public void ConnectWithRoadNetwork()
{
/* Set this to true if you want to use real waypoints instead of intermediate ptstops, remember to also change the use_waypoints value in the HTTPRequests.cs file */
bool use_waypoints = false;
int i = 1;
float delta = 0.1f;
foreach (Carpooler P in CarPoolers)
{
log.Info(i + "/" + CarPoolers.Count + " Adding carpooling ride id:" + P.Id + " Name:\"" + P.Name + "\" Provider:" + P.Provider +
" Departure:" + P.WayPointsOrig.First().Latitude + "," + P.WayPointsOrig.First().Longitude +
" Destination:" + P.WayPointsOrig.Last().Latitude + "," + P.WayPointsOrig.Last().Longitude +
" TripDate:" + P.TripDate + " TripStartTime:" + P.TripStartTime + " to the RoadNetwork");
/* Find the closest PTstop inside the map along the carpooling ride (but only if the Carpooling ride starting point is outside the map) */
//Commented because actually we are ONLY considering carpooling rides included into the map
//setNewDeparturePoint(P, delta, i);
/* Set the closest PT stops to the departure and to the destination points */
/* Route planner does not use waypoints, it uses the PT stops */
if (use_waypoints == false)
{
setTheClosestPTstops(P, i);
}
HiddenMarkovModelMapMatcher MapMatcher = new HiddenMarkovModelMapMatcher(ref RoadNetwork, P.WayPointsUsed);
if (use_waypoints == true)
{
/* Route planner uses waypoints */
List <RNode> Nodes = MapMatcher.Match();
for (int j = 0; j < Nodes.Count; j++)
{
log.Info("Stops: " + (j + 1) + "/" + Nodes.Count + " - " + Nodes[j].Point.Latitude + "," + Nodes[j].Point.Longitude);
}
ConnectNodesWithRoadNetwork(P, Nodes);
}
else
{
/* Route planner does not use waypoints, it uses the PT stops */
List <TNodeCarpooling> Nodes = MapMatcher.MatchTNodeCarpooling();
for (int j = 0; j < Nodes.Count; j++)
{
log.Info("Stops: " + (j + 1) + "/" + Nodes.Count + " \"" + Nodes[j].StopName + "\" - " + Nodes[j].Point.Latitude + "," + Nodes[j].Point.Longitude);
}
ConnectNodesWithRoadNetworkTNode(P, Nodes);
}
RoadNetwork.AddCarpooler(P);
i++;
}
if (use_waypoints == true)
{
RoadNetwork.ConnectCarpools();
}
else
{
RoadNetwork.ConnectCarpoolsTNode();
}
}
public List <RNode> BuildCarpoolRoutesFromPoints(List <Point> Points)
{
HiddenMarkovModelMapMatcher MapMatcher = new HiddenMarkovModelMapMatcher(ref RoadNetwork, Points);
return(MapMatcher.Match());
}