Modulo:Coordinates/provejo2
Dokumentado por ĉi tiu modulo povas esti kreata ĉe Modulo:Coordinates/provejo2/dokumentado
local math_mod = require( "Module:Math" )
local p = {}
local i18n = {
N = ' N',
Nlong = ' Nordo',
W = ' U',
Wlong = ' Okcidento',
E = ' O',
Elong = ' Oriento',
S = ' S',
Slong = ' Sudo',
degrees = '° ',
minutes = '\′ ',
seconds = '″ ',
geohackurl = 'http://tools.wmflabs.org/geohack/geohack.php?language=eo',
tooltip = 'Mapoj, elĉielaj bildoj kaj aliaj datumoj por ĉi tiu loko',
errorcat = 'Paĝoj kun misformitaj etikedoj por koordinatoj',
sameaswikidata = 'Paĝoj kun koordinatoj samaj sur Vikidatumoj',
notaswikidata = 'Paĝoj kun koordinatoj malsamaj sur Vikidatumoj',
nowikidata = 'Paĝoj sen koordinatoj per Vikidatumoj',
throughwikidata = 'Paĝoj geolokigitaj per Vikidatumoj'
}
local globedata = {
--[[ notes:
radius in kilometers (especially imprecise for non spheric bodies)
defaultdisplay is currently disabled, activate it ?
]]--
ariel = {radius = 580, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
callisto = {radius = 2410, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
ceres = {radius = 470, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
deimos = {radius = 7, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
dione = {radius = 560, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
enceladus = {radius = 255, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
ganymede = {radius = 1631, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
earth = {radius = 6371, defaultdisplay = 'dms', trackingcat = 'Article géolocalisé sur Terre'},
europa = {radius = 1561, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
hyperion = {radius = 140, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
iapetus = {radius = 725, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
['io'] = {radius = 1322, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
jupiter = {radius = 68911, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
mars = {radius = 3389.5, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé sur Mars' },
mercury = {radius = 2439.7, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
mimas = {radius = 197, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
miranda = {radius = 335, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
moon = {radius = 1736, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé sur la Lune'},
neptune = {radius = 24553, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
oberon = {radius = 761, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
phoebe = {radius = 110, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
phobos = {radius = 11, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
rhea = {radius = 765, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
saturn = {radius = 58232, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
titan = {radius = 2575.5, defaultdisplay = 'dec west', trackingcat = 'Article géolocalisé extraterrestre'},
tethys = {radius = 530, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
titania = {radius = 394, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
triton = {radius = 1353, defaultdisplay = 'dec west', trackingcat = 'Article géolocalisé extraterrestre'},
umbriel = {radius = 584, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
uranus = {radius = 25266, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
venus = {radius = 6051.8, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'},
vesta = {radius = 260, defaultdisplay = 'dec east', trackingcat = 'Article géolocalisé extraterrestre'}
}
local wikidatathreshold = 10 -- si la distance entre coordonnées Wikipédia et Wikidata dépasse se seuil (en kilomètes), une catégorie de maintenance est ajoutée
local function makecat(cat, sortkey)
return '[[Category:' .. cat .. '|' .. (sortkey or '*') .. ']]'
end
----------------------------------------
--Error handling
--[[ Notes:
when errors occure a new error message is concatenated to errorstring
an error message contains an error category with a sortkey
For major errors, it can also display an error message (the error message will the usually be returned and the function terminated)
More minor errors do only add a category, so that readers are not bothered with error texts
sortkeys:
* A: invalid latitude, longitude or direction
* B: invalid globe
