐ ; i + less ⇒ U01D0 # LATIN SMALL LETTER I WITH CARON
U003c_U004f = Ǒ ; less + O ⇒ U01D1 # LATIN CAPITAL LETTER O WITH CARON
U004f_U003c = Ǒ ; O + less ⇒ U01D1 # LATIN CAPITAL LETTER O WITH CARON
U003c_U006f = ǒ ; less + o ⇒ U01D2 # LATIN SMALL LETTER O WITH CARON
U006f_U003c = ǒ ; o + less ⇒ U01D2 # LATIN SMALL LETTER O WITH CARON
U003c_U0055 = Ǔ ; less + U ⇒ U01D3 # LATIN CAPITAL LETTER U WITH CARON
U0055_U003c = Ǔ ; U + less ⇒ U01CD # LATIN CAPITAL LETTER U WITH CARON
U003c_U0075 = ǔ ; less + u ⇒ U01D4 # LATIN SMALL LETTER U WITH CARON
U0075_U003c = ǔ ; u + less ⇒ U01CE # LATIN SMALL LETTER U WITH CARON
U002a_U0077 = ẘ ; asterisk + w ⇒ U1E98 # LATIN SMALL LETTER W WITH RING ABOVE
U002a_U0079 = ẙ ; asterisk + y ⇒ U1E99 # LATIN SMALL LETTER Y WITH RING ABOVE
;; DreymaR's speech bubbles! These are also in the tap-Extend Kaomoji layer but they're hard to recall. Sequencing can be quite mnemonic!
urlcom = ¶urlcom ; URL for www.colemak.com (main site)
urlorg = ¶urlorg ; URL for www.colemak.org (community site)
urlbig = ¶urlbig ; URL for dreymar.colemak.com (Big Bag)
urlpkl = ¶urlpkl ; URL for EPKL at GitHub
say... = ¶say... ; Speech bubble – empty
saycom = ¶saycom ; Speech bubble – colemak.com (main site)
sayorg = ¶sayorg ; Speech bubble – colemak.org (community site)
sayklc = ¶sayklc ; Speech bubble – Henri's MSKLC guide
sayseq = ¶sayseq ; Speech bubble – XahLee on sequences
sayerg = ¶sayerg ; Speech bubble – Viper's ergonomics guide
sayana = ¶sayana ; Speech bubble – Viper's layout analysis
saydes = ¶saydes ; Speech bubble – Shai's Colemak Design FAQ
sayDes = ¶sayDes ; Speech bubble – Shai's Colemak Design account
saypkl = ¶saypkl ; Speech bubble – EPKL repo
sayPkl = ¶sayPkl ; Speech bubble – EPKL repo!!!
saybig = ¶saybig ; Speech bubble – DreymaR's Big Bag
sayBig = ¶sayBig ; Speech bubble – DreymaR's Big Bag!!!
saytmk = ¶saytmk ; Speech bubble – Tarmak
sayext = ¶sayext ; Speech bubble – Extend
;; Elder/Younger/Anglo-Saxon Futhark and medieval runes. They vary over time, so beware.
