Class: NetworkAnalystService

ol.supermap.NetworkAnalystService

The NetworkAnalystService class.

new ol.supermap.NetworkAnalystService(url, options)

NetworkAnalystService.js, line 19
Name Type Description
url string

The url of service. The url to request NetworkAnalystService should be:
http://{service URL}:{server port}/iserver/services/{NetworkAnalystService name}/rest/networkanalyst/{dataSet name@dataSource name};
For instance: "http://localhost:8090/iserver/services/test/rest/networkanalyst/WaterNet@FacilityNet".
options Object

The optional parameters.

Name Type Default Description
proxy string optional

Service agent address.
serverType ol.supermap.ServerType ol.supermap.ServerType.ISERVER optional

Type of server iServer|iPortal|online.
withCredentials boolean false optional

Request whether to carry a cookie.
crossOrigin boolean optional

Whether to allow cross-domain requests.
headers Object optional

Request header.
Example
new ol.supermap.NetworkAnalystService(url)
     .findPath(params,function(result){
          //doSomething
     })

Extends

Methods

burstPipelineAnalyst(params, callback)

NetworkAnalystService.js, line 45

Analysis the burst pipeline: analyze the given edge or node as the pipeline burst node, and return the critical node ID array, common node ID array and upstream/downstream edge ID array.

Name Type Description
params ol.supermap.BurstPipelineAnalystParameters

The BurstPipelineAnalystParameters class.
callback RequestCallback

The callback of result data returned by the server side.

computeWeightMatrix(params, callback)

NetworkAnalystService.js, line 66

Compute weight of matrix. The costs matrix refers to a 2D matrix computed by the costs fields in the traffic network analysis parameters, which is used to store the resources costs between each pairs of the specified points.

Name Type Description
params ol.supermap.ComputeWeightMatrixParameters

The ComputeWeightMatrixParameters class.
callback RequestCallback

The callback of result data returned by the server side.

findClosestFacilities(params, callback, resultFormat)

NetworkAnalystService.js, line 87

Find closest facilities. It is used to find the closest facilities from the selected ones for the specified event site(s) in the network. The closest facilities are those that have the least impedance in the specified direction -- either from the event site to the facility or from the facility to the event site.

Name Type Default Description
params ol.supermap.FindClosestFacilitiesParameters

The FindClosestFacilitiesParameters class.
callback RequestCallback

The callback of result data returned by the server side.
resultFormat ol.supermap.DataFormat ol.supermap.DataFormat.GEOJSON optional

The format of result data.

findLocation(params, callback, resultFormat)

NetworkAnalystService.js, line 133

Find location. It is used to find the optimal location from multiple candidate locations for a facility, by matching the supply and demand based on the objectives and constraints.

Name Type Default Description
params ol.supermap.FindLocationParameters

The FindLocationParameters class.
callback RequestCallback

The callback of result data returned by the server side.
resultFormat ol.supermap.DataFormat ol.supermap.DataFormat.GEOJSON optional

The format of result data.

findMTSPPaths(params, callback, resultFormat)

NetworkAnalystService.js, line 202

Find paths of multi-traveling. The multi-traveling salesman analysis is also called the logistics and distribution, referring to in the network data set, given M distribution centers and N distribution destinations (M, N are integers greater than zero), and finds the cost-effective distribution path, and gives the corresponding route. The function of the logistic distribution is to solve the problem that how to reasonably distribute the distribution order and the delivery route to get the minimum distribution total cost or the minimum cost of each distribution center.

Name Type Default Description
params ol.supermap.FindMTSPPathsParameters

The FindMTSPPathsParameters class.
callback RequestCallback

The callback of result data returned by the server side.
resultFormat ol.supermap.DataFormat ol.supermap.DataFormat.GEOJSON optional

The format of result data.

findPath(params, callback, resultFormat)

NetworkAnalystService.js, line 156

Find optimal path. The optimal path analysis refers to finding the path with the minimum cumulative impedance by visiting all the specified nodes in order.

Name Type Default Description
params ol.supermap.FindPathParameters

The FindPathParameters class.
callback RequestCallback

The callback of result data returned by the server side.
resultFormat ol.supermap.DataFormat ol.supermap.DataFormat.GEOJSON optional

The format of result data.

findServiceAreas(params, callback, resultFormat)

NetworkAnalystService.js, line 225

Find service areas. It is a kind of network analysis, used to determine the area that can be served by a service site based on specified criteria.

Name Type Default Description
params ol.supermap.FindServiceAreasParameters

The FindServiceAreasParameters class.
callback RequestCallback

The callback of result data returned by the server side.
resultFormat ol.supermap.DataFormat ol.supermap.DataFormat.GEOJSON optional

The format of result data.

findTSPPaths(params, callback, resultFormat)

NetworkAnalystService.js, line 179

Find paths of traveler. TSP is an unordered route analysis. It starts from the Start point (the default is the first point that you specify), and finds a route that traverses all nodes with minimum cost. You may also specify an End point. Thus, It finds a route that traverses all nodes and arrives at the End point with minimum cost.

Name Type Default Description
params ol.supermap.ol.supermap.FindTSPPathsParameters

The FindTSPPathsParameters class.
callback RequestCallback

The callback of result data returned by the server side.
resultFormat ol.supermap.DataFormat ol.supermap.DataFormat.GEOJSON optional

The format of result data.

streamFacilityAnalyst(params, callback, resultFormat)

NetworkAnalystService.js, line 110

Find key facilities in the upstream and downstream. It returns the key node ID array and its downstream arc segment ID array by finding key facility nodes in the upstream/downstream of a given arc or node.

Name Type Default Description
params ol.supermap.FacilityAnalystStreamParameters

The FacilityAnalystStreamParameters class.
callback RequestCallback

The callback of result data returned by the server side.
resultFormat ol.supermap.DataFormat ol.supermap.DataFormat.GEOJSON optional

The format of result data.

updateEdgeWeight(params, callback)

NetworkAnalystService.js, line 248

Update the weight of edge.

Name Type Description
params ol.supermap.UpdateEdgeWeightParameters

The UpdateEdgeWeightParameters class.
callback RequestCallback

The callback of result data returned by the server side.

updateTurnNodeWeight(params, callback)

NetworkAnalystService.js, line 269

Update the weight of turn node.

Name Type Description
params ol.supermap.UpdateTurnNodeWeightParameters

The UpdateTurnNodeWeightParameters class.
callback RequestCallback

The callback of result data returned by the server side.