--- /dev/null
+#! /usr/bin/env python
+# -*- coding: utf-8 -*-
+
+# file convert_kmap.py
+# This file is part of LyX, the document processor.
+# Licence details can be found in the file COPYING.
+
+# author Georg Baum
+
+# Full author contact details are available in file CREDITS
+
+# This script converts a kmap file from LaTeX commands to unicode characters
+# The kmap file is read and written in utf8 encoding
+
+
+import os, re, string, sys, unicodedata
+
+def usage(prog_name):
+ return ("Usage: %s unicodesymbolsfile inputfile outputfile\n" % prog_name +
+ "or %s unicodesymbolsfile <inputfile >outputfile" % prog_name)
+
+
+def error(message):
+ sys.stderr.write(message + '\n')
+ sys.exit(1)
+
+
+def trim_eol(line):
+ " Remove end of line char(s)."
+ if line[-2:-1] == '\r':
+ return line[:-2]
+ elif line[-1:] == '\r' or line[-1:] == '\n':
+ return line[:-1]
+ else:
+ # file with no EOL in last line
+ return line
+
+
+def read(input):
+ " Read input file and strip lineendings."
+ lines = list()
+ while 1:
+ line = input.readline()
+ if not line:
+ break
+ lines.append(trim_eol(line).decode('utf8'))
+ return lines
+
+
+def escape(word):
+ " Escape a word for LyXLex."
+ re_quote = re.compile(r'\s|,')
+ retval = u''
+ i = 0
+ for c in word:
+ if c == '\\' or c == '"' or c == '#':
+ retval = retval + u'\\'
+ retval = retval + c
+ if re_quote.match(retval):
+ return u'"%s"' % retval
+ return retval
+
+
+def unescape(word):
+ " Unescape a LyXLex escaped word."
+ if len(word) > 1 and word[0] == '"' and word[-1] == '"':
+ start = 1
+ stop = len(word) - 1
+ else:
+ start = 0
+ stop = len(word)
+ retval = u''
+ i = start
+ while i < stop:
+ if word[i] == '\\' and i < stop - 1:
+ i = i + 1
+ retval = retval + word[i]
+ i = i + 1
+ return retval
+
+
+def readsymbols(input):
+ " Build the symbol list from the unicodesymbols file and add some hardcoded symbols."
+ symbols = list()
+ while 1:
+ line = input.readline()
+ if not line:
+ break
+ line = trim_eol(line)
+ tokens = line.split()
+ if len(tokens) > 0 and tokens[0][0] != '#':
+ if len(tokens) > 1:
+ tokens[1] = unescape(tokens[1])
+ if tokens[0][0:2] == "0x":
+ tokens[0] = int(tokens[0][2:], 16)
+ symbols.append(tokens)
+ # special cases from .cdef files (e.g. duplicates with different commands)
+ symbols.append([0x00a1, '\\nobreakspace'])
+ symbols.append([0x00a7, '\\S'])
+ symbols.append([0x00a9, '\\copyright'])
+ symbols.append([0x00b1, '$\\pm$'])
+ symbols.append([0x00b5, '$\\mu$'])
+ symbols.append([0x00b7, '$\\cdot$'])
+ symbols.append([0x00b9, '$\\mathonesuperior$'])
+ symbols.append([0x00d7, '$\\times$'])
+ symbols.append([0x00d7, '\\times'])
+ symbols.append([0x00f7, '\\div'])
+ symbols.append([0x20ac, '\\euro'])
+ # special caron, see lib/lyx2lyx/lyx_1_5.py for an explanation
+ symbols.append([0x030c, '\\q', '', 'combining'])
+ return symbols
+
+
+def write(output, lines):
+ " Write output file with native lineendings."
+ for line in lines:
+ output.write(line.encode('utf8') + os.linesep)
+
+
+def translate_symbol(unicodesymbols, symbol, try_combining = True):
+ " Translate a symbol from LaTeX to unicode."
+ re_combining = re.compile(r'^[^a-zA-Z]')
+ if len(symbol) == 1:
+ return symbol
+ for i in unicodesymbols:
+ # Play safe and don't try combining symbols (not sure if this is
+ # needed)
+ if i[1] == symbol and (len(i) < 4 or i[3].find('combining') < 0):
+ return unichr(i[0])
+ if try_combining:
+ # no direct match, see whether this is a combining sequence
+ for i in unicodesymbols:
+ if len(i) > 3 and i[3].find('combining') >= 0 and symbol.find(i[1]) == 0:
+ # Test whether this is really a combining sequence, e.g.
+ # \"o or \d{o}, and not a symbol like \dh that shares the
+ # beginning with a combining symbol
+ translated = symbol[len(i[1]):]
+ if translated != '' and re_combining.match(translated):
+ # Really a combining sequence
+ if len(translated) > 1 and translated[0] == '{' and translated[-1] == '}':
+ # Strip braces from things like \d{o}
+ translated = translated[1:-1]
+ else:
+ # for some strange reason \\'\\i does not get
+ # correctly combined, so we try \\'\\i which has an
+ # entry in unicodesymbols
+ combined = translate_symbol(unicodesymbols, u'%s{%s}' % (i[1], translated))
+ if combined != '':
+ return combined
+ if len(translated) > 1:
+ # The base character may be a symbol itself, e.g \"{\i}
+ translated = translate_symbol(unicodesymbols, translated, False)
+ # Play safe and only translate combining sequences with
+ # one base character
+ if len(translated) == 1 and (i[1] != '\\q' or translated in ['t', 'd', 'l', 'L']):
+ return unicodedata.normalize("NFKC", translated + unichr(i[0]))
+ else:
+ # we founed a combining character, but could not convert the argument to a single character
+ return ''
+ return ''
+
+
+def convert(lines, unicodesymbols):
+ " Translate all symbols in lines from LaTeX to unicode."