;; See, e.g., Wikipedia on 'Old_Norse_orthography' and 'Runic_(Unicode_block)'
;; *** Ætt of Fé
r'f = ᚠ ; fé - EF_11/YF/MR
r'F = ᚠ
r'v = ᚡ ; v - MR
r'u = ᚢ ; úr - EF_12/YF/MR (YF u/v/w,y,o,ø)
r'U = ᚮ ; o/u - MR /o/ /ɔ/ (ᚢ is /u:/)
r'þ = ᚦ ; þurs - EF_13/YF/MR (EF ð)
r'Þ = ᚦ
r'ð = ᚧ ; eth - MR /ð/
r'å = ᚨ ; ąs - EF_14/MR
r'Å = ᚬ ; óss - YF (ą,æ,å)
r'oss = ᚭ ; óss - YF short-twig
r'os = ᚩ ; ǫs - AS
r'ac = ᚪ ; ac - AS
r'æsc = ᚫ ; æsc - AS
r'ø = ᚯ ; ø - MR
r'Ø = ᚰ ; on - MR /ǫ/
r'r = ᚱ ; reið - EF_15/YF/MR
r'R = ᚱ
r'k = ᚲ ; kaun - EF_16
r'K = ᚴ ; kaun - YF/MR
r'cen = ᚳ ; cen - AS
r'g = ᚷ ; giöf - EF_17
r'G = ᚵ ; g - MR (YF uses ᚴ)
r'gar = ᚸ ; gar - AS
r'w = ᚹ ; wynn - EF_18 (YF ᚢ[ᚢ])
r'W = ᚥ ; w - MR
;; *** Ætt of Hagal
r'h = ᚺ ; hagal - EF_21
r'H = ᚼ ; hagal - YF/MR (also ᚽ in YF; see e)
r'ħ = ᚻ ; hagal - AS
r'n = ᚾ ; nauðr - EF_22/YF (YF has both forms)
r'N = ᚿ ; nauðr - YF/MR
r'ndot = ᛀ ; n - MR
r'i = ᛁ ; ísa - EF_23/YF/MR (YF i,e)
r'I = ᛁ
r'j = ᛃ ; jara - EF_24
r'J = ᛄ ; ger - AS
r'p = ᛈ ; perþ - EF_25 (YF uses ᛒ)
r'P = ᛔ ; p - MR
r'π = ᛕ ; p - MR ("plastur")
r'a = ᛇ ; ár - EF_26 (/æ/)
r'A = ᛆ ; ár - YF/MR
r'æ = ᛇ ; æ - EF
r'Æ = ᛅ ; æ - YF/MR (YF a,æ,e) also YF ᚬ/ᚭ æ
r'z = ᛉ ; elgR - EF_27 /z/ (almost)
r'Z = ᛦ ; elgR - YF /ɽ/
r'ʒ = ᛧ ; y - MR
r'y = ᚣ ; yr - AS
r'Y = ᚤ ; y - MR
r'yr = ᛨ ; y - MR (Icelandic)
r's = ᛊ ; sól - EF_28
r'S = ᛋ ; sól - YF/MR
r'ß = ᛌ ; s - MR
r'c = ᛍ ; c - MR /s/ /c/
r'C = ᛎ ; z - MR
;; *** Ætt of Týr
r't = ᛏ ; týr - EF_31/YF/MR (YF t,d)
r'T = ᛐ ; týr - YF/MR
r'b = ᛒ ; björk - EF_32/YF/MR (YF b,p)
r'B = ᛓ ; björk - YF-short
r'e = ᛖ ; ehol - EF_33 (YF uses ᛁ)
r'E = ᛂ ; e - MR /e:/ (ᛅ for /e/ and /i/ unstressed)
r'm = ᛗ ; maðr - EF_34
r'M = ᛘ ; m - YF/MR
r'× = ᛙ ; m - YF-short
r'l = ᛚ ; lögr - EF_35/YF/MR
r'L = ᛛ ; l - MR
r'ŋ = ᛜ ; ing - EF_36 /ŋ/
r'Ŋ = ᛝ ; ing - AS
r'ng = ᚶ ; eng - MR /ŋ/
r'd = ᛞ ; dagr - EF_37
r'D = ᛑ ; d - MR
r'o = ᛟ ; oðal - EF_38
r'O = ᚮ ; o/u - MR /o/ /ɔ/ (ᚢ is /u:/)
;; *** Other runes
r'ear = ᛠ ; ear - AS
r'ior = ᛡ ; ior - AS
r'cweo = ᛢ ; cweorþ - AS
r'calc = ᛣ ; calc - AS
r'ceal = ᛤ ; cealc - AS
r'stan = ᛥ ; stan - AS
r'q = ᛩ ; q - MR
r'x = ᛪ ; x - MR
r'. = ᛫ ; . punctuation
r'; = ᛬ ; : punctuation
r'+ = ᛭ ; + punctuation
r'arla = ᛮ ; arlaug
r'tvim = ᛯ ; tvimadur
r'belg = ᛰ ; belgthor
;; Medieval (and younger Futhark) runes only for easier entry
;; https://en.wikipedia.org/wiki/Medieval_runes
r-a = ᛆ ; á - YF/MR
