Module:Celestial object quadrangle
Appearance
This Lua module is used on approximately 2,100 pages and changes may be widely noticed. Test changes in the module's /sandbox or /testcases subpages, or in your own module sandbox. Consider discussing changes on the talk page before implementing them. |
This module is rated as beta, and is ready for widespread use. It is still new and should be used with some caution to ensure the results are as expected. |
Usage
For the quadrangle category, use
{{#invoke:Celestial object quadrangle|category|globe=GLOBE|lat=XX.XXX|lon=YY.YYY}}
or, for the quadrangle name, use
{{#invoke:Celestial object quadrangle|name|globe=GLOBE|lat=XX.XXX|lon=YY.YYY}}
Parameter | Description |
---|---|
globe |
Name of the celestial object: moon , mars , mercury , or venus
|
lat |
Degrees latitude (between -90 and 90) |
lon |
Degrees longitude (between -360 and 360) |
Tests
Category
The following two invocations should produce identical results. (Note that the first has been put through <nowiki>
to make the category link visible.)
{{#invoke:Celestial object quadrangle|category|globe=mars|lat=80|lon=-10}}
→ [[Category:Mare Boreum quadrangle]]Category:{{#invoke:Celestial object quadrangle|name|globe=mars|lat=80|lon=-10}} quadrangle
→ Category:Mare Boreum quadrangle
Mars
Input parameters | Module result | Expected result |
---|---|---|
West | ||
|globe=mars|lat=80|lon=-10
|
Mare Boreum | Mare Boreum |
|globe=mars|lat=60|lon=-10
|
Mare Acidalium | Mare Acidalium |
|globe=mars|lat=60|lon=-70
|
Arcadia | Arcadia |
|globe=mars|lat=60|lon=-130
|
Diacria | Diacria |
|globe=mars|lat=60|lon=-190
|
Cebrenia | Cebrenia |
|globe=mars|lat=60|lon=-280
|
Casius | Casius |
|globe=mars|lat=60|lon=-340
|
Ismenius Lacus | Ismenius Lacus |
|globe=mars|lat=20|lon=-10
|
Oxia Palus | Oxia Palus |
|globe=mars|lat=20|lon=-55
|
Lunae Palus | Lunae Palus |
|globe=mars|lat=20|lon=-100
|
Tharsis | Tharsis |
|globe=mars|lat=20|lon=-145
|
Amazonis | Amazonis |
|globe=mars|lat=20|lon=-190
|
Elysium | Elysium |
|globe=mars|lat=20|lon=-235
|
Amenthes | Amenthes |
|globe=mars|lat=20|lon=-280
|
Syrtis Major | Syrtis Major |
|globe=mars|lat=20|lon=-325
|
Arabia | Arabia |
|globe=mars|lat=-20|lon=-10
|
Margaritifer Sinus | Margaritifer Sinus |
|globe=mars|lat=-20|lon=-55
|
Coprates | Coprates |
|globe=mars|lat=-20|lon=-100
|
Phoenicis Lacus | Phoenicis Lacus |
|globe=mars|lat=-20|lon=-145
|
Memnonia | Memnonia |
|globe=mars|lat=-20|lon=-190
|
Aeolis | Aeolis |
|globe=mars|lat=-20|lon=-235
|
Mare Tyrrhenum | Mare Tyrrhenum |
|globe=mars|lat=-20|lon=-280
|
Iapygia | Iapygia |
|globe=mars|lat=-20|lon=-325
|
Sinus Sabaeus | Sinus Sabaeus |
|globe=mars|lat=-60|lon=-10
|
Argyre | Argyre |
|globe=mars|lat=-60|lon=-70
|
Thaumasia | Thaumasia |
|globe=mars|lat=-60|lon=-130
|