* C: something wrong with other parameters
* D: more than one primary coord
]]--
errorstring = ''
local function makeerror(args)
local errormessage = ''
if args.message then
errormessage = '<strong class="error">Koordinatoj: ' .. args.message .. '</strong>'
end
local errorcat = ''
if mw.title.getCurrentTitle().namespace == 0 then
errorcat = makecat(i18n.errorcat, args.sortkey)
end
errorstring = errormessage .. errorcat -- reinitializes the string to avoid absurdly long messages
return nil
end
local function showerrors()
return errorstring
end
-- Distance computation
function p._distance(a, b, globe) -- calcule la [[distance orthodromique]] en kilomètres entre deŭ points du globe
globe = string.lower(globe or 'earth')
-- check arguments and converts degreees to radians
local latA, latB, longA, longB = a.latitude, b.latitude, a.longitude, b.longitude
if (not latA) or (not latB) or (not longA) or (not longB) then return
error('koordinatoj mankas, ne povas komputi distancon')
end
if type(latA) ~= 'number' or type(latB) ~= 'number' or type(longA) ~= 'number' or type(longB) ~= 'number' then
error('koordinatoj ne estas numeraj, ne povas komputi distancon')
end
if not globe or not globedata[globe] then
return error('globe: ' .. globe .. 'ne estas subtenata')
end
-- calcul de la distance angulaire en radians
local convratio = math.pi / 180 -- convertit en radians
latA, latB, longA, longB = convratio * latA, convratio * latB, convratio * longA, convratio * longB
local cosangle = math.sin(latA) * math.sin(latB) + math.cos(latA) * math.cos(latB) * math.cos(longB - longA)
if cosangle >= 1 then -- may be above one because of rounding errors
return 0
end
local angle = math.acos(cosangle)
-- calcul de la distance en km
local radius = globedata[globe].radius
return radius * angle
end
function p.distance(frame)
local args = frame.args
return p._distance(
{latitude = tonumber(args.latitude1), longitude = tonumber(args.longitude1)},
{latitude = tonumber(args.latitude2), longitude = tonumber(args.longitude2)},
args.globe)
end
--HTML builder for a geohack link
local function buildHTML(decLat, decLong, dmsLat, dmsLong, globe, displayformat, displayinline, displaytitle, objectname, extraparams)
local root, text, url, noprint
extraparams = extraparams or ''
-- geohack url and parameters
local decimalcoords = p.displaydec(decLat, decLong, displayformat)
local geohacklatitude, geohacklongitude
-- format latitude and longitude for the URL
if tonumber(decLat) < 0 then
geohacklatitude = tostring(-tonumber(decLat)) .. '_S'
else
geohacklatitude = decLat .. '_N'
end
if tonumber(decLong) < 0 then
geohacklongitude = tostring(-tonumber(decLong)) .. '_W'
else
geohacklongitude = decLong .. '_E'
end
-- prepares the 'paramss=' parameter
local geohackparams = geohacklatitude .. '_' .. geohacklongitude .. '_' ..extraparams
-- concatenate parameteres for geohack
local url = i18n.geohackurl ..
"&pagename=" .. mw.uri.encode(mw.title.getCurrentTitle().prefixedText, "WIKI") ..
"¶ms=" .. geohackparams ..
(objectname and ("&title=" .. mw.uri.encode(objectname)) or "")
root = mw.html.create('')
root
:tag("span")
:addClass("plainlinks nourlexpansion")
:wikitext("[" .. url)
:tag("span")
:addClass(string.sub(displayformat,1,3) == "dec" and "geo-nondefault" or "geo-default")
:tag("span")
:addClass("geo-dms")
:attr("title", i18n.tooltip)
:tag("span")
:addClass("latitude")
:wikitext(p.displaydmsdimension(dmsLat, displayformat))
:done()
:wikitext(" ")
:tag("span")
:addClass("longitude")
:wikitext(p.displaydmsdimension(dmsLong, displayformat))
:done()
:done()
:done()
:tag("span")
:addClass("geo-multi-punct")
:wikitext(" / ")
:done()
:tag("span")
:addClass(string.sub(displayformat,1,3) == 'dec' and "geo-default" or "geo-nondefault")
:wikitext(objectname and "<span class=\"vcard\">" or "")
:tag("span")
:addClass("geo-dec")
:attr("title", i18n.tooltip)
:wikitext(decimalcoords)
:done()
:wikitext(objectname and ("<span style=\"display:none\"> (<span class=\"fn org\">" ..
objectname .. "</span>)</span></span>") or "")
:done()
:wikitext("]")
:done()
-- formatta il risultato a seconda di args["display"] (nil, "inline", "title", "inline,title")
text = tostring(root)
noprint = displayinline and "class=\"noprint\" " or ""
htmlTitle = "<span style=\"font-size: small;\"><span " .. noprint .. "id=\"coordinates\">"
return (displayinline and text or "") ..