+ # convert both commented and active entries
+ re_kmap = re.compile(r'^(#?\s*\\kmap\s+\S+\s+)([^\s]+)(.*)$')
+ re_kxmod = re.compile(r'^(#?\s*\\kxmod\s+\S+\s+\S+\s+)([^\s]+)(.*)$')
+ for i in range(len(lines)):
+ match = re_kmap.match(lines[i])
+ if not match:
+ match = re_kxmod.match(lines[i])
+ if match:
+ symbol = unescape(match.group(2))
+ if len(symbol) > 2 and symbol[-2:] == '{}':
+ # The unicodesymbols file does not include the trailing delimiter {}
+ symbol = symbol[0:-2]
+ translated = translate_symbol(unicodesymbols, symbol)
+ if translated == '':
+ lines[i] = u'%s%s%s' % (match.group(1), match.group(2), match.group(3))
+ else:
+ lines[i] = u'%s%s%s' % (match.group(1), escape(translated), match.group(3))
+ continue
+
+
+def main(argv):
+
+ # Open files
+ if len(argv) == 2:
+ input = sys.stdin
+ output = sys.stdout
+ elif len(argv) == 4:
+ input = open(argv[2], 'rb')
+ output = open(argv[3], 'wb')
+ else:
+ error(usage(argv[0]))
+ unicodesymbols = open(argv[1], 'rb')
+
+ # Do the real work
+ symbols = readsymbols(unicodesymbols)
+ lines = read(input)
+ convert(lines, symbols)
+ write(output, lines)
+
+ # Close files
+ if len(argv) == 3:
+ input.close()
+ output.close()
+
+ return 0
+
+
+if __name__ == "__main__":
+ main(sys.argv)
\kmod ' acute aeiouAEIOU
\kmod ` grave aeiouAEIOU
\kmod \" umlaut aeouAEOU
-\kxmod acute i "\\'{\\i}"
-\kxmod grave i "\\`{\\i}"
-\kxmod acute j "\\'{\\j}"
-\kxmod grave j "\\`{\\j}"
+\kxmod acute i í
+\kxmod grave i ì
+\kxmod acute j ȷ́
+\kxmod grave j ȷ̀
# \kxmod acute ' '
# \kxmod grave ` `
# \kxmod umlaut \" \"
#
# Example of substituting local chars to TeX-Strings
#
-# \kmap ß "\\ss{}"
+# \kmap ß ß
\kmod / hugarian_umlaut native
\kmod : umlaut native
\kmod ? circle native
-# \kxmod acute i "\\'{\\i}"
-# \kxmod grave i "\\`{\\i}"
-# \kxmod tilde i "\\~{\\i}"
-# \kxmod dot i "\\.{\\i}"
-# \kxmod macron i "\\={\\i}"
-# \kxmod circumflex i "\\^{\\i}"
-# \kxmod breve i "\\u{\\i}"
-# \kxmod caron i "\\v{\\i}"
-# \kxmod hugarian_umlaut i "\\H{\\i}"
-# \kxmod umlaut i "\\\"{\\i}"
-# \kxmod circle i "\\r{\\i}"
-# \kxmod acute j "\\'{\\j}"
-# \kxmod grave j "\\`{\\j}"
-# \kxmod tilde j "\\~{\\j}"
-# \kxmod dot j "\\.{\\j}"
-# \kxmod macron j "\\={\\j}"
-# \kxmod circumflex j "\\^{\\j}"
-# \kxmod breve j "\\u{\\j}"
-# \kxmod caron j "\\v{\\j}"
-# \kxmod hugarian_umlaut j "\\H{\\j}"
-# \kxmod umlaut j "\\\"{\\j}"
-# \kxmod circle j "\\r{\\j}"
+# \kxmod acute i í
+# \kxmod grave i ì
+# \kxmod tilde i ĩ
+# \kxmod dot i ı̇
+# \kxmod macron i ī
+# \kxmod circumflex i î
+# \kxmod breve i ĭ
+# \kxmod caron i ǐ
+# \kxmod hugarian_umlaut i ı̋
+# \kxmod umlaut i ï
+# \kxmod circle i ı̊
+# \kxmod acute j ȷ́
+# \kxmod grave j ȷ̀
+# \kxmod tilde j ȷ̃
+# \kxmod dot j ȷ̇
+# \kxmod macron j ȷ̄
+# \kxmod circumflex j ĵ
+# \kxmod breve j ȷ̆
+# \kxmod caron j ǰ
+# \kxmod hugarian_umlaut j ȷ̋
+# \kxmod umlaut j ȷ̈
+# \kxmod circle j ȷ̊
# \kxmod acute ' '
# \kxmod grave ` `
# \kxmod tilde ~ ~
# by George Tellalov, 2001 <gtellalov@bigfoot.com>
\kmap ` (
-\kmap = "."
+\kmap = .
\kmap q ","
\kmap w у
\kmap e е
\kmap "/" б
-\kmap "~" ")"
-\kmap "@" "?"
-\kmap "#" "+"
-\kmap "$" "\""
+\kmap "~" )
+\kmap "@" ?