Phaethontis | Phaethontis |
|globe=mars|lat=-60|lon=-190
|
Eridania | Eridania |
|globe=mars|lat=-60|lon=-280
|
Hellas | Hellas |
|globe=mars|lat=-60|lon=-340
|
Noachis | Noachis |
|globe=mars|lat=-80|lon=-10
|
Mare Australe | Mare Australe |
East | ||
|globe=mars|lat=80|lon=10
|
Mare Boreum | Mare Boreum |
|globe=mars|lat=60|lon=10
|
Ismenius Lacus | Ismenius Lacus |
|globe=mars|lat=60|lon=70
|
Casius | Casius |
|globe=mars|lat=60|lon=130
|
Cebrenia | Cebrenia |
|globe=mars|lat=60|lon=190
|
Diacria | Diacria |
|globe=mars|lat=60|lon=280
|
Arcadia | Arcadia |
|globe=mars|lat=60|lon=340
|
Mare Acidalium | Mare Acidalium |
|globe=mars|lat=20|lon=10
|
Arabia | Arabia |
|globe=mars|lat=20|lon=55
|
Syrtis Major | Syrtis Major |
|globe=mars|lat=20|lon=100
|
Amenthes | Amenthes |
|globe=mars|lat=20|lon=145
|
Elysium | Elysium |
|globe=mars|lat=20|lon=190
|
Amazonis | Amazonis |
|globe=mars|lat=20|lon=235
|
Tharsis | Tharsis |
|globe=mars|lat=20|lon=280
|
Lunae Palus | Lunae Palus |
|globe=mars|lat=20|lon=325
|
Oxia Palus | Oxia Palus |
|globe=mars|lat=-20|lon=10
|
Sinus Sabaeus | Sinus Sabaeus |
|globe=mars|lat=-20|lon=55
|
Iapygia | Iapygia |
|globe=mars|lat=-20|lon=100
|
Mare Tyrrhenum | Mare Tyrrhenum |
|globe=mars|lat=-20|lon=145
|
Aeolis | Aeolis |
|globe=mars|lat=-20|lon=190
|
Memnonia | Memnonia |
|globe=mars|lat=-20|lon=235
|
Phoenicis Lacus | Phoenicis Lacus |
|globe=mars|lat=-20|lon=280
|
Coprates | Coprates |
|globe=mars|lat=-20|lon=325
|
Margaritifer Sinus | Margaritifer Sinus |
|globe=mars|lat=-60|lon=10
|
Noachis | Noachis |
|globe=mars|lat=-60|lon=70
|
Hellas | Hellas |
|globe=mars|lat=-60|lon=130
|
Eridania | Eridania |
|globe=mars|lat=-60|lon=190
|
Phaethontis | Phaethontis |
|globe=mars|lat=-60|lon=280
|
Thaumasia | Thaumasia |
|globe=mars|lat=-60|lon=340
|
Argyre | Argyre |
|globe=mars|lat=-80|lon=10
|
Mare Australe | Mare Australe |
Mercury
Input parameters | Module result | Expected result |
---|---|---|
|globe=mercury|lat=-69|lon=-103
|
Bach | Bach |
|globe=mercury|lat=-20|lon=-124
|
Beethoven | Beethoven |
|globe=mercury|lat=73.4|lon=-79.5
|
Borealis | Borealis |
|globe=mercury|lat=-33.9|lon=-347.5
|
Debussy | Debussy |
|globe=mercury|lat=-8.7|lon=-340.3
|
Derain | Derain |
|globe=mercury|lat=-56.3|lon=-38.3
|
Discovery | Discovery |
|globe=mercury|lat=10.79|lon=-245.87
|
Eminescu | Eminescu |
|globe=mercury|lat=58.3|lon=-342.3
|
Hokusai | Hokusai |
|globe=mercury|lat=-11.35|lon=-31.23
|
Kuiper | Kuiper |
|globe=mercury|lat=-45.0|lon=-109.1
|
Michelangelo | Michelangelo |
|globe=mercury|lat=-52.6|lon=-234.2
|
Neruda | Neruda |
|globe=mercury|lat=27.28|lon=-240.93
|
Raditladi | Raditladi |
|globe=mercury|lat=49.7|lon=-150.9
|
Shakespeare | Shakespeare |
|globe=mercury|lat=-16.3|lon=-163.5
|
Tolstoj | Tolstoj |
|globe=mercury|lat=50.9|lon=-31.1
|