(displaytitle and (htmlTitle .. text .. "</span></span>") or "")
end
-- dms specific funcions
function p.displaydmsdimension(valuetable, format) -- formate en latitude ou une longitude dms
local str = ''
local direction = valuetable.direction
local degrees, minutes, seconds = '', '', ''
local dimension
if format == 'dms long' then
direction = i18n[direction .. 'long']
else
direction = i18n[direction]
end
degrees = valuetable.degrees .. i18n.degrees
if valuetable.minutes then
minutes = valuetable.minutes .. i18n.minutes
if (valuetable.minutes < 10) then
minutes = '0' .. minutes
end
end
if valuetable.seconds then
seconds = valuetable.seconds .. i18n.seconds
if (valuetable.seconds < 10) then
seconds = '0' .. seconds
end
end
return degrees .. minutes .. seconds .. direction
end
local function validdms(coordtable)
local direction = coordtable.direction
local degrees = coordtable.degrees or 0
local minutes = coordtable.minutes or 0
local seconds = coordtable.seconds or 0
local dimension = coordtable.dimension
if not dimension then
if direction == 'N' or direction == 'S' then
dimension = 'latitude'
elseif direction == 'E' or direction == 'W' then
dimension = 'longitude'
else
makeerror({message = 'nevalida direkto. estu "N", "S", "E" aŭ "W"', sortkey = 'A'})
return false
end
end
if type(degrees) ~= 'number' or type(minutes) ~= 'number' or type(seconds) ~= 'number' then
makeerror({message = 'nevalida formato', sortkey = 'A'})
return false
end
if dimension == 'latitude' and direction ~= 'N' and direction ~= 'S' then
makeerror({message = 'ne povis trovi latitudan direkton (estu N aŭ S)', sortkey = 'A'})
return false
end
if dimension == 'longitude' and direction ~= 'W' and direction ~= 'E' then
makeerror({message = 'ne povis trovi longitudan direkton (estu W aŭ E) ', sortkey = 'A'})
return false
end
if dimension == 'latitude' and degrees > 90 then
makeerror({message = 'latitudo > 90', sortkey = 'A'})
return false
end
if dimension == 'longitude' and degrees > 360 then
makeerror({message = 'longitudo > 360', sortkey = 'A'})
return false
end
if degrees < 0 or minutes < 0 or seconds < 0 then
makeerror({message = 'gms-koordinatoj devas esti pozitivaj', sortkey = 'A'})
return false
end
if minutes > 60 or seconds > 60 then
makeerror({message = 'minutoj aŭ sekundoj > 60', sortkey = 'A'})
return false
end
if (math.floor(degrees) ~= degrees and minutes ~= 0) or (math.floor(minutes) ~= minutes and seconds ~= 0) then
makeerror({message = 'gradoj kaj minutoj devas esti entjeroj', sortkey = 'A'})
return false
end
return true
end
local function builddmsdimension(degrees, minutes, seconds, direction)
-- no error checking, done in function validdms
local dimensionobject = {}
-- direction and dimension (= latitude or longitude)
dimensionobject.direction = direction
if direction == 'N' or direction == 'S' then
dimensionobject.dimension = 'latitude'
else
dimensionobject.dimension = 'longitude'
end
-- degrees, minutes, seconds
dimensionobject.degrees = tonumber(degrees)
dimensionobject.minutes = tonumber(minutes)
dimensionobject.seconds = tonumber(seconds)
if degrees and not dimensionobject.degrees then dimensionobject.degrees = 'error' end
if minutes and not dimensionobject.minutes then dimensionobject.minutes = 'error' end
if seconds and not dimensionobject.seconds then dimensionobject.seconds = 'error' end
return dimensionobject
end
local function parsedmsstring(str) -- prend une séquence et donne des noms aŭ paramètres
-- output table: {latitude=, longitude = , direction = }
if not str then
return nil
end
if not tonumber(str) and not string.find(str, '/') then
makeerror({message ='nevalida koordinata formato', sortkey= 'A'})
return nil
end
args = mw.text.split(str, '/', true)
if #args > 4 then