+\kmap "#" +
+\kmap "$" \"
\kmap ^ =
\kmap & :
\kmap * /
\kmod ^ circumflex eaoEAO
\kmod \" umlaut aeiouAEIOU
-\kxmod acute c "\\c{c}"
-\kxmod acute C "\\c{C}"
+\kxmod acute c ç
+\kxmod acute C Ç
-\kxmod acute i "\\'{\\i}"
+\kxmod acute i í
\kmod ~ tilde aoAO
\kmod ^ circumflex eaoEAO
\kmod ' cedilla cC
-\kxmod cedilla a "\\'{a}"
-\kxmod cedilla A "\\'{A}"
-\kxmod cedilla e "\\'{e}"
-\kxmod cedilla E "\\'{E}"
-\kxmod cedilla i "\\'{i}"
-\kxmod cedilla I "\\'{I}"
-\kxmod cedilla o "\\'{o}"
-\kxmod cedilla O "\\'{O}"
-\kxmod cedilla u "\\'{u}"
-\kxmod cedilla U "\\'{U}"
+\kxmod cedilla a á
+\kxmod cedilla A Á
+\kxmod cedilla e é
+\kxmod cedilla E É
+\kxmod cedilla i í
+\kxmod cedilla I Í
+\kxmod cedilla o ó
+\kxmod cedilla O Ó
+\kxmod cedilla u ú
+\kxmod cedilla U Ú
\kmap ~ ;
\kmap 1 + # map numbers to Czech letters and
\kmap ! 1 # Shift-numbers to numbers
-\kmap 2 "\\v{e}"
+\kmap 2 ě
\kmap @ 2
-\kmap 3 "\\v{s}"
+\kmap 3 š
\kmap \# 3
-\kmap 4 "\\v{c}"
+\kmap 4 č
\kmap $ 4
-\kmap 5 "\\v{r}"
+\kmap 5 ř
\kmap % 5
-\kmap 6 "\\v{z}"
+\kmap 6 ž
\kmap ^ 6
-\kmap 7 "\\'{y}"
+\kmap 7 ý
\kmap & 7
-\kmap 8 "\\'{a}"
+\kmap 8 á
\kmap * 8
-\kmap 9 "\\'{\\i}"
+\kmap 9 í
\kmap ( 9
-\kmap 0 "\\'{e}"
+\kmap 0 é
\kmap ) 0
\kmap - = # map other keys to reflect Slovak keyboard
\kmap _ %
-\kmap ; "\\r{u}"
+\kmap ; ů
\kmap : \"
-\kmap ' "\\S{}"
+\kmap ' §
\kmap \" !
-\kmap [ "\\'{u}"
+\kmap [ ú
\kmap { /
\kmap ] )
\kmap } (
\kmap > :
\kmap ? _
\kmap / -
-\kxmod caron o "\\^{o}" # mapping exception - generate ^ instead for o
-\kxmod caron O "\\^{O}"
-\kxmod caron u "\\r{u}" # generate circle for u - it's a Czech letter
-\kxmod caron U "\\r{U}"
-\kxmod caron t "\\q{t}" # use proper caron mark for t, l, d and L
-\kxmod caron l "\\q{l}"
-\kxmod caron L "\\q{L}"
-\kxmod caron d "\\q{d}"
-\kxmod acute i "\\'{\\i}" # use only root of i for i acute
+\kxmod caron o ô # mapping exception - generate ^ instead for o
+\kxmod caron O Ô
+\kxmod caron u ů # generate circle for u - it's a Czech letter
+\kxmod caron U Ů
+\kxmod caron t ť # use proper caron mark for t, l, d and L
+\kxmod caron l ľ
+\kxmod caron L Ľ
+\kxmod caron d ď
+\kxmod acute i í # use only root of i for i acute
\kmap ~ ;
\kmap 1 + # map numbers to Czech letters and
\kmap ! 1 # Shift-numbers to numbers
-\kmap 2 "\\v{e}"
+\kmap 2 ě
\kmap @ 2
-\kmap 3 "\\v{s}"
+\kmap 3 š
\kmap \# 3
-\kmap 4 "\\v{c}"
+\kmap 4 č
\kmap $ 4
-\kmap 5 "\\v{r}"
+\kmap 5 ř
\kmap % 5
-\kmap 6 "\\v{z}"
+\kmap 6 ž
\kmap ^ 6
-\kmap 7 "\\'{y}"
+\kmap 7 ý
\kmap & 7
-\kmap 8 "\\'{a}"
+\kmap 8 á
\kmap * 8
-\kmap 9 "\\'{\\i}"
+\kmap 9 í
\kmap ( 9
-\kmap 0 "\\'{e}"
+\kmap 0 é
\kmap ) 0
\kmap - = # map other keys to reflect Slovak keyboard
\kmap _ %
-\kmap ; "\\r{u}"
+\kmap ; ů
\kmap : \"
-\kmap ' "\\S{}"
+\kmap ' §
\kmap \" !
