# info.description
For informasjon om datasettet, se oppføring på Geonorge

# paths./.get.description
The landing page provides links to the API definition (link relations `service-desc` and `service-doc`), the Conformance declaration (path `/conformance`, link relation `conformance`), and other resources in the API.

# paths./.get.responses.200.description
The operation was executed successfully.

# paths./conformance.get.description
The URIs of all conformance classes supported by the server. This information is provided to support 'generic' clients that want to access multiple OGC API implementations - and not 'just' a specific API. For clients accessing only a single API, this information is in general not relevant and the OpenAPI definition details the required information about the API.

# paths./conformance.get.responses.200.description
The operation was executed successfully.

# paths./collections.get.summary
feature collections in the dataset 'Kulturminner - Brannvern'

# paths./collections.get.description
The dataset is organized in feature collections. This resource provides information about and access to the feature collections.
The response contains the list of collections. For each collection, a link to the items in the collection (path `/collections/{collectionId}/items`, link relation `items`) as well as key information about the collection.
This information includes:

* A local identifier for the collection that is unique for the dataset;
* A title and description for the collection;
* An indication of the spatial and temporal extent of the data in the collection;
* A list of coordinate reference systems (CRS) in which geometries may be returned by the server. The first CRS is the default coordinate reference system (the default is always WGS 84 with axis order longitude/latitude);
* The CRS in which the spatial geometries are stored in the data source (if data is requested in this CRS, the geometries are returned without any coordinate conversion);
* An indicator about the type of the items in the collection (the default value is 'feature').

# paths./collections.get.responses.200.description
The operation was executed successfully.

# paths./collections/brannsmitteomrader.get.description
Information about the feature collection with id 'brannsmitteomrader'. The response contains a link to the items in the collection (path `/collections/{collectionId}/items`,link relation `items`) as well as key information about the collection. This information includes:

* A local identifier for the collection that is unique for the dataset;
* A title and description for the collection;
* An indication of the spatial and temporal extent of the data in the collection;
* A list of coordinate reference systems (CRS) in which geometries may be returned by the server. The first CRS is the default coordinate reference system (the default is always WGS 84 with axis order longitude/latitude);
* The CRS in which the spatial geometries are stored in the data source (if data is requested in this CRS, the geometries are returned without any coordinate conversion);
* An indicator about the type of the items in the collection (the default value is 'feature').

# paths./collections/brannsmitteomrader.get.responses.200.description
The operation was executed successfully.

# paths./collections/tettetrehusmiljoer.get.description
Information about the feature collection with id 'tettetrehusmiljoer'. The response contains a link to the items in the collection (path `/collections/{collectionId}/items`,link relation `items`) as well as key information about the collection. This information includes:

* A local identifier for the collection that is unique for the dataset;
* A title and description for the collection;
* An indication of the spatial and temporal extent of the data in the collection;
* A list of coordinate reference systems (CRS) in which geometries may be returned by the server. The first CRS is the default coordinate reference system (the default is always WGS 84 with axis order longitude/latitude);
* The CRS in which the spatial geometries are stored in the data source (if data is requested in this CRS, the geometries are returned without any coordinate conversion);
* An indicator about the type of the items in the collection (the default value is 'feature').

# paths./collections/tettetrehusmiljoer.get.responses.200.description
The operation was executed successfully.

# paths./collections/brannsmitteomrader/items.get.summary
retrieve features in the feature collection 'brannsmitteomrader'

# paths./collections/brannsmitteomrader/items.get.description
The response is a document consisting of features in the collection. The features included in the response are determined by the server based on the query parameters of the request.

To support access to larger collections without overloading the client, the API supports paged access with links to the next page, if more features are selected that the page size (maximum page size is 10000).

The `bbox` and `datetime` parameter can be used to select only a subset of the features in the collection (the features that are in the bounding box or time interval). The `bbox` parameter matches all features in the collection that are not associated with a location, too. The `datetime` parameter matches all features in the collection that are not associated with a time stamp or interval, too. The `limit` parameter may be used to control the subset of the selected features that should be returned in the response, the page size. Each page may include information about the number of selected and returned features (`numberMatched` and `numberReturned`) as well as links to support paging (link relation `next`).

See the details of this operation for a description of additional query parameters supported by this resource.