Victoria | Victoria |
Moon
Input parameters | Module result | Expected result |
---|---|---|
West | ||
|globe=moon|lat=80|lon=-10
|
LQ01 | LQ01 |
|globe=moon|lat=60|lon=-10
|
LQ04 | LQ04 |
|globe=moon|lat=60|lon=-70
|
LQ03 | LQ03 |
|globe=moon|lat=60|lon=-130
|
LQ02 | LQ02 |
|globe=moon|lat=60|lon=-190
|
LQ07 | LQ07 |
|globe=moon|lat=60|lon=-280
|
LQ06 | LQ06 |
|globe=moon|lat=60|lon=-340
|
LQ05 | LQ05 |
|globe=moon|lat=20|lon=-10
|
LQ11 | LQ11 |
|globe=moon|lat=20|lon=-55
|
LQ10 | LQ10 |
|globe=moon|lat=20|lon=-100
|
LQ09 | LQ09 |
|globe=moon|lat=20|lon=-145
|
LQ08 | LQ08 |
|globe=moon|lat=20|lon=-190
|
LQ15 | LQ15 |
|globe=moon|lat=20|lon=-235
|
LQ14 | LQ14 |
|globe=moon|lat=20|lon=-280
|
LQ13 | LQ13 |
|globe=moon|lat=20|lon=-325
|
LQ12 | LQ12 |
|globe=moon|lat=-20|lon=-10
|
LQ19 | LQ19 |
|globe=moon|lat=-20|lon=-55
|
LQ18 | LQ18 |
|globe=moon|lat=-20|lon=-100
|
LQ17 | LQ17 |
|globe=moon|lat=-20|lon=-145
|
LQ16 | LQ16 |
|globe=moon|lat=-20|lon=-190
|
LQ23 | LQ23 |
|globe=moon|lat=-20|lon=-235
|
LQ22 | LQ22 |
|globe=moon|lat=-20|lon=-280
|
LQ21 | LQ21 |
|globe=moon|lat=-20|lon=-325
|
LQ20 | LQ20 |
|globe=moon|lat=-60|lon=-10
|
LQ26 | LQ26 |
|globe=moon|lat=-60|lon=-70
|
LQ25 | LQ25 |
|globe=moon|lat=-60|lon=-130
|
LQ24 | LQ24 |
|globe=moon|lat=-60|lon=-190
|
LQ29 | LQ29 |
|globe=moon|lat=-60|lon=-280
|
LQ28 | LQ28 |
|globe=moon|lat=-60|lon=-340
|
LQ27 | LQ27 |
|globe=moon|lat=-80|lon=-10
|
LQ30 | LQ30 |
East | ||
|globe=moon|lat=80|lon=10
|
LQ01 | LQ01 |
|globe=moon|lat=60|lon=10
|
LQ05 | LQ05 |
|globe=moon|lat=60|lon=70
|
LQ06 | LQ06 |
|globe=moon|lat=60|lon=130
|
LQ07 | LQ07 |
|globe=moon|lat=60|lon=190
|
LQ02 | LQ02 |
|globe=moon|lat=60|lon=280
|
LQ03 | LQ03 |
|globe=moon|lat=60|lon=340
|
LQ04 | LQ04 |
|globe=moon|lat=20|lon=10
|
LQ12 | LQ12 |
|globe=moon|lat=20|lon=55
|
LQ13 | LQ13 |
|globe=moon|lat=20|lon=100
|
LQ14 | LQ14 |
|globe=moon|lat=20|lon=145
|
LQ15 | LQ15 |
|globe=moon|lat=20|lon=190
|
LQ08 | LQ08 |
|globe=moon|lat=20|lon=235
|
LQ09 | LQ09 |
|globe=moon|lat=20|lon=280
|
LQ10 | LQ10 |
|globe=moon|lat=20|lon=325
|
LQ11 | LQ11 |
|globe=moon|lat=-20|lon=10
|
LQ20 | LQ20 |
|globe=moon|lat=-20|lon=55
|
LQ21 | LQ21 |
|globe=moon|lat=-20|lon=100
|
LQ22 | LQ22 |
|globe=moon|lat=-20|lon=145
|
LQ23 | LQ23 |
|globe=moon|lat=-20|lon=190
|
LQ16 | LQ16 |
|globe=moon|lat=-20|lon=235
|
LQ17 | LQ17 |
|globe=moon|lat=-20|lon=280
|
LQ18 | LQ18 |
|globe=moon|lat=-20|lon=325
|
LQ19 | LQ19 |
|globe=moon|lat=-60|lon=10
|
LQ27 | LQ27 |
|globe=moon|lat=-60|lon=70
|
LQ28 | LQ28 |
|globe=moon|lat=-60|lon=130
|
LQ29 | LQ29 |
|globe=moon|lat=-60|lon=190
|
LQ24 | LQ24 |
|globe=moon|lat=-60|lon=280
|
LQ25 | LQ25 |
|globe=moon|lat=-60|lon=340
|
LQ26 | LQ26 |
|globe=moon|lat=-80|lon=10
|
LQ30 | LQ30 |
Venus
Input parameters | Module result | Expected result |
---|---|---|