-\kmap [ "\\'{u}"
+\kmap [ ú
\kmap { /
\kmap ] )
\kmap } (
\kmap > :
\kmap ? _
\kmap / -
-\kxmod caron o "\\^{o}" # mapping exception - generate ^ instead for o
-\kxmod caron O "\\^{O}"
-\kxmod caron u "\\r{u}" # generate circle for u - it's a Czech letter
-\kxmod caron U "\\r{U}"
-\kxmod caron t "\\q{t}" # use proper caron mark for t, l, d and L
-\kxmod caron l "\\q{l}"
-\kxmod caron L "\\q{L}"
-\kxmod caron d "\\q{d}"
-\kxmod acute i "\\'{\\i}" # use only root of i for i acute
-\kxmod caron y "\\v{z}" # switch from QWERTY to QWERTZ
-\kxmod caron Y "\\v{Z}"
+\kxmod caron o ô # mapping exception - generate ^ instead for o
+\kxmod caron O Ô
+\kxmod caron u ů # generate circle for u - it's a Czech letter
+\kxmod caron U Ů
+\kxmod caron t ť # use proper caron mark for t, l, d and L
+\kxmod caron l ľ
+\kxmod caron L Ľ
+\kxmod caron d ď
+\kxmod acute i í # use only root of i for i acute
+\kxmod caron y ž # switch from QWERTY to QWERTZ
+\kxmod caron Y Ž
\kmap z y
\kmap Z Y
\kmap y z
\kmod ~ tilde nN!?
\kmod : umlaut uU # The " doesn't work, even \".
-\kxmod acute i "\\'{\\i}"
+\kxmod acute i í
\kxmod tilde ! "\textexclamdown{}"
\kxmod tilde ? "\textquestiondown{}"
#
# some exceptions
#
-\kxmod acute i "\\'{\\i}"
-\kxmod grave i "\\`{\\i}"
-\kxmod circumflex i "\\^{\\i}"
-\kxmod acute j "\\'{\\j}"
-\kxmod grave j "\\`{\\j}"
-\kxmod circumflex j "\\^{\\j}"
+\kxmod acute i í
+\kxmod grave i ì
+\kxmod circumflex i î
+\kxmod acute j ȷ́
+\kxmod grave j ȷ̀
+\kxmod circumflex j ĵ
#
# polish characters
#
-\kxmod cedilla a "\\k{a}"
-\kxmod cedilla A "\\k{A}"
-# \kxmod acute c "\\'{c}"
-# \kxmod acute C "\\'{C}"
-\kxmod cedilla e "\\k{e}"
-\kxmod cedilla E "\\k{E}"
-\kxmod acute l "\\l{}"
-\kxmod acute L "\\L{}"
-# \kxmod acute n "\\'{n}"
-# \kxmod acute N "\\'{N}"
-# \kxmod acute o "\\'{o}"
-# \kxmod acute O "\\'{O}"
-# \kxmod acute s "\\'{s}"
-# \kxmod acute S "\\'{S}"
-# \kxmod dot z "\\.{z}"
-# \kxmod dot Z "\\.{Z}"
-# \kxmod acute z "\\'{z}"
-# \kxmod acute Z "\\'{Z}"
+\kxmod cedilla a ą
+\kxmod cedilla A Ą
+# \kxmod acute c ć
+# \kxmod acute C Ć
+\kxmod cedilla e ę
+\kxmod cedilla E Ę
+\kxmod acute l ł
+\kxmod acute L Ł
+# \kxmod acute n ń
+# \kxmod acute N Ń
+# \kxmod acute o ó
+# \kxmod acute O Ó
+# \kxmod acute s ś
+# \kxmod acute S Ś
+# \kxmod dot z ż
+# \kxmod dot Z Ż
+# \kxmod acute z ź
+# \kxmod acute Z Ź
#
# german characters
#
-\kxmod umlaut s "\\ss{}"
-\kxmod umlaut S "\\ss{}"
+\kxmod umlaut s ß
+\kxmod umlaut S ß
#
# french characters
#
-\kmap ¬ "\\oe{}"
+\kmap ¬ œ
#
# special characters
#
-\kxmod umlaut $ "\\pounds{}" # pound
-\kxmod umlaut \# "\\S{}" # paragraph
+\kxmod umlaut $ £ # pound
+\kxmod umlaut \# § # paragraph
\kxmod umlaut ~ "\\b{}" # degree
-\kmap ¤ "\\euro{}" # euro sign, to use with package eurofont
+\kmap ¤ € # euro sign, to use with package eurofont
#
# \kxmod acute ' '
# \kxmod grave ` `
#
# Example of substituting local chars to TeX-Strings
#
-# \kmap ß "\\ss{}"
+# \kmap ß ß
# Key definition file for French national keyboard for LyX
#
-\kmap ¬ "\\oe{}" # {\oe} before u and i
+\kmap ¬ œ # {\oe} before u and i
\kmod ¨ umlaut aeiouAEIOU # umlaut on ¨
-\kxmod umlaut i "\\\"{\\i}" # some exceptions
+\kxmod umlaut i ï # some exceptions
\kmod ^ circumflex aeiouAEIOU # circumflex on ^
-\kxmod circumflex i "\\^{\\i}" # some exceptions
+\kxmod circumflex i î # some exceptions
\kmod ² cedilla cC # cedilla on cC
-\kmap ¤ "\\euro{}" # euro sign, to use with package eurofont
+\kmap ¤ € # euro sign, to use with package eurofont
\kmod [ circumflex aceijnorsuyzACEIJNORSUYZ # circumflex on [
\kmap 1 & # map numbers to some letters and
\kmap ! 1 # Shift-numbers to numbers
-\kmap 2 "\\'{e}"
+\kmap 2 é
\kmap @ 2
\kmap 3 \"
\kmap \# 3
\kmap % 5
\kmap 6 -
\kmap ^ 6
-\kmap 7 "\\`{e}"
+\kmap 7 è
\kmap & 7
\kmap 8 _
\kmap * 8
-\kmap 9 "\\c{c}"
+\kmap 9 ç
\kmap ( 9
-\kmap 0 "\\`{a}"
+\kmap 0 à
\kmap ) 0
\kmap - )
\kmap _ "\\b{}" # degree sign?