# paths./collections/brannsmitteomrader/items.get.responses.200.description
The operation was executed successfully.

# paths./collections/tettetrehusmiljoer/items.get.summary
retrieve features in the feature collection 'tettetrehusmiljoer'

# paths./collections/tettetrehusmiljoer/items.get.description
The response is a document consisting of features in the collection. The features included in the response are determined by the server based on the query parameters of the request.

To support access to larger collections without overloading the client, the API supports paged access with links to the next page, if more features are selected that the page size (maximum page size is 10000).

The `bbox` and `datetime` parameter can be used to select only a subset of the features in the collection (the features that are in the bounding box or time interval). The `bbox` parameter matches all features in the collection that are not associated with a location, too. The `datetime` parameter matches all features in the collection that are not associated with a time stamp or interval, too. The `limit` parameter may be used to control the subset of the selected features that should be returned in the response, the page size. Each page may include information about the number of selected and returned features (`numberMatched` and `numberReturned`) as well as links to support paging (link relation `next`).

See the details of this operation for a description of additional query parameters supported by this resource.

# paths./collections/tettetrehusmiljoer/items.get.responses.200.description
The operation was executed successfully.

# paths./collections/brannsmitteomrader/items/{featureId}.get.summary
retrieve a feature in the feature collection 'brannsmitteomrader'

# paths./collections/brannsmitteomrader/items/{featureId}.get.description
Fetch the feature with id `{featureId}`.

# paths./collections/brannsmitteomrader/items/{featureId}.get.responses.200.description
The operation was executed successfully.

# paths./collections/tettetrehusmiljoer/items/{featureId}.get.summary
retrieve a feature in the feature collection 'tettetrehusmiljoer'

# paths./collections/tettetrehusmiljoer/items/{featureId}.get.description
Fetch the feature with id `{featureId}`.

# paths./collections/tettetrehusmiljoer/items/{featureId}.get.responses.200.description
The operation was executed successfully.

# paths./search.get.description
This operation fetches the set of stored queries available in this API. For each stored query the id, a title, the description, information about any parameters, and links to the sub-resources are provided.

# paths./search.get.responses.200.description
The operation was executed successfully.

# paths./search.post.description
An ad-hoc query expression is expressed as a JSON object. The query expression object can describe a single query (the properties "collections", "filter", "properties" and "sortby" are members of the query expression object) or multiple queries (a "queries" member with an array of query objects is present) in a single request.
For each query:

The value of "collection" is an array with one item, the identifier of the collection to query.
The value of "filter" is a CQL2 JSON filter expression.
The value of "properties" is an array with the names of properties to include in the response.
The value of "sortby" is used to sort the features in the response.

For multiple queries:

If multiple queries are specified, the results are concatenated. The response is a single feature collection. The feature ids in the response to a multi-collection query must be unique. Since the identifier of a feature only has to be unique per collection, they need to be combined with the collection identifier. A concatenation with "." as the joining character is used (e.g., "apronelement.123456").
The direct members "filter" and "properties" represent "global" constraints that must be combined with the corresponding member in each query. The global and local property selection list are concatenated and then the global and local filters are combined using the logical operator specified by the "filterOperator" member.
The global member "filter" must only reference queryables that are common to all collections being queried.
The global member "properties" must only reference presentables that are common to all collections being queried.

General remarks:

A "title" and "description" for the query expression can be added. Providing both is strongly recommended to explain the query to users.
The "limit" member applies to the entire result set.
"sortby" will only apply per query. A global "sortby" would require that the results of all queries are compiled first and then the combined result set is sorted. This would not support "streaming" the response.
In case of a parameterized stored query, the query expression may contain JSON objects with a member "$parameter". The value of "$parameter" is an object with a member where the key is the parameter name and the value is a JSON schema describing the parameter. When executing the stored query, all objects with a "$parameter" member are replaced with the value of the parameter for this query execution. Comma-separated parameter values are converted to an array, if the parameter is of type "array".
Parameters may also be provided in a member "parameters" in the query expression and referenced using "$ref".

