Successor of xRoute1.ViaType.VIA_STOP

[Prakash]

Hello,

What parameter succeeds the ViaType.VIA_STOP?

Regards,
Prakash

[Bernd Welter]

Here comes Frank's answer:

• VIA_STOP is the default behavior for OnRoadRouteLocation and OffRoadRouteLocation in xServer2
• VIA does not exist in xServer2
• FUZZY: use ManipulateRouteWaypoint
• COMBINED_TRANSPORT: use CombinedTransportViaWaypoint

[Edmond Dantes]

Hello!

I am planning a route between Bugyi (HU) and Nürnberg (DE). I would like to specify an intermediate coordinate in such a way that the vehicle drives through it. This should be a lane in the correct direction on the highway.

The route looks like this:

Code: Select all

"waypoints": [
        {
            "$type": "OffRoadWaypoint",
            "location": {
                "offRoadCoordinate": {
                    "x": 19.18994,
                    "y": 47.234737
                }
            }
        }
        ,{
            "$type": "ManipulateRouteWaypoint",
            "coordinate": {
                    "x": 13.317454541807578,
                    "y": 49.67744796196884
                },
                "radius": 1000
        },
 
        {
            "$type": "OffRoadWaypoint",
            "location": {
                "offRoadCoordinate": {
                    "x": 11.182683,
                    "y": 49.389227
                }
            }
        }
        ]

Unfortunately, at the intermediate point, the system exits the vehicle from the highway, takes it to an undesired location, then navigates it back and continues the route correctly to the destination.

How can I force PTV to simply pass through this intermediate point?
Thank You for any answer

[Bernd Welter]

Please provide the complete request. I tried it with your coordinates and some "usual" parameters and for me the route looks valid:

The rough approach in xRoute2 when it xcomes to com.ptvgroup.xserver.xroute.ManipulateRouteWaypoint is (based on a waypointlist A-->B(1000)-->C):

• calculate a route from A to B based on linking B to a list of candidate segments in a close range (not automatically the closest one)
• Walk back on the sub route for a distance of 1000m (that's the given radius) and identify a virtual stop B*
• Then create a 2nd subroute B* --> C
• FInally assemble to effective route A-->B*-->C