-#\kmap ` # to the power of two?
+#\kmap ` \# to the power of two?
\kmap a q
\kmap A Q # switched A<->Q
\kmap q a
\kmap m ","
\kmap M ?
\kmap ] $
-\kmap } "\\pounds{}" # pound sign?
+\kmap } £ # pound sign?
\kmap ; m
\kmap : M
-\kmap ' "\\`{u}"
+\kmap ' ù
\kmap \" %
\kmap . :
\kmap "," ;
\kmap < .
\kmap > /
-\kmap ? "\\S{}"
+\kmap ? §
\kmap / !
\kmap \\ *
-\kmap | "$\\mu$"
-\kxmod circumflex i "\\^{\\i}" # some exceptions
-\kxmod umlaut i "\\\"{\\i}"
+\kmap | µ
+\kxmod circumflex i î # some exceptions
+\kxmod umlaut i ï
\kmap Ü Ü
\kmap ~ ° # degree
\kmap @ \" # shift-numbers is different on German kbd
-\kmap \# "\\S{}"
+\kmap \# §
\kmap ^ &
\kmap & /
\kmap * (
\kmap ? _
\kmap \\ \#
\kmap | '
-\kxmod acute i "\\'{\\i}" # correct some misspellings :-)
-\kxmod acute j "\\'{\\j}"
-\kxmod grave i "\\`{\\i}"
-\kxmod grave j "\\`{\\j}"
-\kxmod circumflex i "\\^{\\i}"
-\kxmod circumflex j "\\^{\\j}"
+\kxmod acute i í # correct some misspellings :-)
+\kxmod acute j ȷ́
+\kxmod grave i ì
+\kxmod grave j ȷ̀
+\kxmod circumflex i î
+\kxmod circumflex j ĵ
\kmap \\ \#
\kmap | '
# needed only for lyx-0.10.7
-#\kxmod acute i "\\'\\i" # correct some misspellings :-)
-#\kxmod acute j "\\'\\j"
-#\kxmod grave i "\\`\\i"
-#\kxmod grave j "\\`\\j"
-#\kxmod circumflex i "\\^\\i"
-#\kxmod circumflex j "\\^\\j"
+#\kxmod acute i í # correct some misspellings :-)
+#\kxmod acute j ȷ́
+#\kxmod grave i ì
+#\kxmod grave j ȷ̀
+#\kxmod circumflex i î
+#\kxmod circumflex j ĵ
\kmod ` circumflex aceijnorsuyzACEIJNORSUYZ # dead circumflex
\kmap ~ ° # degree
\kmap @ \" # shift-numbers is different on German kbd
-\kmap \# "\\S{}"
+\kmap \# §
\kmap ^ &
\kmap & /
\kmap * (
\kmap ( )
\kmap ) =
-\kmap - "\\ss{}" # - maps to sharfes s
+\kmap - ß # - maps to sharfes s
\kmap _ ? # _ maps to question mark
\kmod = acute aceijlnorsuyzACEIJLNORSUYZ # = is acute deadkey
\kmod + grave aceijlnorsuyzACEIJLNORSUYZ # Shift-= is grave dead key
\kmap Z Y
\kmap y z
\kmap Y Z
-\kmap [ "\\\"{u}" # [{ maps to u umlaut
-\kmap { "\\\"{U}"
+\kmap [ ü # [{ maps to u umlaut
+\kmap { Ü
\kmap ] +
\kmap } *
-\kmap ; "\\\"{o}" # ;: maps to o umlaut
-\kmap : "\\\"{O}"
-\kmap ' "\\\"{a}" # '" maps to a umlaut
-\kmap \" "\\\"{A}"
+\kmap ; ö # ;: maps to o umlaut
+\kmap : Ö
+\kmap ' ä # '" maps to a umlaut
+\kmap \" Ä
\kmap < ; # yet some modifiers
\kmap > :
\kmap / -
\kmap ? _
\kmap \\ \#
\kmap | '
-\kxmod acute i "\\'{\\i}" # correct some misspellings :-)
-\kxmod acute j "\\'{\\j}"
-\kxmod grave i "\\`{\\i}"
-\kxmod grave j "\\`{\\j}"
-\kxmod circumflex i "\\^{\\i}"
-\kxmod circumflex j "\\^{\\j}"
+\kxmod acute i í # correct some misspellings :-)
+\kxmod acute j ȷ́
+\kxmod grave i ì
+\kxmod grave j ȷ̀
+\kxmod circumflex i î
+\kxmod circumflex j ĵ
\kmap m ь
\kmap "," б
\kmap "." ю
-\kmap "/" "."
-\kmap "@" "\""
-\kmap "^" ":"
-\kmap "&" "?"
-\kmap "`" "ё"
-\kmap "~" "Ё"
-\kmap "$" ";"
+\kmap "/" .
+\kmap "@" \"
+\kmap "^" :
+\kmap "&" ?
