Additional advanced location features include geofencing entry and exit notificationscustom and private roads, speed limits, traffic lights and road curvature. Map Tile API. Integrate server-rendered raster 2D map tiles in multiple styles, such as base, aerial and fleet. Use different zoom levels, display options, map views and schemes, including the Truck Attributes Map layer for large vehicles. Map Image API. Get access to pre-rendered map images that are optimized for desktop and mobile devices.
Add route polygons, POI labels and other objects on top of the map to give your users the insights they need. Integrate client-side rendered vector tiles and customize the look and feel of the map by changing, removing or adding specific map properties or objects. Complete complex journeys more efficiently with advanced routing algorithms including truck routing, large scale matrix routing and traffic-enabled routing. Get accurate ETAs and routing instructions in over languages.
Public Transit API. Provide the best public transit routes while highlighting walking directions to stops, pedestrian access points, station locations and transfer locations along the way. Intermodal Routing API. Provide a choice of routes that combine car, bike, taxi, pedestrian and public transit modes while taking into account several variables: real-time traffic, incidents, public transit timetables and other dynamic information.
Traffic API. Add real-world context to your application by integrating real-time and historical traffic information about accidents, congestion, construction and more.
Distance Matrix Service
Fleet Telematics API. Integrate advanced algorithms ready to solve complex location problems, such as toll cost calculation, route matching GPS traces and geofencing. Weather API. Get current weather reports or weather forecasts and check for severe weather alerts at a specific location. Data Hub API. Tracking API. Store and retrieve the location and user-defined telemetry of IoT devices for real-time and historical tracking and geofencing.
Positioning API. Build applications that require location estimates based on radio network measurement data. Products Products Location Services. Solve complex location problems from geofencing to custom routing. HERE Routing.
Cloud environments for location-centric solution development, data exchange and visualization. HERE Data. HERE Workspace. HERE Studio. HERE Marketplace. Fast and accurate tracking and positioning of people and devices, indoors or outdoors.
HERE Tracking. HERE Venues. Easy to use, scaleable and flexible tools to get going quickly.Use the calculatematrix resource to return a matrix of route summaries.
Other parameters can be left unspecified. You must include an apiKey with every request. For further details, see Acquiring Credentials. A 20 bytes Base64 URL-safe encoded string used for the authentication of the client application. List of turn types that the route should avoid.
Defaults to empty list. For details on the available values, see the description of the TurnType enumeration type. Enum [ traveltime costfactor distance routeId ]. Truck routing only, specifies number of trailers pulled by the vehicle.
The provided value must be between 0 and 4. Defaults to 0. Truck routing only, list of hazardous materials in the vehicle. Please refer to the enumeration type HazardousGoodTypeType for available values. Note the value allhazardousGoods does not apply to the request parameter.
Enum [ explosive gas flammable combustible organic poison radioActive corrosive poisonousInhalation harmfulToWater other ]. Truck routing only, vehicle weight including trailers and shipped goods, in tons. The provided value must be between 0 and Truck routing only, vehicle weight per axle in tons.
Truck routing only, vehicle height in meters. Truck routing only, vehicle width in meters. Truck routing only, vehicle length in meters. Truck routing only, specifies the tunnel category to restrict certain route links. The route will pass only through tunnels of a less strict category.
Specifies the speed profile variant for a given routing mode. The speed profile affects travel time estimation as well as roads evaluation when computing the fastest route. Note that computed routes might differ depending on a used profile. See SpeedProfileType for details. Products Products Location Services.
Solve complex location problems from geofencing to custom routing.Build your app, service or web map for free No credit card required.Setya nugraha anak siapa
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For details regarding specific features included in each plan, see our Plan Features page. Products Products Location Services. Solve complex location problems from geofencing to custom routing.S220 bobcat wire diagram diagram base website wire diagram
Review the usage and billing page for details on the quotas and pricing set for the Distance Matrix API. The Distance Matrix API developer guide is intended for developers who wish to compute travel distance and time between a number of points within maps provided by one of the Google Maps APIs. It provides an introduction to using the API and reference material on the available parameters. Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.
For details, see the Google Developers Site Policies. Routes Directions API. Places Places API. Web Services. Go to Console Contact sales. Guides Support. Policies and Terms. Quotas and pricing Review the usage and billing page for details on the quotas and pricing set for the Distance Matrix API.Maximize efficiency by calculating travel time and distances in many-to-many scenarios. Whether you are planning a route from one location to another or in many-to many scenarios, you can create a direction-enabled solution to minimize time and maximize efficiency.
Distance Matrix API
The Bing Maps Distance Matrix API service assists in calculating travel time and distances in many-to-many scenarios with an optional travel-time histogram. The Distance Matrix API can help answer questions as varied as where a commercial bakery should open their next location to optimize daily deliveries or helping a school district select the most optimal pick-up locations for their fleet of school buses. Real estate planning — Determine a future house location based on school, medical services, fire and rescue, work location, etc.
Distance Matrix API uses billable transactions. If you have a Bing Maps key, review the Distance Matrix API documentation to learn more and start developing your distance matrix solution. Then follow the documentation to start developing your distance matrix solution. For licensing questions, contact a Bing Maps expert. To try this service, create a basic accountwhich will provide up to K transactions per calendar year at no charge.
