public static List <TraveltimeStatic> GetGeoLocation(List <TraveltimeStatic> toProcess, string apiKey)
{
int c = 0;
while (c < toProcess.Count)
{
List <TraveltimeStatic> slice =
toProcess.GetRange(c, (c + 100 < toProcess.Count) ? 100 : (toProcess.Count - c));
List <NearestRoadResultModel.Location> locations = new List <NearestRoadResultModel.Location>();
foreach (var travelTime in slice)
{
locations.Add(new NearestRoadResultModel.Location
{
latitude = travelTime.Merged.beginnodelatitude,
longitude = travelTime.Merged.beginnodelongitude
});
}
NearestRoadResultModel results = NearestRoadFetchercs.GetNearestRoads(apiKey, locations);
for (int i = 0; i < results.snappedPoints.Length; i++)
{
int originalIndex = results.snappedPoints[i].originalIndex;
if (toProcess[c + originalIndex].Merged.googleLocationsId == null)
{
toProcess[c + originalIndex].Merged.googleLocationsId = new List <string>();
}
toProcess[c + originalIndex].Merged.googleLocationsId.Add(results.snappedPoints[i].placeId);
}
c += slice.Count;
}
return(toProcess);
}
public static List <TraveltimeStatic> FillLocationInfoFromLocationId(List <TraveltimeStatic> toProcess, string apiKey)
{
foreach (TraveltimeStatic ts in toProcess)
{
ts.Merged.googleLocationInfo = new List <LocationInfoModel>();
foreach (string locId in ts.Merged.googleLocationsId)
{
ts.Merged.googleLocationInfo.Add(NearestRoadFetchercs.GetRoadName(apiKey, locId));
}
}
return(toProcess);
}