+\kmap "`" ё
+\kmap "~" Ё
+\kmap "$" ;
\kmap Q Й
# These are the bindings for Hungarian keyboards using ISO-8859.2 (Latin-2)
# key mapping for X.
#
-\kmap ű "\\H{u}"
-\kmap Ű "\\H{U}"
-\kmap ő "\\H{o}"
-\kmap Ő "\\H{O}"
-\kmap ú "\\'{u}"
-\kmap Ú "\\'{U}"
-\kmap é "\\'{e}"
-\kmap É "\\'{E}"
-\kmap á "\\'{a}"
-\kmap Á "\\'{A}"
-\kmap í "\\'{\\i}"
-\kmap Í "\\'{I}"
-\kmap ó "\\'{o}"
-\kmap Ó "\\'{O}"
-\kmap ü "\\\"{u}"
-\kmap Ü "\\\"{U}"
-\kmap ö "\\\"{o}"
-\kmap Ö "\\\"{O}"
+\kmap ű ű
+\kmap Ű Ű
+\kmap ő ő
+\kmap Ő Ő
+\kmap ú ú
+\kmap Ú Ú
+\kmap é é
+\kmap É É
+\kmap á á
+\kmap Á Á
+\kmap í í
+\kmap Í Í
+\kmap ó ó
+\kmap Ó Ó
+\kmap ü ü
+\kmap Ü Ü
+\kmap ö ö
+\kmap Ö Ö
-\kmap § "\\S{}"
-\kmap ß "\\ss{}"
-\kmap × "\\times{}"
-\kmap ÷ "\\div{}"
+\kmap § §
+\kmap ß ß
+\kmap × ×
+\kmap ÷ ÷
# (c)1996 by Boloni Laszlo, blaci@utcluj.ro
#
-\kmap [ "\\H{o}"
-\kmap { "\\H{O}"
-\kmap \\ "\\H{u}"
-\kmap | "\\H{U}"
-\kmap ] "\\'{u}"
-\kmap } "\\'{U}"
-\kmap ; "\\'{e}"
-\kmap : "\\'{E}"
-\kmap ' "\\'{a}"
-\kmap \" "\\'{A}"
-\kmap ` "\\'{\\i}"
-\kmap ~ "\\'{I}"
-\kmap = "\\'{o}"
-\kmap + "\\'{O}"
-\kmap - "\\\"{u}"
-\kmap _ "\\\"{U}"
-\kmap 0 "\\\"{o}"
-\kmap ) "\\\"{O}"
+\kmap [ ő
+\kmap { Ő
+\kmap \\ ű
+\kmap | Ű
+\kmap ] ú
+\kmap } Ú
+\kmap ; é
+\kmap : É
+\kmap ' á
+\kmap \" Á
+\kmap ` í
+\kmap ~ Í
+\kmap = ó
+\kmap + Ó
+\kmap - ü
+\kmap _ Ü
+\kmap 0 ö
+\kmap ) Ö
\kmap / -
\kmap ? ;
\kmap > :
# Latin letters.
#
\kmod / acute aAcCeElLnNoOsSzZxX
-\kxmod acute a "\\k{a}"
-\kxmod acute A "\\k{A}"
-\kxmod acute c "\\'{c}"
-\kxmod acute C "\\'{C}"
-\kxmod acute e "\\k{e}"
-\kxmod acute E "\\k{E}"
-\kxmod acute l "\\l{}"
-\kxmod acute L "\\L{}"
-\kxmod acute n "\\'{n}"
-\kxmod acute N "\\'{N}"
-\kxmod acute o "\\'{o}"
-\kxmod acute O "\\'{O}"
-\kxmod acute s "\\'{s}"
-\kxmod acute S "\\'{S}"
-\kxmod acute z "\\.{z}"
-\kxmod acute Z "\\.{Z}"
-\kxmod acute x "\\'{z}"
-\kxmod acute X "\\'{Z}"
+\kxmod acute a ą
+\kxmod acute A Ą
+\kxmod acute c ć
+\kxmod acute C Ć
+\kxmod acute e ę
+\kxmod acute E Ę
+\kxmod acute l ł
+\kxmod acute L Ł
+\kxmod acute n ń
+\kxmod acute N Ń
+\kxmod acute o ó
+\kxmod acute O Ó
+\kxmod acute s ś
+\kxmod acute S Ś
+\kxmod acute z ż
+\kxmod acute Z Ż
+\kxmod acute x ź
+\kxmod acute X Ź
# Latin letters.
#
\kmod / acute aAcCeElLnNoOsSzZxXu
-\kxmod acute a "ą"
-\kxmod acute A "Ą"
-\kxmod acute c "ć"
-\kxmod acute C "Ć"
-\kxmod acute e "ę"
-\kxmod acute E "Ę"
-\kxmod acute l "ł"
-\kxmod acute L "Ł"
-\kxmod acute n "ń"
-\kxmod acute N "Ń"
-\kxmod acute o "ó"
-\kxmod acute O "Ó"
-\kxmod acute s "ś"
-\kxmod acute S "Ś"
-\kxmod acute z "ż"
-\kxmod acute Z "Ż"
-\kxmod acute x "ź"
-\kxmod acute X "Ź"
-\kxmod acute u "\\euro{}" # wymaga pakietu eurosym
+\kxmod acute a ą
+\kxmod acute A Ą
+\kxmod acute c ć
+\kxmod acute C Ć
+\kxmod acute e ę
+\kxmod acute E Ę
+\kxmod acute l ł
+\kxmod acute L Ł
+\kxmod acute n ń
+\kxmod acute N Ń
+\kxmod acute o ó
+\kxmod acute O Ó
+\kxmod acute s ś
+\kxmod acute S Ś
+\kxmod acute z ż
+\kxmod acute Z Ż
+\kxmod acute x ź
+\kxmod acute X Ź
+\kxmod acute u € # wymaga pakietu eurosym
\kmod ~ tilde aoAO
\kmod ^ circumflex eaoEAO
-\kxmod acute i "\\'{\\i}"