# paths./search/{queryId}/parameters.get.summary
fetch parameters of stored query {queryId}

# paths./search/{queryId}/parameters.get.responses.200.description
The operation was executed successfully.

# paths./search/{queryId}/parameters/{name}.get.summary
fetch parameter with name {name} of stored query {queryId}

# paths./search/{queryId}/parameters/{name}.get.responses.200.description
The operation was executed successfully.

# paths./collections/brannsmitteomrader/queryables.get.summary
retrieve the queryables of the feature collection 'brannsmitteomrader'

# paths./collections/brannsmitteomrader/queryables.get.description
The Queryables resources identifies the properties that can be referenced in filter expressions to select specific features that meet the criteria identified in the filter. The response is a JSON Schema document that describes a single JSON object where each property is a queryable.

Note: The queryables schema does not specify a schema of any object that can be retrieved from the API.

The descriptive metadata (title and description of the property) as well as the schema information (data type and constraints like a list of allowed values or minimum/maxmimum values are provided to support clients to constructmeaningful queries for the data.

# paths./collections/brannsmitteomrader/queryables.get.responses.200.description
The operation was executed successfully.

# paths./collections/tettetrehusmiljoer/queryables.get.summary
retrieve the queryables of the feature collection 'tettetrehusmiljoer'

# paths./collections/tettetrehusmiljoer/queryables.get.description
The Queryables resources identifies the properties that can be referenced in filter expressions to select specific features that meet the criteria identified in the filter. The response is a JSON Schema document that describes a single JSON object where each property is a queryable.

Note: The queryables schema does not specify a schema of any object that can be retrieved from the API.

The descriptive metadata (title and description of the property) as well as the schema information (data type and constraints like a list of allowed values or minimum/maxmimum values are provided to support clients to constructmeaningful queries for the data.

# paths./collections/tettetrehusmiljoer/queryables.get.responses.200.description
The operation was executed successfully.

# paths./collections/brannsmitteomrader/sortables.get.summary
retrieve the sortables of the feature collection 'brannsmitteomrader'

# paths./collections/brannsmitteomrader/sortables.get.description
The sortables resources identifies the properties that can bereferenced in the 'sortby' parameter to order the features of the collection in the response to a query.The response is returned as a JSON Schema document that describes a single JSON object where each property is a sortable.

Note that the sortables schema does not specify a schema of any object that can be retrieved from the API.

JSON Schema is used for the sortables to have a consistent approach for describing schema information and JSON Schema is/will be used in other parts of OGC API Features to describe schemas for GeoJSON feature content including in OpenAPI documents.

# paths./collections/brannsmitteomrader/sortables.get.responses.200.description
The operation was executed successfully.

# paths./collections/tettetrehusmiljoer/sortables.get.summary
retrieve the sortables of the feature collection 'tettetrehusmiljoer'

# paths./collections/tettetrehusmiljoer/sortables.get.description
The sortables resources identifies the properties that can bereferenced in the 'sortby' parameter to order the features of the collection in the response to a query.The response is returned as a JSON Schema document that describes a single JSON object where each property is a sortable.

Note that the sortables schema does not specify a schema of any object that can be retrieved from the API.

JSON Schema is used for the sortables to have a consistent approach for describing schema information and JSON Schema is/will be used in other parts of OGC API Features to describe schemas for GeoJSON feature content including in OpenAPI documents.

# paths./collections/tettetrehusmiljoer/sortables.get.responses.200.description
The operation was executed successfully.

# paths./collections/brannsmitteomrader/schema.get.summary
retrieve the schema of features in the feature collection 'brannsmitteomrader'

# paths./collections/brannsmitteomrader/schema.get.responses.200.description
The operation was executed successfully.

# paths./collections/tettetrehusmiljoer/schema.get.summary
retrieve the schema of features in the feature collection 'tettetrehusmiljoer'

# paths./collections/tettetrehusmiljoer/schema.get.responses.200.description
The operation was executed successfully.

# paths./tiles.get.summary
retrieve a list of the available tile sets

# paths./tiles.get.description
This operation fetches the list of multi-layer tile sets supported by this API.

# paths./tiles.get.responses.200.description
The operation was executed successfully.

# paths./tiles/{tileMatrixSetId}.get.description
This operation fetches information about a tile set.

# paths./tiles/{tileMatrixSetId}.get.responses.200.description
The operation was executed successfully.

# paths./tiles/{tileMatrixSetId}/{tileMatrix}/{tileRow}/{tileCol}.get.summary
fetch a tile with multiple layers, one per collection

# paths./tiles/{tileMatrixSetId}/{tileMatrix}/{tileRow}/{tileCol}.get.description
The tile in the requested tiling scheme ('{tileMatrixSetId}'), on the requested zoom level ('{tileMatrix}'), with the requested grid coordinates ('{tileRow}', '{tileCol}') is returned. The tile has one layer per collection with all selected features in the bounding box of the tile with the requested properties.

