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MapTiler Landform schema
The vector tile schema describes how the vector data is organized into different thematic layers and which attribute and values each layer contains. This is useful for writing a map style.
MapTiler Landform is a tileset that contains prominent topographic features—such as mountain peaks, volcanoes, saddles, cliffs, and ridgelines. Features with elevations include values in both metres and feet.
Explore the tileset in the interactive map viewer, check the date of the last update, use it as vector tiles, etc.
Maps with this tileset
Definition of layers
The MapTiler Landform tileset contains the following layers:
cliff #
Lines representing vertical or near-vertical natural drop in terrain topography.
Fields
Features of this layer have no attributes.
Min zoom:
13
Max zoom:
14
Unique id
True
cliff_area #
Polygons representing vertical or near-vertical natural drop in terrain topography.
Fields
Features of this layer have no attributes.
Min zoom:
9
Max zoom:
14
Unique id
False
cliff_label #
Lines with names representing vertical or near-vertical natural drop in terrain topography.
Fields
name
Primary (local or official) name of the cliff.
Examples:
White Cliffs of DoverPålstovebrotetUntere Zeterklippe
name:{code}
Localized name of the cliffs in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
Min zoom:
13
Max zoom:
14
Unique id
True
mountain_range_centroid #
Layer containing point labels for named mountain ranges.
Fields
name
Primary (local or official) name of the mountain range.
Examples:
AlpsHimalayasRocky Mountains
name:{code}
Localized name of the mountain range in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
rank
Importance of the mountain range. Continental mountain range and more known mountain ranges have lower rank.
Values:
102030
Min zoom:
0
Max zoom:
14
Unique id
True
mountain_range_label #
Layer containing labels representing the mountain ranges.
Fields
name
Primary (local or official) name of the mountain range.
Examples:
AlpsHimalayasRocky Mountains
name:{code}
Localized name of the mountain range in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
rank
Importance of the mountain range. Continental mountain range and more known mountain ranges have lower rank.
Values:
102030
Min zoom:
0
Max zoom:
14
Unique id
True
peak #
Layer containing points representing the tops (summits) of hills or mountain.
Fields
customary_units
Indicates the customary unit used to display a peak elevation in its country.
Values:
ftm
ele
Elevation in meters.
Min value:
-1090
Max value:
8849
ele_ft
Elevation in feet.
Min value:
-3576
Max value:
29032
iso_a2
Country code in ISO 3166-1 Alpha-2 format.
Examples:
CHDEUS
name
Primary (local or official) name of the peak.
Examples:
MatterhornMount Saint EliasZugspitze
name:{code}
Localized name of the peak in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
rank
Importance of the peak. Higher peaks and peaks with name have lower rank.
Min value:
1
Max value:
231
worldview
Defines the geopolitical perspective from which a feature is represented. More geopolitical world views are listed in Worldviews section.
| worldview | description |
|---|---|
ch |
geopolitical world view of Switzerland |
us |
geopolitical world view of USA |
jp |
geopolitical world view of Japan |
Examples:
worldview:ch=recognized -> name=Denaliworldview:us=recognized -> name=Mount McKinley
Values:
recognizedunrecognized
Min zoom:
7
Max zoom:
14
Unique id
True
ridge #
Lines representing a hill or mountain landform with a continuous elevated crest.
Fields
class
Distinguishes between a ridge and an arête. The term arête refers specifically to a sharp, narrow, rocky ridge.
Values:
areteridge
Min zoom:
13
Max zoom:
14
Unique id
True
ridge_label #
Lines with names representing a hill or mountain landform with a continuous elevated crest.
Fields
class
Distinguishes between a ridge and an arête. The term arête refers specifically to a sharp, narrow, rocky ridge.
Values:
areteridge
name
Primary (local or official) name of the ridge or arête.
Examples:
Filo NoroesteKozí chrbátTschingelgrat
name:{code}
Localized name of the ridge or arête in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
Min zoom:
13
Max zoom:
14
Unique id
True
saddle #
Points representing the lowest point along a ridge or between two mountain tops.
Fields
class
Distinguishes between a mountain_pass, which is the highest point of a road, railway, or path crossing a mountain crest, and a saddle, which refers to a topographic depression between two peaks.
Values:
mountain_passsaddle
customary_units
Indicates the customary unit used to display a saddle elevation in its country.
Values:
ftm
ele
Elevation in meters.
Min value:
-670
Max value:
7907
ele_ft
Elevation in feet.
