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if not modules then modules = { } end modules ['char-syn'] = {
version = 1.001,
comment = "companion to char-ini.mkiv",
author = "Hans Hagen, PRAGMA-ADE, Hasselt NL",
copyright = "PRAGMA ADE / ConTeXt Development Team",
license = "see context related readme files"
}
-- thanks to tex4ht for these mappings
characters = characters or { }
characters.synonyms = {
angle = 0x2220,
anticlockwise = 0x21BA,
arrowaxisleft = 0x2190,
arrowaxisright = 0x2192,
arrowparrleftright = 0x21C6,
arrowparrrightleft = 0x21C4,
arrowtailleft = 0x21A2,
arrowtailright = 0x21A3,
arrowtripleleft = 0x21DA,
arrowtripleright = 0x21DB,
axisshort = 0x2212,
because = 0x2235,
between = 0x226C,
check = 0x2713,
circleasteris = 0x229B,
circleequal = 0x2257,
circleminus = 0x229D,
circleR = 0x24C7,
circlering = 0x229A,
circleS = 0x24C8,
clockwise = 0x21BB,
complement = 0x2201,
curlyleft = 0x21AB,
curlyright = 0x21AC,
dblarrowdwn = 0x21CA,
dblarrowheadleft = 0x219E,
dblarrowheadright = 0x21A0,
dblarrowleft = 0x21C7,
dblarrowright = 0x21C9,
dblarrowup = 0x21C8,
defines = 0x225C,
diamond = 0x2662,
diamondsolid = 0x2666,
difference = 0x224F,
dotplus = 0x2214,
downfall = 0x22CE,
equaldotleftright = 0x2252,
equaldotrightleft = 0x2253,
equalorfollows = 0x22DF,
equalorgreater = 0x22DD,
equalorless = 0x22DC,
equalorprecedes = 0x22DE,
equalsdots = 0x2251,
followsorcurly = 0x227D,
followsorequal = 0x227F,
forces = 0x22A9,
forcesbar = 0x22AA,
fork = 0x22D4,
frown = 0x2322,
geomequivalent = 0x224E,
greaterdbleqlless = 0x22Da,
greaterdblequal = 0x2267,
greaterlessequal = 0x22DA,
greaterorapproxeql = 0x227F,
greaterorequalslant= 0x2265,
greaterorless = 0x2277,
greaterorsimilar = 0x2273,
harpoondownleft = 0x21C3,
harpoondownright = 0x21C2,
harpoonleftright = 0x21CC,
harpoonrightleft = 0x21CB,
harpoonupleft = 0x21BF,
harpoonupright = 0x21BE,
intercal = 0x22BA,
intersectiondbl = 0x22D2,
lessdbleqlgreater = 0x22DB,
lessdblequal = 0x2266,
lessequalgreater = 0x22DB,
lessorapproxeql = 0x227E,
lessorequalslant = 0x2264,
lessorgreater = 0x2276,
lessorsimilar = 0x2272,
maltesecross = 0xFFFD,
measuredangle = 0x2221,
muchgreater = 0x22D9,
muchless = 0x22D8,
multimap = 0x22B8,
multiopenleft = 0x22CB,
multiopenright = 0x22CC,
nand = 0x22BC,
orunderscore = 0x22BB,
perpcorrespond = 0x2259,
precedesorcurly = 0x227C,
precedesorequal = 0x227E,
primereverse = 0x2035,
proportional = 0x221D,
revasymptequal = 0x2243,
revsimilar = 0x223D,
rightanglene = 0x231D,
rightanglenw = 0x231C,
rightanglese = 0x231F,
rightanglesw = 0x231E,
ringinequal = 0x2256,
satisfies = 0x22A8,
shiftleft = 0x21B0,
shiftright = 0x21B1,
smile = 0x2323,
sphericalangle = 0x2222,
square = 0x25A1,
squaredot = 0x22A1,
squareimage = 0x228F,
squareminus = 0x229F,
squaremultiply = 0x22A0,
squareoriginal = 0x2290,
squareplus = 0x229E,
squaresmallsolid = 0x25AA,
squaresolid = 0x25A0,
squiggleleftright = 0x21AD,
squiggleright = 0x21DD,
star = 0x22C6,
subsetdbl = 0x22D0,
subsetdblequal = 0x2286,
supersetdbl = 0x22D1,
supersetdblequa = 0x2287,
therefore = 0x2234,
triangle = 0x25B5,
triangledownsld = 0x25BE,
triangleinv = 0x25BF,
triangleleft = 0x25C3,
triangleleftequal = 0x22B4,
triangleleftsld = 0x25C2,
triangleright = 0x25B9,
trianglerightequal = 0x22B5,
trianglerightsld = 0x25B8,
trianglesolid = 0x25B4,
uniondbl = 0x22D3,
uprise = 0x22CF,
Yen = 0x00A5,
}
if not characters.enccodes then
local enccodes = { }
for unicode, data in next, characters.data do
local encname = data.adobename or data.contextname
if encname then
enccodes[encname] = unicode
end
end
for name, unicode in next, characters.synonyms do
if not enccodes[name] then enccodes[name] = unicode end
end
characters.enccodes = enccodes
end
storage.register("characters.enccodes", characters.enccodes, "characters.enccodes")
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