makeerror({message = "tro da parametroj por koordinatoj", sortkey= 'A' })
end
local direction = mw.text.trim(args[#args])
table.remove(args)
local degrees, minutes, seconds = args[1], args[2], args[3]
local dimensionobject = builddmsdimension(degrees, minutes, seconds, direction)
if validdms(dimensionobject) then
return dimensionobject
else
return nil
end
end
--- decimal specific functions
function p.displaydec(latitude, longitude, format)
if format == 'dec west' then
local latsymbol = i18n.N
longitude = - longitude
if latitude < 0 then latsymbol = i18n.S end
if longitude < 0 then
longitude = 360 + longitude
end
return latitude .. i18n.degrees .. latsymbol .. ', ' .. longitude .. i18n.degrees .. i18n.W
elseif format == 'dec east' then
local latsymbol = i18n.N
if latitude < 0 then latsymbol = i18n.S end
if longitude < 0 then
longitude = 360 + longitude
end
return latitude .. i18n.degrees .. latsymbol .. ', ' .. longitude .. i18n.degrees .. i18n.E
else
return latitude .. ', ' .. longitude
end
end
local function parsedec(dec, coordtype) -- coordtype = latitude or longitude
dec = mw.text.trim(dec)
if coordtype ~= 'latitude' and coordtype ~= 'longitude' then
makeerror({'nevalida koordinata tipo', sortkey = "A"})
return nil
end
if not dec then
return nil
end
local numdec = tonumber(dec) -- numeric value, kept separated as it looses significant zeros
if not numdec then -- tries the decimal + direction format
direction = mw.ustring.sub(dec, mw.ustring.len(dec), mw.ustring.len(dec))
dec = mw.ustring.sub(dec, 1, mw.ustring.len(dec)-2) -- removes the /N at the end
if not dec or not tonumber(dec) then
return nil
end
if direction == 'N' or direction == 'E' then
return dec
elseif direction == 'W' or direction == 'S' then
return '-' .. dec
else
makeerror({message = 'ne povis trovi longitudan direkton (estu W aŭ E) ', sortkey = 'A'})
return nil
end
end
if coordtype == 'latitude' and math.abs(numdec) > 90 then
makeerror({message = 'latitudo > 90' , sortkey = 'A'})
return nil
end
if coordtype == 'longitude' and math.abs(numdec) > 360 then
makeerror({message = 'longitudo > 360' , sortkey = 'A'})
return nil
end
return dec
end
-- dms/dec conversion functions
local function convertprecision(precision) -- converts a decimal precision like "2" into "dm"
if precision >= 3 then
return 'dms'
elseif precision >=1 then
return 'dm'
else
return 'd'
end
end
local function determinedmsprec(decs) -- returns the most precision for a dec2dms conversion, depending on the most precise value in the decs table
local precision = 0
for d, val in ipairs(decs) do
precision = math.max(precision, math_mod._precision(val))
end
return convertprecision(precision)
end
local function dec2dms_d(dec)
local degrees = math_mod._round( dec, 0 )
return degrees
end
local function dec2dms_dm(dec)
dec = math_mod._round( dec * 60, 0 )
local minutes = dec % 60
dec = math.floor( (dec - minutes) / 60 )
local degrees = dec % 360
return degrees, minutes
end
local function dec2dms_dms(dec)
dec = math_mod._round( dec * 60 * 60, 0 )
local seconds = dec % 60
dec = math.floor( (dec - seconds) / 60 )
local minutes = dec % 60
dec = math.floor( (dec - minutes) / 60 )
local degrees = dec % 360
return degrees, minutes, seconds
end
function p._dec2dms(dec, coordtype, precision) -- type: latitude or longitude
local degrees, minutes, seconds
-- precision
if not precision or precision == '' then
precision = determinedmsprec({dec})
end
if precision ~= 'd' and precision ~= 'dm' and precision ~= 'dms' then
return makeerror({sortkey = 'C'})
end
local dec = tonumber(dec)
-- direction
if coordtype == 'latitude' then
if dec < 0 then
direction = 'S'
else
direction = 'N'
end
elseif coordtype == 'longitude' then
if dec < 0 then
direction = 'W'
else