Min value:
-2198
Max value:
25942
iso_a2
Country code in ISO 3166-1 Alpha-2 format.
Examples:
CHDEUS
name
Primary (local or official) name of the mountain pass or saddle.
Examples:
Col du Grand Saint-BernardNewfound GapThorong La
name:{code}
Localized name of the mountain pass or saddle in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
rank
Importance of the saddle. Higher saddles and saddles with name have lower rank.
Min value:
1
Max value:
70
Min zoom:
7
Max zoom:
14
Unique id
True
valley_label #
Layer containing labels representing the vallyes.
Fields
name
Primary (local or official) name of the valley.
Examples:
AltmühltalBald Eagle ValleyReppischtal
name:{code}
Localized name of the valley in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
Min zoom:
7
Max zoom:
14
Unique id
True
volcano #
Points representing tops (summits) of a volcano.
Fields
customary_units
Indicates the customary unit used to display a volcano elevation in its country.
Values:
ftm
ele
Elevation in meters.
Min value:
-3800
Max value:
6891
ele_ft
Elevation in feet.
Min value:
-12467
Max value:
22608
iso_a2
Country code in ISO 3166-1 Alpha-2 format.
Examples:
CHDEUS
name
Primary (local or official) name of the volcano.
Examples:
EtnaMount Saint Helens富士山
name:{code}
Localized name of the volcano in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
rank
Importance of the volcano. Higher volcanoes and volcanoes with name have lower rank.
Min value:
1
Max value:
19
status
Status of the volcano.
Values:
activedormantextinctinactiveunknown
submarine
Indicates whether the volcano is located underwater.
Values:
FalseTrue
Min zoom:
7
Max zoom:
14
Unique id
True
worldviews #
List of possible geopolitical world views available in MapTiler Landform.
Fields
worldview:{code}
Defines the geopolitical perspective from which a feature is represented.
{code} represents ISO 3166-1 country code.
Values:
ae(United Arab Emirates)at(Austria)be(Belgium)ca(Canada)ch(Switzerland)cz(Czechia)de(Germany)es(Spain)fi(Finland)fr(France)gb(United Kingdom of Great Britain and Northern Ireland)ie(Ireland)in(India)it(Italy)jp(Japan)kr(Republic of Korea)kw(Kuwait)pl(Poland)us(United States of America)
languages #
List of possible languages available in MapTiler Landform.
Read more in the article about Change language in a map.
Fields
name:{code}
Localized name of the feature in a specific language (when a translation exists that is different from the primary name).
{code} represents ISO 639 language code.
Values:
am(Amharic)ar(Arabic)az(Azerbaijani)be(Belorussian)bg(Bulgarian)bn(Bengali)br(Breton)bs(Bosnian)ca(Catalan)co(Corsican)cs(Czech)cy(Welsh)da(Danish)de(German)el(Greek)en(English)eo(Esperanto)es(Spanish)et(Estonian)eu(Basque)fa(Persian)fi(Finnish)fr(French)fy(Western Frisian)ga(Irish)gd(Scottish Gaelic)he(Hebrew)hi(Hindi)hr(Croatian)hu(Hungarian)hy(Armenian)id(Indonesian)is(Icelandic)it(Italian)ja(Japanese)ja_kana(Japanese Kana form)ja_rm(romanization of Japanese)ja-Latn(romanisation of Japanese since 2018)ja-Hira(Japanese Hiragana form)ka(Georgian)kk(Kazakh)kn(Kannada)ko(Korean)ko-Latn(romanization of Korean)ku(Kurdish)la(Latin)lb(Luxembourgish)lt(Lithuanian)lv(Latvian)mk(Macedonian)mt(Maltese)ml(Malayalam)nb(Norwegian Bokmål)nl(Dutch)nn(Norwegian Nynorsk)no(Norwegian)oc(Occitan (post 1500))pa(Punjabi)pnb(Western Punjabi)pl(Polish)pt(Portuguese)rm(Romansh)ro(Romania)ru(Russian)sk(Slovak)sl(Slovene)sq(Albanian)sr(Serbian, Cyrillic)sr-Latn(Serbian)sv(Swedish)ta(Tamil)te(Telugu)th(Thai)tr(Turkish)uk(Ukrainian)ur(Urdu)vi(Vietnamese)zh(Chinese)zh-Hant(Traditional Chinese)zh-Hans(Simplified Chinese)
License
With the use of this API, you must visibly credit these attributions: