Module:Solar eclipse
| Ready for use | This module is rated as ready for general use. It has reached a mature form and is thought to be relatively bug-free and ready for use wherever appropriate. It is ready to mention on help pages and other Wikipedia resources as an option for new users to learn. To reduce server load and bad output, it should be improved by sandbox testing rather than repeated trial-and-error editing. |
Usage edit source
{{#invoke:Solar eclipse|box}}
local p = {}
local args = {}
local data_module_prefix = "Module:Solar eclipse/db/"
local function ifnotempty(s,a,b)
if (s and s ~= '') then
return a
else
return b
end
end
local function ifexist(page)
if not page then return false end
if mw.title.new(page).exists then return true end
return false
end
local function parsedate(y,m,d)
local lang = mw.language.getContentLanguage()
d = (tonumber(d) < 10) and ('0' .. tonumber(d)) or (d)
m = (tonumber(m) < 10) and ('0' .. tonumber(m)) or (m)
local success, result = pcall(lang.formatDate, lang, 'F j, Y', y .. '-' .. m .. '-' .. d)
return success and result or nil
end
local function parsecoord(frame, s)
local lat = s:match('^%s*([%d][%d.]*)%s*[NS]%s*[%d][%d.]*[EW]%s*$')
local NS = s:match('^%s*[%d][%d.]*%s*([NS])%s*[%d][%d.]*[EW]%s*$')
local lon = s:match('^%s*[%d][%d.]*%s*[NS]%s*([%d][%d.]*)[EW]%s*$')
local EW = s:match('^%s*[%d][%d.]*%s*[NS]%s*[%d][%d.]*([EW])%s*$')
if( lat and NS and lon and EW ) then
return frame:expandTemplate{ title = 'coord', args = {lat, NS, lon, EW, 'type:landmark'} }
else
return s
end
end
local function parsekm(frame, s)
if(s and s:match('^%s*[%d][%d.]*%s*$')) then
return frame:expandTemplate{ title = 'convert', args = {s, 'km', 'mi', abbr = 'on'} }
else
if(s and s ~= '') then
return s .. ' km'
else
return nil
end
end
end
local function parsetime(s)
if(s and s ~= '') then
local min = s:match('^%s*([%d][%d]*)m%s*[%d][%d]*s%s*$')
local sec = s:match('^%s*[%d][%d]*m%s*([%d][%d]*)s%s*$')
if( min and sec ) then
return tostring(tonumber(min)*60 + tonumber(sec)) .. ' sec' ..
' (' .. min .. ' m ' .. sec .. ' s)'
end
end
return s
end
local function cataloglink(c, y, m, d)
y, m, d = tonumber(y), tonumber(m), tonumber(d)
if tonumber(c) and y and m and d then
d = (d < 10) and ('0' .. d) or d
m = (m < 10) and ('0' .. m) or m
return '[https://eclipse.gsfc.nasa.gov/SEsearch/SEdata.php?Ecl=+' .. y .. m .. d .. ' ' .. c .. ']'
else
return c
end
end
local function loadsolardb(frame, s)
local yearstr = s:match('^%s*([%d][%d][%d][%d])[A-Z][a-z][a-z][%d][%d]%s*$') or ''
local function setarg(k, v)
if(v and v ~= '') then args[k] = v end
end
if( yearstr ~= '' ) then
local dbsubpage = math.floor( (tonumber(yearstr) - 1) / 50 ) * 5
local dbpage = data_module_prefix .. tostring( dbsubpage )
if (ifexist(dbpage)) then
local data = mw.loadData(dbpage)
local dargs = data[s] or error('Error: unknown date ' .. s .. ' in Infobox solar eclipse' , 0)
setarg('date', parsedate(dargs['y'], dargs['m'] or dargs['m3'] or dargs['m2'], dargs['d'] or dargs['d2']))
setarg('image', (dargs['Ph'] and dargs['Ph'] ~= '') and '[[File:' .. dargs['Ph'] .. '|320px]]' or nil)
setarg('caption', dargs['PhCap'])
setarg('map', (dargs['Map'] and dargs['Map'] ~= '') and '[[File:' .. dargs['Map'] .. '|320px]]' or nil)
setarg('map_caption', 'Map')
setarg('type_ref', '')
setarg('cat', cataloglink(dargs['Cat'], dargs['y'], dargs['m'] or dargs['m3'] or dargs['m2'], dargs['d'] or dargs['d2']) )
setarg('nature', dargs['Ty'])
setarg('gamma', dargs['Gam'])
setarg('magnitude', dargs['Mag'])
setarg('saros', dargs['Saros'] and '[[Solar Saros ' .. dargs['Saros'] .. '|' .. dargs['Saros'] .. ']]')
setarg('saros_sequence', dargs['Mem'])
setarg('saros_total', dargs['Max'])
setarg('max_eclipse_ref', '')
setarg('duration', parsetime(dargs['Dur']))
setarg('location', '')
setarg('coords', parsecoord(frame,dargs['Loc']))
setarg('max_width', parsekm(frame,dargs['Wid']))
setarg('times_ref', '')
setarg('start_partial', dargs['TiPB'])
setarg('start_total', dargs['TiTB'])
setarg('start_central', '')
setarg('greatest_eclipse', dargs['TiG'])
setarg('end_central', '')
setarg('end_total', dargs['TiTE'])
setarg('end_partial', dargs['TiPE'])
end
end
end
local function infobox(frame)
local abovestr = ifnotempty(args['date'],
"Solar eclipse of " .. (args['date'] or ''),
"For instructions on use, see [[Template:Infobox Solar eclipse]]")
local bgcolor = args['background'] or args['bgcolour'] or ''
local mapstr = ifnotempty(args['map'],
"<div style='padding-bottom:0.5em;'>" ..