direction = 'E'
end
end
-- conversion
dec = math.abs(dec) -- les coordonnées en dms sont toujours positives
if precision == 'dms' then
degrees, minutes, seconds = dec2dms_dms(dec)
elseif precision == 'dm' then
degrees, minutes = dec2dms_dm(dec)
else
degrees = dec2dms_d(dec)
end
return builddmsdimension(degrees, minutes, seconds, direction)
end
function p.dec2dms(frame) -- legacy function somewhat cumbersome syntax
args = frame.args
local dec = args[1]
local precision = string.lower(args[4] or '')
local displayformat, coordtype
if args[2] == 'N' or 'Nord' then
coordtype = 'latitude'
else
coordtype = 'longitude'
end
if args[2] == 'Nord' or args[2] == 'Est' or args[3] == 'Ouest' or args[3] == 'Sud' then
displayformat = 'dms long'
end
local coordobject = p._dec2dms(dec, coordtype, precision)
return p.displaydmsdimension(coordobject, displayformat) .. showerrors()
end
function p._dms2dec(dmsobject) -- transforme une table degré minute secondes en nombre décimal
local direction, degrees, minutes, seconds = dmsobject.direction, dmsobject.degrees, dmsobject.minutes, dmsobject.seconds
local factor = 0
local precision = 0
if not minutes then minutes = 0 end
if not seconds then seconds = 0 end
if direction == "N" or direction == "E" then
factor = 1
elseif direction == "W" or direction == "S" then
factor = -1
elseif not direction then
makeerror({message = 'neniu baza direkto trovita en koordinatoj', sortkey = 'A'})
return nil
else
makeerror({message = 'nevalida direkto', sortkey = 'A'})
return nil
end
if dmsobject.seconds then -- vérifie la précision des données initiales
precision = 5 + math.max( math_mod._precision(tostring(seconds), 0 ) ) -- passage par des strings assez tarabiscoté ?
elseif dmsobject.minutes then
precision = 3 + math.max( math_mod._precision(tostring(minutes), 0 ) )
else
precision = math.max( math_mod._precision(tostring(degrees), 0 ) )
end
local decimal = factor * (degrees+(minutes+seconds/60)/60)
return math_mod._round(decimal, precision)
end
function p.dms2dec(frame) -- legacy function, somewhat bizarre syntax
local args = frame.args
if tonumber(args[1]) then
return args[1] -- coordonnées déjà en décimal
elseif not args[2] then
return p._dms2dec(parsedmsstring(args[1])) -- coordonnées sous la fore 23/22/N
else
return p._dms2dec({direction = args[1], degrees = args[2], minutes = args[3], seconds = args[4]})
end
end
-- Wikidata
local function convertwikidataprecision(precision) -- converts a decima like "0.1" into "dm"
if precision < 0.016 then
return 'dms'
elseif precision < 1 then
return 'dm'
else
return 'd'
end
end
local function wikidatacoords(query)
query = query or {property = 'p625'}
query.formatting = 'raw'
local wd = require('Module:Wikidata')
local claim = wd.getClaims(query)
if claim and claim[1] then -- redundant but more robust in case of a change in the code of Module:Wikidata
local coords = wd.formatSnak(claim[1].mainsnak) -- todo: check for special values
return coords.latitude, coords.longitude, coords.globe or 'earth', convertwikidataprecision(coords.precision or .001)
end
return nil
end
-- main function for displaying coordinates
function p._coord(args)
-- I declare variable
local displayformat = args.format -- string: one of: 'dms', 'dms long', 'dec', 'dec east' and 'dec west'
local displayplace = string.lower(args.display or 'inline') --string: one of 'inline', 'title' or 'inline,title'
local objectname = args.name -- string: name of the title displayed in geohack
local notes = (' ' and args.notes) or '' -- string: notes to de displayed after coordinates
local wikidata = args.wikidata -- string: set to "true" if needed
local wikidataquery = args.wikidataquery -- table: see [[Module:Wikidata]] see function wikidatacoords