r-b = ᛒ ; b - EF_32/YF/MR (YF b,p)
r-c = ᛍ ; c - MR
r-C = ᛋ
r-d = ᛑ ; d - MR
r-ð = ᚧ ; ð - MR /ð/
r-e = ᛂ ; e - MR /e:/ (ᛅ for /e/ and /i/ unstressed)
r-E = ᛅ ; e - YF/MR (YF a,æ,e) also YF ᚬ/ᚭ æ
r-f = ᚠ ; f - EF_11/YF/MR
r-g = ᚵ ; g - MR (YF uses ᚴ)
r-h = ᚼ ; h - YF/MR (also ᚽ in YF; see e)
r-i = ᛁ ; í - EF_23/YF/MR (YF i,e)
r-j = ᛁ
r-J = ᛃ ; jara - EF_24 [kept this for alphabetic completeness]
r-k = ᚴ ; k - YF/MR
r-l = ᛚ ; l - EF_35/YF/MR
r-l. = ᛛ ; l - MR
r-m = ᛘ ; m - YF/MR
r-n = ᚿ ; n - YF/MR
r-n. = ᛀ ; n - MR
r-ŋ = ᚶ ; ŋ - MR /ŋ/
r-o = ᚮ ; o/u - MR /o/ /ɔ/ (ᚢ is /u:/)
r-O = ᚬ ; o/å - YF (ą,æ,å /o/)
r-p = ᛔ ; p - MR
r-P = ᛕ ; p - MR ("plastur")
r-q = ᛩ ; q - MR
r-r = ᚱ ; r - EF_15/YF/MR
r-s = ᛌ ; s - MR
r-S = ᛋ ; s - YF/MR
r-t = ᛐ ; t - YF/MR
r-T = ᛏ ; t - YF/MR
r-þ = ᚦ ; þ - EF_13/YF/MR (EF ð)
r-u = ᚢ ; ú - EF_12/YF/MR (YF u/v/w,y,o,ø)
r-v = ᚡ ; v - MR (also ᚢ)
r-w = ᚥ ; w - MR (also ᚡ)
r-x = ᛪ ; x - MR
r-y = ᚤ ; y - MR (also ᛯ?)
r-Y = ᛧ ; y - MR
r-yr = ᛨ ; y - MR (Icelandic)
r-z = ᛎ ; z - MR
r-Z = ᛦ ; y/z - MR
r-æ = ᛅ ; æ - YF/MR (YF a,æ,e) also YF ᚬ/ᚭ æ
r-ø = ᚯ ; ø - MR
r-å = ᚰ ; ǫ/å - MR /ǫ/
r-. = ᛫ ; . punctuation
r-; = ᛬ ; : punctuation
r-+ = ᛭ ; + punctuation
;; Greek. Not sure these are useful, as there are other ways to Greek letters like the µ dead key (which you can also compose with 'dmu' above).
; g'a = α
; g'A = Α
; g'b = β
; g'B = Β
; g'ps = ψ
; g'Ps = Ψ
; g'd = δ
; g'D = Δ
; g'e = ε
; g'E = Ε
; g'ph = φ
; g'Ph = Φ
; g'g = γ
; g'G = Γ
; g'ee = η
; g'Ee = Η
; g'i = ι
; g'I = Ι
; g'ks = ξ
; g'Ks = Ξ
; g'k = κ
; g'K = Κ
; g'l = λ
; g'L = Λ
; g'm = μ
; g'M = Μ
; g'n = ν
; g'N = Ν
; g'o = ο
; g'O = Ο
; g'p = π
; g'P = Π
; g'r = ρ
; g'R = Ρ
; g's = σ
; g'S = Σ
; g's. = ς
; g'S. = Σ
; g't = τ
; g'T = Τ
; g'th = θ
; g'Th = Θ
; g'oo = ω
; g'Oo = Ω
; g'w = ω
; g'W = Ω
; g'x = χ
; g'X = Χ
; g'u = υ
; g'U = Υ
; g'y = υ
; g'Y = Υ
; g'z = ζ
; g'Z = Ζ
[compose_dynCmk]
;; The dynamic 1-key completions for Colemak, by Semi at the Colemak Discord:
;; e, 0.183% sc 0.138% ue 0.129% y. 0.087% nk 0.079% pt 0.078% kn 0.055% wr 0.032%
;; dg 0.026% lk 0.026% cs 0.024% hn 0.023% az 0.019% za 0.018% rw 0.015% gt 0.012%
;; bt 0.010% tp 0.008% fs 0.007% mn 0.006% i. 0.005% /o 0.003% .i 0.003% o; 0.002%
;; vd 0.001% qa 0.001% jm 0.000% xw 0.000% ;o 0.000% ,e 0.000%
;; Dynamic Usage (above): 0.99%. True SFBs (not covered by dynamic usage; below): 0.37%.