|globe=venus|lat=60|lon=90
|
Ishtar Terra | Ishtar Terra |
|globe=venus|lat=40|lon=20
|
Sedna Planitia | Sedna Planitia |
|globe=venus|lat=40|lon=80
|
Niobe Planitia | Niobe Planitia |
|globe=venus|lat=40|lon=200
|
Guinevere Planitia | Guinevere Planitia |
|globe=venus|lat=-40|lon=20
|
Lavinia Planitia | Lavinia Planitia |
|globe=venus|lat=-40|lon=80
|
Aphrodite Terra | Aphrodite Planitia |
|globe=venus|lat=-40|lon=200
|
Helen Planitia | Helen Planitia |
|globe=venus|lat=-60|lon=90
|
Lada Terra | Lada Terra |
|globe=venus|lat=60|lon=-90
|
Ishtar Terra | Ishtar Terra |
|globe=venus|lat=40|lon=-20
|
Sedna Planitia | Sedna Planitia |
|globe=venus|lat=40|lon=-80
|
Guinevere Planitia | Guinevre Planitia |
|globe=venus|lat=40|lon=-200
|
Niobe Planitia | Niobe Planitia |
|globe=venus|lat=-40|lon=-20
|
Lavinia Planitia | Lavinia Planitia |
|globe=venus|lat=-40|lon=-80
|
Helen Planitia | Helen Planitia |
|globe=venus|lat=-40|lon=-200
|
Aphrodite Terra | Aphrodite Terra |
|globe=venus|lat=-60|lon=-90
|
Lada Terra | Lada Terra |
Templates using this module
-- This module implements/replaces
-- [[Template:Lunar quadrangle]]
-- [[Template:Mars quadrangle]]
-- [[Template:Venus quadrangle]]
local p = {}
local function moonquad(lat, lon)
local function LQ(n)
if n < 10 then
return 'LQ0' .. n
else
return 'LQ' .. n
end
end
-- Note: requires positive longitude coordinates
if lat > 65 then
return LQ(1)
elseif lat > 30 then
if lon >= 180 then
return LQ(2 + math.floor( (lon - 180) / 60 ) )
else
return LQ(5 + math.floor( lon / 60 ) )
end
elseif lat >= 0 then
if lon >= 180 then
return LQ(8 + math.floor( (lon - 180) / 45 ) )
else
return LQ(12 + math.floor( lon / 45 ) )
end
elseif lat >= -30 then
if lon >= 180 then
return LQ(16 + math.floor( (lon - 180) / 45 ) )
else
return LQ(20 + math.floor( lon / 45 ) )
end
elseif lat >= -65 then
if lon >= 180 then
return LQ(24 + math.floor( (lon - 180) / 60 ) )
else
return LQ(27 + math.floor( lon / 60 ) )
end
else
return LQ(30)
end
return 'Error'
end
local function marsquad(lat, lon)
-- Note: requires positive longitude coordinates
if lat > 65 then
return 'Mare Boreum'
elseif lat > 30 then
if lon < 60 then return 'Ismenius Lacus'
elseif lon < 120 then return 'Casius'
elseif lon < 180 then return 'Cebrenia'
elseif lon < 240 then return 'Diacria'
elseif lon < 300 then return 'Arcadia'
else return 'Mare Acidalium' end
elseif lat >= 0 then
if lon < 45 then return 'Arabia'
elseif lon < 90 then return 'Syrtis Major'
elseif lon < 135 then return 'Amenthes'
elseif lon < 180 then return 'Elysium'
elseif lon < 225 then return 'Amazonis'
elseif lon < 270 then return 'Tharsis'
elseif lon < 315 then return 'Lunae Palus'
else return 'Oxia Palus' end
elseif lat >= -30 then
if lon < 45 then return 'Sinus Sabaeus'
elseif lon < 90 then return 'Iapygia'