+\kxmod acute i í
# \kxmod acute ´ ´
# \kxmod grave ` "$\\grave{}$" # is this really needed?!
# (c)1996 by Boloni Laszlo, blaci@utcluj.ro
#
-\kmap ; "\\c{s}"
-\kmap : "\\c{S}"
-\kmap ' "\\c{t}"
-\kmap \" "\\c{T}"
-\kmap [ "\\u{a}"
-\kmap { "\\u{A}"
-\kmap ] "\\^{\\i}"
-\kmap } "\\^{I}"
-\kmap \\ "\\^{a}"
-\kmap | "\\^{A}"
+\kmap ; ş
+\kmap : Ş
+\kmap ' ţ
+\kmap \" Ţ
+\kmap [ ă
+\kmap { Ă
+\kmap ] î
+\kmap } Î
+\kmap \\ â
+\kmap | Â
\kmap = '
\kmap + *
\kmap - +
\kmap ~ >
\kmap y z # y and z are switched
\kmap Y Z
-\kmap [ "\\v{s}" # s caron (pronunced sh)
-\kmap { "\\v{S}"
-\kmap ] "\\dj{}" # d stroke (pronunced dj, with j as in German, not as
-\kmap } "\\DJ{}" # in English)
-\kmap \\ "\\v{z}" # z caron (pronounced zh)
-\kmap | "\\v{Z}"
-\kmap ; "\\v{c}" # c caron (pronunced tch)
-\kmap : "\\v{C}"
-\kmap ' "\\'{c}" # c accute (pronunced as very soft ch)
-\kmap \" "\\'{C}"
+\kmap [ š # s caron (pronunced sh)
+\kmap { Š
+\kmap ] đ # d stroke (pronunced dj, with j as in German, not as
+\kmap } Đ # in English)
+\kmap \\ ž # z caron (pronounced zh)
+\kmap | Ž
+\kmap ; č # c caron (pronunced tch)
+\kmap : Č
+\kmap ' ć # c accute (pronunced as very soft ch)
+\kmap \" Ć
\kmap z y
\kmap Z Y
\kmap < ;
\kmod ] umlaut aeijouyAEIJOUY # umlaut on ]
\kmap ! +
\kmap @ \"
-\kmap \# \*
-\kmap $ "\\c{c}"
+\kmap \# *
+\kmap $ ç
\kmap ^ &
\kmap & /
\kmap * (
\kmap z y # switched Y<->Z
\kmap Y Z
\kmap Z Y
-\kmap [ "\\`{e}"
-\kmap { "\\\"{u}"
+\kmap [ è
+\kmap { ü
\kmap } !
-\kmap ; "\\'{e}"
-\kmap : "\\\"{o}"
-\kmap ' "\\`{a}"
-\kmap \" "\\\"{a}"
+\kmap ; é
+\kmap : ö
+\kmap ' à
+\kmap \" ä
\kmap < ;
\kmap > :
\kmap ? _
\kmap / -
\kmap \\ $
\kmap | "\\it\\${}"
-\kxmod circumflex i "\\^{\\i}" # some exceptions
-\kxmod umlaut i "\\\"{\\i}"
+\kxmod circumflex i î # some exceptions
+\kxmod umlaut i ï
\kmod ] umlaut aeijouyAEIJOUY # umlaut on ]
\kmap ! +
\kmap @ \"
-\kmap \# \*
-\kmap $ "\\c{c}"
+\kmap \# *
+\kmap $ ç
\kmap ^ &
\kmap & /
\kmap * (
\kmap z y # switched Y<->Z
\kmap Y Z
\kmap Z Y
-\kmap { "\\`{e}"
-\kmap [ "\\\"{u}"
+\kmap { è
+\kmap [ ü
\kmap } !
-\kmap : "\\'{e}"
-\kmap ; "\\\"{o}"
-\kmap \" "\\`{a}"
-\kmap ' "\\\"{a}"
+\kmap : é
+\kmap ; ö
+\kmap \" à
+\kmap ' ä
\kmap < ;
\kmap > :
\kmap ? _
\kmap / -
\kmap \\ $
\kmap | "\\it\\${}"
-\kxmod circumflex i "\\^{\\i}" # some exceptions
-\kxmod umlaut i "\\\"{\\i}"
+\kxmod circumflex i î # some exceptions
+\kxmod umlaut i ï
\kmod ` umlaut aeijouyAEIJOUY # umlaut is on ` - but it's not widely used...
\kmap 1 + # map numbers to Slovak letters and
\kmap ! 1 # Shift-numbers to numbers
-\kmap 2 "\\q{l}"
+\kmap 2 ľ
\kmap @ 2
-\kmap 3 "\\v{s}"
+\kmap 3 š
\kmap \# 3
-\kmap 4 "\\v{c}"
+\kmap 4 č
\kmap $ 4
-\kmap 5 "\\q{t}"
+\kmap 5 ť
\kmap % 5
-\kmap 6 "\\v{z}"
+\kmap 6 ž
\kmap ^ 6
-\kmap 7 "\\'{y}"
+\kmap 7 ý
\kmap & 7
-\kmap 8 "\\'{a}"
+\kmap 8 á
\kmap * 8
-\kmap 9 "\\'{\\i}"
+\kmap 9 í
\kmap ( 9
-\kmap 0 "\\'{e}"
+\kmap 0 é
\kmap ) 0
\kmap - = # map other keys to reflect Slovak keyboard
\kmap _ %
-\kmap ; "\\^{o}"
+\kmap ; ô
\kmap : \"
-\kmap ' "\\S{}"
+\kmap ' §
\kmap \" !