;; nl 0.068% yi 0.037% lm 0.025% dv 0.022% eu 0.020% nm 0.020% hl 0.017% sf 0.016%
;
;; - Semi suggests a usefulness cutoff around I(i.).
;; - I suggest B(bt) or earlier, to leave room for the 'the' and 'and' trigrams. ￣(=⌒ᆺ⌒=)￣
;; - The "true SFBs" covered above are all within the top 12 dynamic keys.
;; - I don't think most people would actually bother with learning completions below 0.05% or so – the top 7?
;
;e = , ; e, .18% ; Note that there are many X11 composes ending w/ "e" too. You can't have both!
s = c ; sc/Sc .14%
u = e ; ue/Ue .13%
y = . ; [etc...]
n = l ; nl – chosen over nk, as the nk (0.08%) SFB is easily alt-fingerable but nl (0.07%) is not
p = t ;
k = n ;
w = r ;
d = g ; dlchazrg (btfmi/.o vqjx;, )
l = k ;
c = s ;
;h = n ; Use a trigram or something else instead since the bigram is so rare
;a = z ; --"--
;z = a ; --"--
;; Note: Some keys deserve trigram completions instead, as their problem bigrams are rare and the trigrams useful. See below.
;; Note: The keys ZGBVJX and /.;, aren't given dynamic mappings here as their n-grams are so rare: They're up for grabs.
[compose_3grams]
;; Top English trigrams (warning - the lists vary):
;; the and ing ion tio ent ati for her ter hat tha ere ate his con res vel all ons https://norvig.com/mayzner.html
;; the and tha ent ing ion tio for nde has nce edt tis oft sth men https://en.wikipedia.org/wiki/Trigram
;; the and ing her hat his tha ere for ent ion ter was you ith ver all wit thi tio https://www3.nd.edu/~busiforc/handouts/cryptography/Letter%20Frequencies.html
;; the and ing her tha ent ere ion eth nth hat int for all sth ter est tio his oft https://www.dcode.fr/trigrams
;
;; English trigram completions by letter (t a i h e f n o s m / w c v y; none listed with g x):
;; the/tha/thi/tio/ter and/ati/ate ing/ion/int/ith her/his/hat ent/ere/eth for nde/nce oft/ons sth men was/wit con vel you
;; Note: The STH trigram isn't so intuitive and also quite rare; it's better to leave the S key for the common Colemak SC bigram.
t = he ; the/The
a = nd ; and/And
i = on ; ion/Ion – chosen over ing/Ing as it's a mixed roll on Colemak
h = er ; her/Her
f = or ; for/For
o = ft ; oft/Oft
q = ue ; que/Que (not that common, but quite intuitive)
r = es ; res/Res (rare; tossup with the rw bigram?)
m = en ; men/Men (rare)
[compose_x11]
;; Compose keys are made from Unicode values as found in keysymdef, yielding .ini format compliant keys.
;; However, many keysym hex values aren't compliant with Unicode! So instead, use keysyms.txt (see below).