# paths./tiles/{tileMatrixSetId}/{tileMatrix}/{tileRow}/{tileCol}.get.responses.200.description
The operation was executed successfully.

# paths./collections/{collectionId}/tiles.get.summary
retrieve a list of the available tile sets

# paths./collections/{collectionId}/tiles.get.description
This operation fetches the list of tile sets available for this collection.

# paths./collections/{collectionId}/tiles.get.responses.200.description
The operation was executed successfully.

# paths./collections/{collectionId}/tiles/{tileMatrixSetId}.get.description
This operation fetches information about a tile set.

# paths./collections/{collectionId}/tiles/{tileMatrixSetId}.get.responses.200.description
The operation was executed successfully.

# paths./collections/{collectionId}/tiles/{tileMatrixSetId}/{tileMatrix}.get.summary
fetch a tile of the collection '{collectionId}'

# paths./collections/{collectionId}/tiles/{tileMatrixSetId}/{tileMatrix}.get.description
The tile in the requested tiling scheme ('{tileMatrixSetId}'), on the requested zoom level ('{tileMatrix}'), with the requested grid coordinates ('{tileRow}', '{tileCol}') is returned. The tile has a single layer with all selected features in the bounding box of the tile with the requested properties.

# paths./collections/{collectionId}/tiles/{tileMatrixSetId}/{tileMatrix}.get.responses.200.description
The operation was executed successfully.

# paths./tileMatrixSets/{tileMatrixSetId}.get.summary
fetch information about the tiling scheme `{tileMatrixSetId}`

# paths./tileMatrixSets/{tileMatrixSetId}.get.description
Returns the definition of the tiling scheme according to the [OGC Two Dimensional Tile Matrix Set standard](https://docs.ogc.org/is/17-083r2/17-083r2.html).

# paths./tileMatrixSets/{tileMatrixSetId}.get.responses.200.description
The operation was executed successfully.

# paths./tileMatrixSets.get.summary
retrieve a list of the available tiling schemes

# paths./tileMatrixSets.get.description
This operation fetches the set of tiling schemes supported by this API. For each tiling scheme the id, a title and the link to the tiling scheme object is provided.

# paths./tileMatrixSets.get.responses.200.description
The operation was executed successfully.

# paths./styles.get.description
This operation fetches the set of styles available. For each style the id, a title, links to the stylesheet of the style in each supported encoding, and the link to the metadata is provided.

# paths./styles.get.responses.200.description
The operation was executed successfully.

# paths./styles/{styleId}.get.description
Fetches the style with identifier `styleId`. The set of available styles can be retrieved at `/styles`. Not all styles are available in all style encodings.

# paths./styles/{styleId}.get.responses.200.description
The operation was executed successfully.

# paths./styles/{styleId}/metadata.get.summary
fetch metadata about the style `{styleId}`

# paths./styles/{styleId}/metadata.get.description
Style metadata is essential information about a style in order to support users to discover and select styles for rendering their data and for visual style editors to create user interfaces for editing a style. This operations returns the metadata for the requested style as a single document. The style metadata is derived from the style and the stylesheet.

# paths./styles/{styleId}/metadata.get.responses.200.description
The operation was executed successfully.

# paths./collections/{collectionId}/styles.get.summary
retrieve a list of the available styles for collection `{collectionId}`

# paths./collections/{collectionId}/styles.get.description
This operation fetches the set of styles available for this collection. For each style the id, a title, links to the stylesheet of the style in each supported encoding, and the link to the metadata is provided.

# paths./collections/{collectionId}/styles.get.responses.200.description
The operation was executed successfully.

# paths./collections/{collectionId}/styles/{styleId}.get.summary
fetch a style for collection `{collectionId}`

# paths./collections/{collectionId}/styles/{styleId}.get.description
Fetches the style with identifier `styleId`. The set of available styles can be retrieved at `/styles`. Not all styles are available in all style encodings.

# paths./collections/{collectionId}/styles/{styleId}.get.responses.200.description
The operation was executed successfully.