-\kmap [ "\\'{u}"
+\kmap [ ú
\kmap { /
-\kmap ] "\\\"{a}"
+\kmap ] ä
\kmap } (
\kmap < ?
\kmap > :
\kmap ? _
\kmap / -
-\kmap \\ "\\'{o}"
+\kmap \\ ó
\kmap | )
-\kxmod caron o "\\^{o}" # mapping exception - generate ^ instead for o
-\kxmod caron O "\\^{O}"
-\kxmod caron u "\\r{u}" # generate circle for u - it's a Czech letter
-\kxmod caron U "\\r{U}"
-\kxmod caron t "\\q{t}" # use proper caron mark for t, l, d and L
-\kxmod caron l "\\q{l}"
-\kxmod caron L "\\q{L}"
-\kxmod caron d "\\q{d}"
-\kxmod acute i "\\'{\\i}" # use only root of i for i acute
-\kxmod umlaut i "\\\"{\\i}" # not really needed
-\kxmod umlaut j "\\\"{\\j}" # not really needed
+\kxmod caron o ô # mapping exception - generate ^ instead for o
+\kxmod caron O Ô
+\kxmod caron u ů # generate circle for u - it's a Czech letter
+\kxmod caron U Ů
+\kxmod caron t ť # use proper caron mark for t, l, d and L
+\kxmod caron l ľ
+\kxmod caron L Ľ
+\kxmod caron d ď
+\kxmod acute i í # use only root of i for i acute
+\kxmod umlaut i ï # not really needed
+\kxmod umlaut j ȷ̈ # not really needed
\kmap < ;
\kmap > :
-\kmap [ "\\v{s}" # Chars with carons
-\kmap { "\\v{S}"
-\kmap ; "\\v{c}"
-\kmap : "\\v{C}"
-\kmap / "\\v{z}"
-\kmap ? "\\v{Z}"
+\kmap [ š # Chars with carons
+\kmap { Š
+\kmap ; č
+\kmap : Č
+\kmap / ž
+\kmap ? Ž
-\kmap ' "\\'{c}" # Chars with accute
-\kmap \" "\\'{C}"
+\kmap ' ć # Chars with accute
+\kmap \" Ć
# \kxmod hug q q # possibility to type q, ' or ; by duplicating
# \kxmod acute ' ' #
# \kxmod umlaut ; ;
-\kxmod acute i "\\'{\\i}" # use only root of i for i acute
-\kxmod hugarian_umlaut a "\\u{a}"
-\kxmod hugarian_umlaut A "\\u{A}"
-\kxmod acute s "\\c{s}"
-\kxmod acute S "\\c{S}"
-\kxmod acute t "\\c{t}"
-\kxmod acute T "\\c{T}"
-\kxmod umlaut i "\\^{\\i}"
-\kxmod umlaut I "\\^{I}"
-\kxmod umlaut a "\\^{a}"
-\kxmod umlaut A "\\^{A}"
+\kxmod acute i í # use only root of i for i acute
+\kxmod hugarian_umlaut a ă
+\kxmod hugarian_umlaut A Ă
+\kxmod acute s ş
+\kxmod acute S Ş
+\kxmod acute t ţ
+\kxmod acute T Ţ
+\kxmod umlaut i î
+\kxmod umlaut I Î
+\kxmod umlaut a â
+\kxmod umlaut A Â
\kmap "," b
\kmap < B
-\kmap e "\\u{g}" # mappings for Turkish letters
-\kmap E "\\u{G}"
-\kmap r "\\i{}"
-\kmap S "\\.{I}"
-\kmap g "\\\"{u}"
-\kmap G "\\\"{U}"
-\kmap ' "\\c{s}"
-\kmap \" "\\c{S}"
-\kmap x "\\\"{o}"
-\kmap X "\\\"{O}"
-\kmap b "\\c{c}"
-\kmap B "\\c{C}"
+\kmap e ğ # mappings for Turkish letters
+\kmap E Ğ
+\kmap r ı
+\kmap S İ
+\kmap g ü
+\kmap G Ü
+\kmap ' ş
+\kmap \" Ş
+\kmap x ö
+\kmap X Ö
+\kmap b ç
+\kmap B Ç
\kmap \\ ","
\kmap | ;
-\kmap [ "\\u{g}" # mappings for Turkish letters
-\kmap { "\\u{G}"
-\kmap ] "\\\"{u}"
-\kmap } "\\\"{U}"
-\kmap i "\\i{}"
-\kmap ; "\\c{s}"
-\kmap : "\\c{S}"
+\kmap [ ğ # mappings for Turkish letters
+\kmap { Ğ
+\kmap ] ü
+\kmap } Ü
+\kmap i ı
+\kmap ; ş
+\kmap : Ş
\kmap ' i
-\kmap \" "\\.{I}"
-\kmap "," "\\\"{o}"
-\kmap < "\\\"{O}"
-\kmap . "\\c{c}"
-\kmap > "\\c{C}"
+\kmap \" İ
+\kmap "," ö
+\kmap < Ö
+\kmap . ç
+\kmap > Ç
projects / features.git / commitdiff