elseif lon < 135 then return 'Mare Tyrrhenum'
elseif lon < 180 then return 'Aeolis'
elseif lon < 225 then return 'Memnonia'
elseif lon < 270 then return 'Phoenicis Lacus'
elseif lon < 315 then return 'Coprates'
else return 'Margaritifer Sinus' end
elseif lat >= -65 then
if lon < 60 then return 'Noachis'
elseif lon < 120 then return 'Hellas'
elseif lon < 180 then return 'Eridania'
elseif lon < 240 then return 'Phaethontis'
elseif lon < 300 then return 'Thaumasia'
else return 'Argyre' end
else
return 'Mare Australe'
end
end
local function mercuryquad(lat, lon)
-- Note: requires positive longitude coordinates
if lat >= 66 then
return 'Borealis'
elseif lat >= 21 then
if lon < 90 then return 'Hokusai'
elseif lon < 180 then return 'Raditladi'
elseif lon < 270 then return 'Shakespeare'
else return 'Victoria' end
elseif lat > -21 then
if lon < 72 then return 'Derain'
elseif lon < 144 then return 'Eminescu'
elseif lon < 216 then return 'Tolstoj'
elseif lon < 288 then return 'Beethoven'
else return 'Kuiper' end
elseif lat > -66 then
if lon < 90 then return 'Debussy'
elseif lon < 180 then return 'Neruda'
elseif lon < 270 then return 'Michelangelo'
else return 'Discovery' end
else
return 'Bach'
end
return 'Error'
end
local function venusquad(lat, lon)
-- Note: requires positive longitude coordinates
if lat > 57 then
return 'Ishtar Terra'
elseif lat >= 0 then
if lon < 60 or lon >= 300 then return 'Sedna Planitia'
elseif lon < 180 then return 'Niobe Planitia'
else return 'Guinevere Planitia' end
elseif lat >= -57 then
if lon < 60 or lon >= 300 then return 'Lavinia Planitia'
elseif lon < 180 then return 'Aphrodite Terra'
else return 'Helen Planitia' end
else
return 'Lada Terra'
end
end
local function quad_name(lat, lon, globe)
-- lower case
globe = globe:lower() or ''
-- convert to numbers
lat = tonumber(lat) or ''
lon = tonumber(lon) or ''
-- get the quad name
if lat ~= '' and lon ~= '' and globe ~= '' then
if lon < 0 then lon = lon + 360 end
if lon < 0 or lon > 360 then
return 'Error'
end
if globe == 'mars' then
return marsquad(lat, lon)
elseif globe == 'mercury' then
return mercuryquad(lat, lon)
elseif globe == 'moon' then
return moonquad(lat, lon)
elseif globe == 'venus' then
return venusquad(lat, lon)
end
end
return 'Error'
end
function p.category(frame)
local args = frame.args
local res = quad_name(args['lat'] or '', args['lon'] or '', args['globe'] or '')
if res ~= 'Error' then
if args['nameonly'] and args['nameonly'] ~= '' then
return res
else
return '[[Category:' .. res .. ' quadrangle]]'
end
end
return '<span class="error">Error</span>'
end
function p.name(frame)
local args = frame.args
local res = quad_name(args['lat'] or '', args['lon'] or '', args['globe'] or '')
if res ~= 'Error' then
return res
end
return '<span class="error">Error</span>'
end
return p