# paths./collections/{collectionId}/styles/{styleId}/metadata.get.summary
fetch metadata about the style `{styleId}` for collection `{collectionId}`

# paths./collections/{collectionId}/styles/{styleId}/metadata.get.description
Style metadata is essential information about a style in order to support users to discover and select styles for rendering their data and for visual style editors to create user interfaces for editing a style. This operations returns the metadata for the requested style as a single document. The stylesheet of the style will typically include some the metadata, too.

# paths./collections/{collectionId}/styles/{styleId}/metadata.get.responses.200.description
The operation was executed successfully.

# paths./resources.get.summary
information about the available file resources

# paths./resources.get.description
This operation fetches the set of file resources that have been created and that may be used by reference, for example, in stylesheets. For each resource the id and a link to the resource is provided.

# paths./resources.get.responses.200.description
The operation was executed successfully.

# paths./resources/{resourceId}.get.description
Fetches the file resource with identifier `resourceId`. The set of available resources can be retrieved at `/resources`.

# paths./resources/{resourceId}.get.responses.200.description
The operation was executed successfully.

# components.schemas.featureCollectionGeoJson_brannsmitteomrader.properties.timeStamp.description
This property indicates the time and date when the response was generated.

# components.schemas.featureCollectionGeoJson_brannsmitteomrader.properties.numberMatched.properties.numberReturned.description
The number of features in the feature collection.

A server may omit this information in a response, if the information about the number of features is not known or difficult to compute.

If the value is provided, the value shall be identical to the number of items in the "features" array.

# components.schemas.featureCollectionGeoJson_brannsmitteomrader.properties.numberMatched.description
The number of features of the feature type that match the selection parameters like `bbox`.

# components.schemas.featureCollectionGeoJson_tettetrehusmiljoer.properties.timeStamp.description
This property indicates the time and date when the response was generated.

# components.schemas.featureCollectionGeoJson_tettetrehusmiljoer.properties.numberMatched.properties.numberReturned.description
The number of features in the feature collection.

A server may omit this information in a response, if the information about the number of features is not known or difficult to compute.

If the value is provided, the value shall be identical to the number of items in the "features" array.

# components.schemas.featureCollectionGeoJson_tettetrehusmiljoer.properties.numberMatched.description
The number of features of the feature type that match the selection parameters like `bbox`.

# components.parameters.access_token.description
Set the authorization token for the request. If no value is provided, the standard HTTP rules apply, i.e., the authorization header will be used to determine the token.

# components.parameters.fCommon.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.prettyCommon.description
Controls whether the response content should be pretty-printed. Only applicable for JSON responses.

# components.parameters.fCollections.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.fCollection.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.bbox.description
Only features that have a geometry that intersects the bounding box are selected. The bounding box is provided as four numbers:

* Lower left corner, coordinate axis 1 
* Lower left corner, coordinate axis 2 
* Upper right corner, coordinate axis 1 
* Upper right corner, coordinate axis 2 
The coordinate reference system of the values is WGS 84 longitude/latitude (http://www.opengis.net/def/crs/OGC/1.3/CRS84) unless a different coordinate reference system is specified in the parameter `bbox-crs`. For WGS 84 longitude/latitude the values are in most cases the sequence of minimum longitude, minimum latitude, maximum longitude and maximum latitude. However, in cases where the box spans the antimeridian the first value (west-most box edge) is larger than the third value (east-most box edge).

# components.parameters.bbox-crsFeatures_brannsmitteomrader.description
The coordinate reference system of the `bbox` parameter. Default is WGS84 longitude/latitude.

# components.parameters.crsFeatures_brannsmitteomrader.description
The coordinate reference system of the response geometries. Default is WGS84 longitude/latitude (with or without height).

# components.parameters.datetime.description
Either a date-time or an interval. Date and time expressions adhere to RFC 3339.
Intervals may be bounded or half-bounded (double-dots at start or end).
Examples:

* A date-time: "2018-02-12T23:20:50Z"
* A bounded interval: "2018-02-12T00:00:00Z/2018-03-18T12:31:12Z"
* Half-bounded intervals: "2018-02-12T00:00:00Z/.." or "../2018-03-18T12:31:12Z"

Only features that have a temporal property that intersects the value of `datetime` are selected.