local dmslatitude, dmslongitude -- table (when created)
local extraparams = string.lower(args.extraparams or '') -- string (legacy, corresponds to geohackparams)
local trackingstring = '' -- tracking cats except error cats (already in errorstring)
local rawlat, rawlong = args.latitude, args.longitude
if ralwat == '' then rawlat = nil end
if rawlong == '' then rawlong = nil end
local globe = string.lower(args.globe or '') -- string: see the globedata table for accepted values
local latitude, longitude, precision, dmslatitude, dmslongitude -- latitude and longitude in decimal / dmslatitude and dmslongitude: tables withdms coords
-- II extract coordinates from Wikitext
if (rawlat or rawlong) then
if (not rawlat) or (not rawlong) then -- if latitude is provided so should be longitude
makeerror({message = 'latitudo aŭ longitudo mankas', sortkey = 'A'})
return showerrors()
end
latitude = parsedec(rawlat, 'latitude')
if latitude then -- if latitude is decimal
longitude = parsedec(rawlong, 'longitude') -- so should be longitude
precision = determinedmsprec({latitude, longitude}) -- before conversion from string to number for trailing zeros
if not latitude or not longitude then
if errorstring == '' then
makeerror({message = 'nevalida formato', sortkey = 'A'})
end
return showerrors()
end
dmslatitude, dmslongitude = p._dec2dms(latitude, 'latitude', precision), p._dec2dms(longitude, 'longitude', precision)
latitude, longitude = tonumber(latitude), tonumber(longitude)
else -- if latitude is not decimal try to parse it as a dms string
dmslatitude, dmslongitude = parsedmsstring(args.latitude), parsedmsstring(args.longitude)
if not dmslatitude or not dmslongitude then
return showerrors()
end
latitude, longitude = p._dms2dec(dmslatitude), p._dms2dec(dmslongitude)
end
end
-- III extract coordinate data from Wikidata and compare them to local data
local wikidatalatitude, wikidatalongitude, wikidataglobe
if wikidata == 'true' then
wikidatalatitude, wikidatalongitude, wikidataglobe, wikidataprecision = wikidatacoords(wikidataquery)
if wikidatalatitude and latitude and longitude then
local maxdistance = tonumber(args.maxdistance) or wikidatathreshold
if p._distance({latitude = latitude, longitude= longitude}, {latitude = wikidatalatitude, longitude= wikidatalongitude}, wikidataglobe) < maxdistance then
trackingstring = trackingstring .. makecat(i18n.sameaswikidata)
else
trackingstring = trackingstring .. makecat(i18n.notaswikidata)
end
end
if wikidatalatitude and not latitude then
latitude, longitude, globe, precision = wikidatalatitude, wikidatalongitude, wikidataglobe, wikidataprecision
dmslatitude, dmslongitude = p._dec2dms(latitude, 'latitude', precision), p._dec2dms(longitude, 'longitude', precision)
trackingstring = trackingstring .. makecat(i18n.throughwikidata)
end
if latitude and not wikidatalatitude then
if mw.title.getCurrentTitle().namespace == 0 then
trackingstring = trackingstring .. makecat(i18n.nowikidata)
end
end
end
-- exit if stil no latitude or no longitude
if not latitude and not longitude then
return nil -- ne rien ajouter ici pour que l'appel à cette fonction retourne bien nil en l'absence de données
end
-- IV best guesses for missing parameters
--- globe
if globe == '' then -- cherche le globe dans l'extraparams destinée à geohack
local globe2 = string.match(extraparams, 'globe\:%a+')
if globe2 then globe = string.sub(globe2, 7) end
if globe == '' then
globe = 'earth'
end
end
if not globedata[globe] then
makeerror({message = 'nevalida globe:' .. globe})
globe = 'earth'
end
--- diplayformat
if not displayformat or displayformat == '' then
displayformat = globedata[globe].defaultdisplay
end
-- displayinline/displaytitle
local displayinline = string.find(displayplace, 'inline')