;
;; A few sample entries from XLib /usr/share/X11/locale/en_US.UTF-8/Compose:
;; <Multi_key> <apostrophe> <e> : "é" eacute # LATIN SMALL LETTER E WITH ACUTE
;; <Multi_key> <e> <apostrophe> : "é" eacute # LATIN SMALL LETTER E WITH ACUTE
;; <Multi_key> <o> <e> : "œ" oe # LATIN SMALL LIGATURE OE
;; <Multi_key> <O> <E> : "Œ" OE # LATIN CAPITAL LIGATURE OE
;
;; From XLib keysymdef.h:
;; #define XK_e 0x0065 /* U+0065 LATIN SMALL LETTER E */
;; #define XK_apostrophe 0x0027 /* U+0027 APOSTROPHE */
;; #define XK_Greek_alpha 0x07e1 /* U+03B1 GREEK SMALL LETTER ALPHA */
;
;; From the keysyms.txt file by Markus Kuhn:
;; 0x0065 U0065 . # e
;; 0x0027 U0027 . # apostrophe
;; 0x07e1 U03b1 . # Greek_alpha
;; Resulting Compose.ini entries:
;; U0027_U0065 = é ; apostrophe + e = eacute # LATIN SMALL LETTER E WITH ACUTE
;; U0065_U0027 = é ; e + apostr = eacute # LATIN SMALL LETTER E WITH ACUTE
;; U006f_U0065 = œ ; o + e = oe # LATIN SMALL LIGATURE OE
;; U004f_U0045 = Π; O + E = OE # LATIN CAPITAL LIGATURE OE
;
;; Imported and processed by the EPKL IMP
U0027_U0027 = ´ ; apostrophe + apostrophe ⇒ acute # ACUTE ACCENT
U002d_U005e = ¯ ; minus + ASCcircum ⇒ macron # MACRON
U005e_U002d = ¯ ; ASCcircum + minus ⇒ macron # MACRON
U005f_U005f = ¯ ; underscore + underscore ⇒ macron # MACRON
U005f_U005e = ¯ ; underscore + ASCcircum ⇒ macron # MACRON
;U0020_U0028 = ˘ ; space + parenleft ⇒ breve # BREVE
;U0028_U0020 = ˘ ; parenleft + space ⇒ breve # BREVE
U0022_U0022 = ¨ ; quotedbl + quotedbl ⇒ diaeresis # DIAERESIS
;U0020_U003c = ˇ ; space + less ⇒ caron # CARON
;U003c_U0020 = ˇ ; less + space ⇒ caron # CARON
U002d_U002d_U0020 = ; minus + minus + space ⇒ U00ad # SOFT HYPHEN
U002b_U002b = # ; plus + plus ⇒ numbersign # NUMBER SIGN
;U0027_U0020 = ' ; apostrophe + space ⇒ apostrophe # APOSTROPHE
;U0020_U0027 = ' ; space + apostrophe ⇒ apostrophe # APOSTROPHE
U0041_U0054 = @ ; A + T ⇒ at # COMMERCIAL AT
U0028_U0028 = [ ; parenleft + parenleft ⇒ bracketleft # LEFT SQUARE BRACKET
U002f_U002f = \\ ; slash + slash ⇒ backslash # REVERSE SOLIDUS
U002f_U003c = \\ ; slash + less ⇒ backslash # REVERSE SOLIDUS
U003c_U002f = \\ ; less + slash ⇒ backslash # REVERSE SOLIDUS
U0029_U0029 = ] ; parenright + parenright ⇒ bracketright # RIGHT SQUARE BRACKET
;U005e_U0020 = ^ ; ASCcircum + space ⇒ asciicircum # CIRCUMFLEX ACCENT
U0020_U005e = ^ ; space + ASCcircum ⇒ asciicircum # CIRCUMFLEX ACCENT
;U003e_U0020 = ^ ; greater + space ⇒ asciicircum # CIRCUMFLEX ACCENT
U0020_U003e = ^ ; space + greater ⇒ asciicircum # CIRCUMFLEX ACCENT
;U0060_U0020 = ` ; grave + space ⇒ grave # GRAVE ACCENT