Above this usage limit, you will need to purchase a license. Enterprise Customers will be able to license via the following options:. Note — This API will increase the consumption of billable transactionswhich may result in the need to purchase additional transactions. Per Asset applicable when being used as part of asset tracking solution — To use the Distance Matrix API, you will need an underlying Asset Management per asset license with or without routing and will the need to purchase an additional per asset license for the use of this new service.
For licensing and pricing questions, please contact a Bing Maps Sales Specialist. How do I calculate the number of cells a response will have?
When calculating a simple distance matrix each origin-destination pair will generate a single cell in the matrix. When a matrix includes a histogram, each origin-destination pair will have a cell in the matrix for each time interval.
The number of time intervals that a request will have depends on the resolution, start and end times. How to calculate total number of billable transactions a request will generate A billable transaction is generated for every 4 cells in a matrix, rounded up to the nearest whole integer.
For a simple matrix, billable transactions will be calculated using the following formula:. When calculating a matrix which includes a histogram, only the first 30 time intervals in each origin-destination pair are counted towards billable transactions, any additional time intervals are provided for free. A standard distance matrix can have up to origin-destination pairs.
A single cell in a matrix is created for each origin-destination pair. Thus, multiplying the number of origins by the number of destinations will provide you with the number of origin-destination pairs. If this number is equal to or less thanthe origins and destinations can be passed into a single request. For example, you can have 1 origin and destinations, or 25 origins and 25 destinations.
For a distance matrix that provides a histogram, the API allows up to a total of origin-destination pairs. For example, 1 origin and destinations, or 10 origins and 10 destinations. When you are ready to deploy into production, you will need to upgrade to an Enterprise key.
If you would like to try the API, you can create a Basic key. To deploy into production, you will need to upgrade to an Enterprise key.
If you have licensing questions, please contact a Bing Maps Sales Specialist. For Enterprise Customer Support, click here. Or check out the Bing Maps Developer Network forum. Calculate travel times and distances between a set of origins and destinations. Calculate the area that can be travelled to within a specified distance or time. Advanced data visualization and asset tracking with coordinates that follow the geometry of the road.
Maximize efficiency by calculating travel time and distances in many-to-many scenarios with Bing Maps Distance Matrix API, offering traffic prediction and more.Products Products Location Services. Solve complex location problems from geofencing to custom routing. HERE Routing. Cloud environments for location-centric solution development, data exchange and visualization.Saitama vs goku
HERE Data. HERE Workspace. HERE Studio. HERE Marketplace.
Fast and accurate tracking and positioning of people and devices, indoors or outdoors. HERE Tracking. HERE Venues. Easy to use, scaleable and flexible tools to get going quickly.
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Support Plans Support Plans. System Status System Status. Login Login Login. Sign up Sign up. Routing API 7 In maintenance. New product available.The Distance Matrix API is a service that provides travel distance and time for a matrix of origins and destinations. The API returns information based on the recommended route between start and end points, as calculated by the Google Maps API, and consists of rows containing duration and distance values for each pair. Note: This service does not return detailed route information.
Route information can be obtained by passing the desired single origin and destination to the Directions API. This document is intended for developers who wish to compute travel distance and time between a number of points within maps provided by one of the Google Maps APIs.
It provides an introduction to using the API and reference material on the available parameters. Before you start developing with the Distance Matrix API, review the authentication requirements you need an API key and the API usage and billing information you need to enable billing on your project.
Note : URLs must be properly encoded to be valid and are limited to characters for all web services. Be aware of this limit when constructing your URLs. Note that different browsers, proxies, and servers may have different URL character limits as well. Security is important and HTTPS is recommended whenever possible, especially for applications that include sensitive user data, such as a user's location, in requests.
Using HTTPS encryption makes your application more secure, and more resistant to snooping or tampering. Certain parameters are required while others are optional. The list of parameters and their possible values are enumerated below. Get more information on authentication parameters for Premium Plan customers. Note: If departure time is not specified, choice of route and duration are based on road network and average time-independent traffic conditions.
Results for a given request may vary over time due to changes in the road network, updated average traffic conditions, and the distributed nature of the service. Results may also vary between nearly-equivalent routes at any time or frequency. The number of origins times the number of destinations defines the number of elements.
For the calculation of distances, you may specify the transportation mode to use. By default, distances are calculated for driving mode. The following travel modes are supported:. Distances may be calculated that adhere to certain restrictions. Restrictions are indicated by use of the avoid parameter, and an argument to that parameter indicating the restriction to avoid. The following restrictions are supported:. Distance Matrix results contain text within distance fields to indicate the distance of the calculated route.
The unit system to use can be specified:. The distance fields also contain values which are always expressed in meters. Note that these results generally need to be parsed if you wish to extract values from the results.
Parsing JSON is relatively easy. We recommend that you use json as the preferred output flag unless your service requires xml for some reason. Processing XML trees requires some care, so that you reference proper nodes and elements. The status fields within the response object contain the status of the request, and may contain useful debugging information. The Distance Matrix API returns a top-level status field, with information about the request in general, as well as a status field for each element field, with information about that particular origin-destination pairing.
This field contains more detailed information about the reasons behind the given status code. Note: This field is not guaranteed to be always present, and its content is subject to change.
Rows are ordered according to the values in the origin parameter of the request. Each row corresponds to an origin, and each element within that row corresponds to a pairing of the origin with a destination value. Each row array contains one or more element entries, which in turn contain the information about a single origin-destination pairing.
The information about each origin-destination pairing is returned in an element entry.
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