local displaytitle = string.find(displayplace, 'title')
if not displayinline and not displaytitle then
displayinline = true
if displayplace ~= '' then
makeerror({sortkey = 'C'}) --error if display not empty, but not not a major error, continue
end
end
if displaytitle and mw.title.getCurrentTitle().namespace == 0 then
trackingstring = trackingstring .. makecat(globedata[globe].trackingcat)
end
-- V geodata
local geodata = ''
if latitude and longitude then
local latstring, longstring = tostring(latitude), tostring(longitude)
local primary = ''
local frame = mw.getCurrentFrame()
local geodataparams = {[1] = latstring, [2] = longstring, [3] = extraparams, ['name'] = objectname}
if displaytitle then
geodataparams[4] = 'primary'
end
geodata = frame:callParserFunction('#coordinates', geodataparams )
if string.find(geodata, 'error') then -- the only error that has not been caught yet is primary key
geodata = ''
end
end
-- VI final output
extraparams = extraparams .. '_globe:' .. globe -- pas de problème si le globe est en double
local mainstring = ''
if args.formatitle then
if displaytitle then
mainstring = mainstring .. buildHTML(latitude, longitude, dmslatitude, dmslongitude, globe, args.formatitle, false, true, objectname,extraparams )
end
if displayinline then
mainstring = mainstring .. buildHTML(latitude, longitude, dmslatitude, dmslongitude, globe, displayformat, true, false, objectname,extraparams )
end
else
mainstring = buildHTML(latitude, longitude, dmslatitude, dmslongitude, globe, displayformat, displayinline, displaytitle, objectname,extraparams )
end
return mainstring .. notes .. trackingstring .. geodata .. showerrors()
end
function p.coord(frame) -- parrses the strange parameters of Template:Coord before sending them to p.coord
local args = frame.args
local numericargs = {}
for i, j in ipairs(args) do
args[i] = mw.text.trim(j)
if type(i) == 'number' and args[i] ~= '' then
table.insert(numericargs, args[i])
end
end
if (#numericargs == 1 and string.find(numericargs[1], '/')) then -- all coords in one string
numericargs = mw.text.split(numericargs[1], '/')
end
if (#numericargs == 2 and string.find(numericargs[1], '/') and not string.find(numericargs[2], '/')) then -- all coords in one string + geohackparams
args.extraparams = numericargs[2]
numericargs = mw.text.split(numericargs[1], '/')
end
if #numericargs %2 == 1 and #numericargs ~= 1 then -- if the number of args is odd, the last one is geohackparams
args.extraparams = numericargs[#numericargs]
table.remove(numericargs)
end
if #numericargs == 1 then
makeerror({message = 'latitudo aŭ longitudo mankas', sortkey = 'A'})
return showerrors()
end
for i, j in ipairs(numericargs) do
if i <= (#numericargs / 2) then
if not args.latitude then
args.latitude = j
else
args.latitude = args.latitude .. '/' .. j
end
else
if not args.longitude then
args.longitude = j
else
args.longitude = args.longitude .. '/' .. j
end
end
end
if string.find(args.latitude or '', 'E') or string.find(args.latitude or '', 'W') then
args.latitude, args.longitude = args.longitude, args.latitude
end
return p._coord(args)
end
function p.Coord(frame)
return p.coord(frame)
end
function p.latitude(frame) -- helper function pour infobox, à déprécier
local args = frame.args
local latitude = frame.args[1]
if latitude and mw.text.trim(latitude) ~= '' then
return latitude
elseif frame.args['wikidata'] == 'true' then
local lat, long = wikidatacoords()
return lat
end
end
function p.longitude(frame) -- helper function pour infobox, à déprécier
local args = frame.args
local longitude = frame.args[1]
if longitude and mw.text.trim(longitude) ~= '' then
return longitude
elseif frame.args['wikidata'] == 'true' then
local lat, long = wikidatacoords()
return long
end
end
return p