# components.parameters.exclude-properties_brannsmitteomrader.description
The properties that should be excluded for each feature. The parameter value is a comma-separated list of property names. By default, all feature properties with a value are returned. The parameter must not be used together with the 'properties' parameter.

# components.parameters.fFeatures.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.filter.description
Filter features in the collection using the query expression in the parameter value. Filter expressions are written in the [Common Query Language (CQL2)](https://docs.ogc.org/is/21-065r2/21-065r2.html), which is an OGC Standard.

The recommended language for this query parameter is CQL2 Text (`filter-lang=cql2-text`).

CQL2 Text expressions are similar to SQL expressions and also support spatial, temporal and array predicates. All property references must be queryables of the collection and must be declared in the Queryables sub-resource of the collection.

The following are examples of CQL Text expressions:

* Logical operators (`AND`, `OR`, `NOT`) are supported
* Simple comparison predicates (`=`, `<>`, `<`, `>`, `<=`, `>=`):
  * `address.LocalityName = 'Bonn'`
  * `measuredHeight > 10`
  * `storeysAboveGround <= 4`
  * `creationDate > DATE('2017-12-31')`
  * `creationDate < DATE('2018-01-01')`
  * `creationDate >= DATE('2018-01-01') AND creationDate <= DATE('2018-12-31')`
* Advanced comparison operators (`LIKE`, `BETWEEN`, `IN`, `IS NULL`):
  * `name LIKE '%Kirche%'`
  * `measuredHeight BETWEEN 10 AND 20`
  * `address.LocalityName IN ('Bonn', 'Köln', 'Düren')`
  * `address.LocalityName NOT IN ('Bonn', 'Köln', 'Düren')`
  * `name IS NULL`
  * `name IS NOT NULL`
* Spatial operators (the standard Simple Feature operators, e.g., `S_INTERSECTS`, `S_WITHIN`):
  * `S_INTERSECTS(bbox, POLYGON((8 52, 9 52, 9 53, 8 53, 8 52)))`
* Temporal operators (e.g., `T_AFTER`, `T_BEFORE`, `T_INTERSECTS`)
  * `T_AFTER(creationDate, DATE('2018-01-01'))`
  * `T_BEFORE(creationDate, DATE('2018-01-01'))`
  * `T_INTERSECTS(creationDate, INTERVAL('2018-01-01','2018-12-31'))`
  * `T_INTERSECTS(INTERVAL(begin,end), INTERVAL('2018-01-01','2018-12-31'))`

# components.parameters.filter-crs.description
Specify which of the supported CRSs to use to encode geometric values in a filter expression (parameter 'filter'). Default is WGS84 longitude/latitude.

# components.parameters.filter-lang.description
Language of the query expression in the 'filter' parameter. Supported are 'cql2-text' (default) and 'cql2-json', specified in the [OGC Standard 'Common Query Language (CQL2)'](https://docs.ogc.org/is/21-065r2/21-065r2.html). 'cql2-text' is an SQL-like text encoding for filter expressions that also supports spatial, temporal and array predicates. 'cql2-json' is a JSON encoding of that grammar, suitable for use as part of a JSON object that represents a query. The use of 'cql2-text' is recommended for filter expressions in the 'filter' parameter.

# components.parameters.intersects.description
A Well Known Text representation of a geometry as defined in Simple Feature Access - Part 1: Common Architecture or a URI that returns a GeoJSON feature with a geometry. Only features are returned that intersect the geometry.

# components.parameters.limitFeatures_brannsmitteomrader.description
The optional limit parameter limits the number of items that are presented in the response document. If more items are selected, only the number of items as specified with the limit parameter are included in the response document. That is, the results is provided in pages ('paging'). Only items are counted that are on the first level of the collection in the response document. Nested objects contained within the explicitly requested items are not counted. If the value is higher than the maximum value, the maximum value is used instead of the parameter value.
If no parameter value is provided, the default value applies. If more items are available, a link to the next page with more results is provided with the response (link relation type: 'next'). To avoid receiving the result in pages, try to set the limit parameter to the maximum value.

# components.parameters.offsetFeatures.description
The optional offset parameter identifies the index of the first feature in the response in the overall result set.

# components.parameters.prettyFeatures.description
Controls whether the response content should be pretty-printed. Only applicable for JSON responses.

# components.parameters.properties_brannsmitteomrader.description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names. By default, all feature properties with a value are returned.

