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### Small Examples Showing Usage of Location Library
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The following examples demonstrate how to use the Location Library. Sources can be found [here for Java](location/java/standalone) and [here for Scala](location/scala/standalone).
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| Name | Description | Labels / Topics |
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| ---- | ----------- | --------------- |
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| Point Matching | Takes probe points and matches each one against the closest geometry without consider the path. | Location Library, GeoJSON, CSV |
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| Traversing the Graph | Shows how to create a traversable graph from the HERE Optimized Map for Location Library catalog. | Location Library, GeoJSON |
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| Most Probable Path | Navigates the graph along the most probable path based on simple assumptions like try to stay on same functional class. | Location Library, GeoJSON |
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| Path Matching | Matches path probe points against the graph. | Location Library, GeoJSON, CSV |
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| Path Matching with restrictions | Matches path probe points against a graph that excludes segments that are not accessible by taxis. | Location Library, GeoJSON, CSV |
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| Turn Restrictions | Shows how to check if turns on a road network are restricted or not. | Location Library, GeoJSON |
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| Generic Range Based Attributes | Shows how to load a generic attribute that is not available in the HERE Optimized Map for Location Library using a Vertex reference as input. | Location Library |
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| Path Matching Sparse Probe Data | Shows how to match sparse path points against the graph by traversing it using the most probable path assumptions. | Location Library, GeoJSON, CSV |
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| Converting references from HERE Optimized Map for Location Library to HERE Map Content | Converts Vertex references to Topology Segments and vice versa. | Location Library, HERE Map Content |
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| Converting references from TPEG2 to its binary representation | Shows how to read an OpenLR location reference that has been written in the TPEG2 XML encoding and convert it to its binary representation.| Location Library, TPEG2, OpenLR|
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| Extracting TPEG2 document | Demonstrates how to load a TPEG2 document and extract its parts.| Location Library, TPEG2 |
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| Creating and resolving TMC reference | Searches for a well-known vertex that is covered by TMC to define the input location.| Location Library, TMC |
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| Resolving TMC references in RTTI message | Demonstrates how TMC references in Real Time Traffic Incident (RTTI) messages can be converted to TPEG2 TMC references, and how the `location-referencing` module can be used to resolve those references. | Location Library, TPEG2 |
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| Creating OpenLR reference from road segments | Transforms a path given as segment references in HERE Map Content to OpenLR reference. | Location Library, HERE Map Content, OpenLR |
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| Resolving OpenLR reference from road segments | Shows how to take an OpenLR reference given in XML and resolve this reference to segments in HERE Map Content | Location Library, HERE Map Content, OpenLR |
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The following examples demonstrate how to use the Location Library.
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| Name | Description | Source | Labels / Topics |
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| ---- | ----------- | ------ | --------------- |
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| Point Matching Example | Takes probe points and matches each one against the closest geometry without consider the path. |[Java](location/java/standalone#point-matching-example) / [Scala](location/scala/standalone#point-matching-example)| Location Library, GeoJSON, CSV |
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| Traversing the Graph | Shows how to create a traversable graph from the HERE Optimized Map for Location Library catalog. |[Java](location/java/standalone#traversing-the-graph) / [Scala](location/scala/standalone#traversing-the-graph)| Location Library, GeoJSON |
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| Most Probable Path | Navigates the graph along the most probable path based on simple assumptions like try to stay on same functional class. |[Java](location/java/standalone#most-probable-path) / [Scala](location/scala/standalone#most-probable-path)| Location Library, GeoJSON |