(args['map'] or '') .. ifnotempty(args['map_caption'],
"<div style='line-height:1.2em; padding-top:0.1em;'>" ..
(args['map_caption'] or '') .. "</div>", '') .. '</div>')
return frame:expandTemplate{ title = 'infobox', args = {
["bodyclass"] = "vevent",
["bodystyle"] = "width:25em; text-align:left; font-size:88%;",
["above"] = abovestr,
["aboveclass"] = "summary",
["abovestyle"] = "padding-bottom:0.25em; background:" .. bgcolor .. "; line-height:1.2em; text-align:center; font-size:115%;",
------------------ Images and maps ------------------
["image"] = args['image'] or '',
["imagestyle"] = "padding-bottom:0.5em;",
["caption"] = args['caption'] or '',
["headerstyle"] = "background:#eee; font-size:105%;",
["data1"] = mapstr,
------------- Type of eclipse and saros -------------
["header2"] = "Type of eclipse" .. (args['type_ref'] or ''),
["label3"] = "Nature",
["data3"] = args['nature'] or '',
["label4"] = "[[Gamma (eclipse)|Gamma]]",
["data4"] = args['gamma'] or '',
["label5"] = "[[Magnitude of eclipse|Magnitude]]",
["data5"] = args['magnitude'] or '',
------------------ Maximum eclipse ------------------
["header7"] = "Maximum eclipse" .. (args['max_eclipse_ref'] or ''),
["label8"] = "Duration",
["data8"] = args['duration'] or '',
["label9"] = "Location",
["data9"] = args['location'] or '',
["class9"] = "location",
["label10"] = "Coordinates",
["data10"] = args['coords'] or '',
["label11"] = "Max. width of band",
["data11"] = args['max_width'] or '',
----------------------- Times -----------------------
["header12"] = "Times ([[UTC]])" .. (args['times_ref'] or ''),
["label13"] = "(P1) Partial begin",
["data13"] = args['start_partial'] or '',
["label14"] = "(U1) Total begin",
["data14"] = args['start_total'] or '',
["label15"] = "(U2) Central begin",
["data15"] = args['start_central'] or '',
["label16"] = "Greatest eclipse",
["data16"] = args['greatest_eclipse'] or '',
["label17"] = "(U3) Central end",
["data17"] = args['end_central'] or '',
["label18"] = "(U4) Total end",
["data18"] = args['end_total'] or '',
["label19"] = "(P4) Partial end",
["data19"] = args['end_partial'] or '',
------------------------ Event references -------------------------
["header20"] = "References",
["label21"] = "[[Saros (astronomy)|Saros]]",
["data21"] = (args['saros'] or '')
.. " (" .. (args['saros_sequence'] or '') .. " of " .. (args['saros_total'] or '') .. ")",
["label22"] = "Catalog # (SE5000)",
["data22"] = args['cat'] or '',
} }
end
function p.box(frame)
args = require('Module:Arguments').getArgs(frame, {
wrappers = 'Template:Infobox solar eclipse'
})
if( args['2'] and args['2'] ~= '') then
loadsolardb(frame,args['2'])
elseif( args['1'] and args['1'] ~= '') then
loadsolardb(frame,args['1'])
end
return infobox(frame)
end
return p