# components.parameters.skipGeometry_brannsmitteomrader.description
Use this option to exclude geometries from the response for each feature.

# components.parameters.sortby_brannsmitteomrader.description
Sort the results based on the properties identified by this parameter. The parameter value is a comma-separated list of property names that can be used to sort results (sortables), where each parameter name may be preceeded by a '+' (ascending, default) or '-' (descending).

# components.parameters.id_brannsmitteomrader.description
Filter the collection by property 'id' (id).

# components.parameters.datafangstdato_brannsmitteomrader.description
Filter the collection by property 'datafangstdato' (datafangstdato).

# components.parameters.informasjon_brannsmitteomrader.description
Filter the collection by property 'informasjon' (informasjon).

# components.parameters.kommune_brannsmitteomrader.description
Filter the collection by property 'kommune' (kommune).

# components.parameters.lokalId_brannsmitteomrader.description
Filter the collection by property 'lokalId' (lokalId).

# components.parameters.målemetode_brannsmitteomrader.description
Filter the collection by property 'målemetode' (målemetode).

# components.parameters.navn_brannsmitteomrader.description
Filter the collection by property 'navn' (navn).

# components.parameters.navnerom_brannsmitteomrader.description
Filter the collection by property 'navnerom' (navnerom).

# components.parameters.nøyaktighet_brannsmitteomrader.description
Filter the collection by property 'nøyaktighet' (nøyaktighet).

# components.parameters.oppdateringsdato_brannsmitteomrader.description
Filter the collection by property 'oppdateringsdato' (oppdateringsdato).

# components.parameters.opphav_brannsmitteomrader.description
Filter the collection by property 'opphav' (opphav).

# components.parameters.versjonId_brannsmitteomrader.description
Filter the collection by property 'versjonId' (versjonId).

# components.parameters.bbox-crsFeatures_tettetrehusmiljoer.description
The coordinate reference system of the `bbox` parameter. Default is WGS84 longitude/latitude.

# components.parameters.crsFeatures_tettetrehusmiljoer.description
The coordinate reference system of the response geometries. Default is WGS84 longitude/latitude (with or without height).

# components.parameters.exclude-properties_tettetrehusmiljoer.description
The properties that should be excluded for each feature. The parameter value is a comma-separated list of property names. By default, all feature properties with a value are returned. The parameter must not be used together with the 'properties' parameter.

# components.parameters.limitFeatures_tettetrehusmiljoer.description
The optional limit parameter limits the number of items that are presented in the response document. If more items are selected, only the number of items as specified with the limit parameter are included in the response document. That is, the results is provided in pages ('paging'). Only items are counted that are on the first level of the collection in the response document. Nested objects contained within the explicitly requested items are not counted. If the value is higher than the maximum value, the maximum value is used instead of the parameter value.
If no parameter value is provided, the default value applies. If more items are available, a link to the next page with more results is provided with the response (link relation type: 'next'). To avoid receiving the result in pages, try to set the limit parameter to the maximum value.

# components.parameters.properties_tettetrehusmiljoer.description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names. By default, all feature properties with a value are returned.

# components.parameters.skipGeometry_tettetrehusmiljoer.description
Use this option to exclude geometries from the response for each feature.

# components.parameters.sortby_tettetrehusmiljoer.description
Sort the results based on the properties identified by this parameter. The parameter value is a comma-separated list of property names that can be used to sort results (sortables), where each parameter name may be preceeded by a '+' (ascending, default) or '-' (descending).

# components.parameters.id_tettetrehusmiljoer.description
Filter the collection by property 'id' (id).

# components.parameters.datafangstdato_tettetrehusmiljoer.description
Filter the collection by property 'datafangstdato' (datafangstdato).

# components.parameters.datauttaksdato_tettetrehusmiljoer.description
Filter the collection by property 'datauttaksdato' (datauttaksdato).

# components.parameters.informasjon_tettetrehusmiljoer.description
Filter the collection by property 'informasjon' (informasjon).

# components.parameters.kommune_tettetrehusmiljoer.description
Filter the collection by property 'kommune' (kommune).

# components.parameters.lokalId_tettetrehusmiljoer.description
Filter the collection by property 'lokalId' (lokalId).

# components.parameters.målemetode_tettetrehusmiljoer.description
Filter the collection by property 'målemetode' (målemetode).