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| Path Matching Example | Matches path probe points against the graph. |[Java](location/java/standalone#path-matching-example) / [Scala](location/scala/standalone#path-matching-example)| Location Library, GeoJSON, CSV |
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| Path Matching with Restrictions | Matches path probe points against a graph that excludes segments that are not accessible by taxis. |[Scala](location/scala/standalone#path-matching-with-restrictions)| Location Library, GeoJSON, CSV |
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| Turn Restrictions | Shows how to check if turns on a road network are restricted or not. |[Java](location/java/standalone#turn-restrictions) / [Scala](location/scala/standalone#turn-restrictions)| Location Library, GeoJSON |
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| Generic Range Based Attributes | Shows how to load a generic attribute that is not available in the HERE Optimized Map for Location Library using a Vertex reference as input. |[Java](location/java/standalone#generic-range-based-attributes) / [Scala](location/scala/standalone#generic-range-based-attributes)| Location Library |
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| Path Matching Sparse Probe Data | Shows how to match sparse path points against the graph by traversing it using the most probable path assumptions. |[Java](location/java/standalone#path-matching-sparse-probe-data) / [Scala](location/scala/standalone#path-matching-sparse-probe-data)| Location Library, GeoJSON, CSV |
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| Converting References from HERE Optimized Map for Location Library to HERE Map Content | Converts Vertex references to Topology Segments and vice versa. |[Java](location/java/standalone#converting-references-from-here-optimized-map-for-location-library-to-here-map-content) / [Scala](location/scala/standalone#converting-references-from-here-optimized-map-for-location-library-to-here-map-content)| Location Library, HERE Map Content |
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| Converting References from TPEG2 to its Binary Representation | Shows how to read an OpenLR location reference that has been written in the TPEG2 XML encoding and convert it to its binary representation.|[Java](location/java/standalone#converting-references-from-tpeg2-to-its-binary-representation) / [Scala](location/scala/standalone#converting-references-from-tpeg2-to-its-binary-representation)| Location Library, TPEG2, OpenLR|
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| Extracting TPEG2 Document | Demonstrates how to load a TPEG2 document and extract its parts.|[Java](location/java/standalone#extracting-tpeg2-document) / [Scala](location/scala/standalone#extracting-tpeg2-document)| Location Library, TPEG2 |
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| Creating and Resolving TMC Reference | Searches for a well-known vertex that is covered by TMC to define the input location.|[Java](location/java/standalone#creating-and-resolving-tmc-reference) / [Scala](location/scala/standalone#creating-and-resolving-tmc-reference)| Location Library, TMC |
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| Resolving TMC References in RTTI Message | Demonstrates how TMC references in Real Time Traffic Incident (RTTI) messages can be converted to TPEG2 TMC references, and how the `location-referencing` module can be used to resolve those references. |[Java](location/java/standalone#resolving-tmc-references-in-rtti-message) / [Scala](location/scala/standalone#resolving-tmc-references-in-rtti-message)| Location Library, TPEG2 |
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| Creating OpenLR Reference from Road Segments | Transforms a path given as segment references in HERE Map Content to OpenLR reference. |[Java](location/java/standalone#creating-openlr-reference-from-road-segments) / [Scala](location/scala/standalone#creating-openlr-reference-from-road-segments)| Location Library, HERE Map Content, OpenLR |
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| Resolving OpenLR Reference from Road Segments | Shows how to take an OpenLR reference given in XML and resolve this reference to segments in HERE Map Content |[Java](location/java/standalone#resolving-openlr-reference-from-road-segments) / [Scala](location/scala/standalone#resolving-openlr-reference-from-road-segments)| Location Library, HERE Map Content, OpenLR |
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| Functional Class for a Vertex | Shows how you can get the functional class for a vertex. |[Java](location/java/standalone#functional-class-for-a-vertex) / [Scala](location/scala/standalone#functional-class-for-a-vertex)| Location Library, GeoJSON |
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| ADAS Curvature Attribute | Shows how to fetch and use ADAS attributes in the HERE Optimized Map for Location Library using a Vertex or an Edge reference. |[Java](location/java/standalone#adas-curvature-attribute) / [Scala](location/scala/standalone#adas-curvature-attribute)| Location Library, GeoJSON |
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