| name | Arab world | ||
|---|---|---|---|
| x | 48.852459016393 + 71.1 * cos($1 * pi / 180) * sin(($2 - 15) * pi / 180) * (((1 + cos($1 * pi / 180) * cos(($2 - 15) * pi / 180)) * 0.5) ^ - 0.5 ) | ||
| y | 1.345 * (51.180555555556 - 75.3 * sin($1 * pi / 180) * (((1 + cos($1 * pi / 180) * cos(($2 - 15) * pi / 180)) * 0.5) ^ -0.5)) | ||
| image | Arab world location map.svg
| ||
| |||
Module:Location map/data/Arab world is a location map definition used to overlay markers and labels on an equirectangular projection map of Arab world. The markers are placed by latitude and longitude coordinates on the default map or a similar map image.
Usage
These definitions are used by the following templates when invoked with parameter "Arab world":
{{Location map|Arab world |...}}{{Location map many|Arab world |...}}{{Location map+|Arab world |...}}{{Location map~|Arab world |...}}
Map definition
name = Arab world- Name used in the default map caption
image = Arab world location map.svg- The default map image, without "Image:" or "File:"
x = 48.852459016393 + 71.1 * cos($1 * pi / 180) * sin(($2 - 15) * pi / 180) * (((1 + cos($1 * pi / 180) * cos(($2 - 15) * pi / 180)) * 0.5) ^ - 0.5 )- An expression to calculate a location on the map via its longitude; evaluates as 0 along the left edge and 100 along the right edge
y = 1.345 * (51.180555555556 - 75.3 * sin($1 * pi / 180) * (((1 + cos($1 * pi / 180) * cos(($2 - 15) * pi / 180)) * 0.5) ^ -0.5))- An expression to calculate a location on the map via its latitude; evaluates as 0 along the top edge and 100 along the bottom edge
See also
Location map templates
- Template:Location map, to display one mark and label using latitude and longitude
- Template:Location map many, to display up to nine marks and labels
- Template:Location map+, to display an unlimited number of marks and labels
Creating new map definitions
return {
name = 'Arab world',
x = '48.852459016393 + 71.1 * cos($1 * pi / 180) * sin(($2 - 15) * pi / 180) * (((1 + cos($1 * pi / 180) * cos(($2 - 15) * pi / 180)) * 0.5) ^ - 0.5 )',
y = '1.345 * (51.180555555556 - 75.3 * sin($1 * pi / 180) * (((1 + cos($1 * pi / 180) * cos(($2 - 15) * pi / 180)) * 0.5) ^ -0.5))',
image = 'Arab world location map.svg'
}