# components.parameters.navn_tettetrehusmiljoer.description
Filter the collection by property 'navn' (navn).

# components.parameters.navnerom_tettetrehusmiljoer.description
Filter the collection by property 'navnerom' (navnerom).

# components.parameters.nøyaktighet_tettetrehusmiljoer.description
Filter the collection by property 'nøyaktighet' (nøyaktighet).

# components.parameters.oppdateringsdato_tettetrehusmiljoer.description
Filter the collection by property 'oppdateringsdato' (oppdateringsdato).

# components.parameters.opphav_tettetrehusmiljoer.description
Filter the collection by property 'opphav' (opphav).

# components.parameters.vernelov_tettetrehusmiljoer.description
Filter the collection by property 'vernelov' (vernelov).

# components.parameters.versjonId_tettetrehusmiljoer.description
Filter the collection by property 'versjonId' (versjonId).

# components.parameters.featureId.description
The local identifier of a feature, unique within the feature collection.

# components.parameters.fStoredQueries.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.fAdHocQuery.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.LinkInRequest.description
Links associated with the payload of the request. See RFC 8288 for the syntax.

# components.parameters.queryId.description
The local identifier of a stored query, unique within the API.

# components.parameters.name.description
The name of a parameter of a stored query.

# components.parameters.fQueryables.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.fSortables.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.fSchema.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.fTileSets.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.tileMatrixSetIdTiles.description
The local identifier of a tile matrix set, unique within the API.

# components.parameters.fTileSet.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.tileCol.description
Column index of the tile on the selected zoom level. See http://www.maptiler.org/google-maps-coordinates-tile-bounds-projection/ for more information about Level, Row and Column in the Google Maps tiling scheme (WebMercatorQuad). Example: In the WebMercatorQuad tiling scheme Ireland is fully within the tile with the following values: Level 5, Row 10 and Col 15

# components.parameters.tileMatrix.description
Zoom level of the tile. See http://www.maptiler.org/google-maps-coordinates-tile-bounds-projection/ for more information about Level, Row and Column in the Google Maps tiling scheme (WebMercatorQuad). Example: In the WebMercatorQuad tiling scheme Ireland is fully within the tile with the following values: Level 5, Row 10 and Col 15

# components.parameters.tileRow.description
Row index of the tile on the selected zoom level. See http://www.maptiler.org/google-maps-coordinates-tile-bounds-projection/ for more information about Level, Row and Column in the Google Maps tiling scheme (WebMercatorQuad). Example: In the WebMercatorQuad tiling scheme Ireland is fully within the tile with the following values: Level 5, Row 10 and Col 15

# components.parameters.collections.description
The collections that should be included. The parameter value is a comma-separated list of collection names.

# components.parameters.fTileDataset.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.collectionIdTiles.description
The local identifier of a feature collection.

# components.parameters.exclude-properties.description
The properties that should be excluded for each feature. The parameter value is a comma-separated list of property names. By default, all feature properties with a value are returned. The parameter must not be used together with the 'properties' parameter.

# components.parameters.fTileCollection.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.limitTile.description
The optional limit parameter limits the number of features that are included in the tile.

# components.parameters.properties.description
The properties that should be included for each feature. The parameter value is a comma-separated list of property names. By default, all feature properties with a value are returned.

# components.parameters.tileMatrixSetIdTileMatrixSets.description
The local identifier of a tile matrix set, unique within the API.

# components.parameters.fTileMatrixSets.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.fStyles.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.styleId.description
The local identifier of a style, unique within the API.

# components.parameters.fStyle.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.parameters.collectionIdStyles.description
The local identifier of a feature collection.

# components.parameters.fResources.description
Select the output format of the response. If no value is provided, the standard HTTP rules apply, i.e., the accept header will be used to determine the format.

# components.headers.Content-Bounding-Box.description
The bounding box of the coordinates in the response. The coordinates are in the coordinate reference system provided in the 'Content-Crs' header. The header is only provided, if the response is not streamed.

# components.headers.ContentCrsFeatures.description
The coordinate reference system of coordinates in the response.

# components.headers.Content-Temporal-Extent.description
The temporal extent of the features in the response. The values are seconds since epoch. The header is only provided, if the response is not streamed.

# components.headers.LinkInResponse.description
Links associated with the resource in the response. See RFC 8288 for the syntax.