public static bool LoadCoastline(string coastlineShapeFile_FileName, bool visible = true) { bool coastlineLoaded = false; for (int h = 0; h < MapControl.NumLayers - 1; h++) { var sf = MapControl.get_GetObject(h) as Shapefile; if (sf.Key == "coastline") { coastlineLoaded = true; Coastline = sf; break; } } if (!coastlineLoaded && coastlineShapeFile_FileName != null && coastlineShapeFile_FileName.Length > 0) { Shapefile sf = new Shapefile(); if (sf.Open(coastlineShapeFile_FileName)) { sf.Key = "coastline"; var h = MapLayersHandler.AddLayer(sf, "Coastline", uniqueLayer: true, isVisible: visible, layerKey: "coastline", rejectIfExisting: true); Coastline = sf; } } return(Coastline != null); }
public static int MapWaypointList(List <WaypointLocalTime> wpts, out List <int> handles) { handles = new List <int>(); if (wpts.Count > 0) { var sf = ShapefileFactory.PointsFromWaypointList(wpts, out handles); MapLayersHandler.AddLayer(sf, "GPX waypoints", uniqueLayer: true, layerKey: sf.Key, rejectIfExisting: true); } return(MapLayersHandler.CurrentMapLayer.Handle); }
public static int MapTrackGPX(GPXFile gpxfile, out List <int> handles) { handles = new List <int>(); if (gpxfile.Tracks.Count > 0) { var sf = ShapefileFactory.TrackFromGPX(gpxfile, out handles); MapLayersHandler.AddLayer(sf, "GPX track", uniqueLayer: true, layerKey: sf.Key, rejectIfExisting: true); } return(MapLayersHandler.CurrentMapLayer.Handle); }
public static int MapGPX(GPXFile gpxFile, out int shpIndex, out List <int> handles, bool showInMap = true) { shpIndex = -1; handles = new List <int>(); var utils = new MapWinGIS.Utils(); var shpfileName = ""; if (showInMap) { if (gpxFile != null) { Shapefile sf = null; if (gpxFile.TrackCount > 0) { //sf = ShapefileFactory.TrackFromGPX(gpxFile,out shpIndex); sf = ShapefileFactory.TracksFromGPXFiles(gpxFile, out handles); //var result = ShapefileFactory.CreateTripAndHaulsFromGPX(gpxFile); //sf = result.Shapefile; //handles.Add(result.Handle); //Console.WriteLine($"shapefile with {sf.Shape[0].numPoints} created. Handle is {result.Handle}"); shpfileName = "GPX tracks"; } else if (gpxFile.WaypointCount > 0) { sf = ShapefileFactory.NamedPointsFromGPX(gpxFile, out handles); shpfileName = "GPX waypoints"; } //MapWindowForm.Title =$"Number of layers:{MapControl.NumLayers}"; MapLayersHandler.AddLayer(sf, shpfileName, uniqueLayer: true, layerKey: sf.Key, rejectIfExisting: true); if (gpxFile.TrackCount > 0) { GPXTracksLayer = MapLayersHandler.CurrentMapLayer; } else if (gpxFile.WaypointCount > 0) { GPXWaypointsLayer = MapLayersHandler.CurrentMapLayer; } return(MapLayersHandler.CurrentMapLayer.Handle); } else { return(-1); } } else { var ly = MapLayersHandler.get_MapLayer(gpxFile.FileName); MapLayersHandler.RemoveLayer(ly.Handle); return(-1); } }
public static int MapExtractedFishingTracksShapefile(Shapefile extractedTracks) { RemoveGPSDataFromMap(); var h = MapLayersHandler.AddLayer(extractedTracks, "Extracted tracks", uniqueLayer: true, layerKey: extractedTracks.Key, rejectIfExisting: true); var sf = (Shapefile)MapLayersHandler[h].LayerObject; sf.DefaultDrawingOptions.LineColor = new Utils().ColorByName(tkMapColor.Salmon); sf.SelectionAppearance = tkSelectionAppearance.saDrawingOptions; sf.SelectionDrawingOptions.LineWidth = 4f; return(h); }
public static FishingTripAndGearRetrievalTracks MapTrackGPX(GPXFile gpxfile) { if (gpxfile.Tracks.Count > 0) { var result = ShapefileFactory.CreateTripAndHaulsFromGPX(gpxfile); if (result != null) { MapLayersHandler.AddLayer(result.TripShapefile, "GPX track", uniqueLayer: true, layerKey: result.TripShapefile.Key, rejectIfExisting: true); } return(result); } return(null); }
public static FishingTripAndGearRetrievalTracks MapTrackCTX(CTXFileSummaryView ctx) { if (ctx.TrackpointsCount != null && ctx.TrackpointsCount > 0) { var result = ShapefileFactory.CreateTripAndHaulsFromCTX(ctx); if (result != null) { MapLayersHandler.AddLayer(result.TripShapefile, "CTX track", uniqueLayer: true, layerKey: result.TripShapefile.Key, rejectIfExisting: true); } return(result); } return(null); }
public static int MapExtractedFishingTrack(FishingTripAndGearRetrievalTracks th, out List <int> handles) { handles = new List <int>(); if (th != null && th.GearRetrievalTracks.Count > 0 && ShapefileFactory.ExtractFishingTrackLine) { var sf = ShapefileFactory.FishingTrackLine(th); if (sf != null) { return(MapLayersHandler.AddLayer(sf, "Extracted fishng track", uniqueLayer: true, layerKey: sf.Key)); } } return(-1); }
public static int MapExtractedFishingTrack(out List <int> handles) { handles = new List <int>(); if (ShapefileFactory.ExtractFishingTrackLine) { var sf = ShapefileFactory.FishingTrackLine(); if (sf != null) { //return MapLayersHandler.AddLayer(sf, "Extracted fishng track", uniqueLayer: true, layerKey: sf.Key, rejectIfExisting: true); return(MapLayersHandler.AddLayer(sf, "Extracted fishng track", uniqueLayer: true, layerKey: sf.Key)); } } return(-1); }
public static bool AddExtractedTracksLayer(bool readFromDatabase = false) { bool proceed = true; if (readFromDatabase) { proceed = Entities.ExtractedFishingTrackViewModel.LoadTrackDataFromDatabase(); } if (proceed && Entities.ExtractedFishingTrackViewModel.Count() > 0) { var sf = ShapefileFactory.FishingTrackLines(); ExtractedTracksShapefile = sf; sf.SelectionAppearance = tkSelectionAppearance.saDrawingOptions; sf.DefaultDrawingOptions.LineColor = new Utils().ColorByName(tkMapColor.Salmon); sf.SelectionDrawingOptions.LineWidth = 4f; return(MapLayersHandler.AddLayer(sf, "Fishing tracks", layerKey: sf.Key, uniqueLayer: true) >= 0); } return(false); }
public static int MapTripWaypoints(List <TripWaypoint> waypoints, out int shpIndex, out List <int> handles, GPS gps, string filename, bool showInMap = true) { shpIndex = -1; handles = new List <int>(); var utils = new MapWinGIS.Utils(); var shpfileName = ""; if (showInMap) { if (waypoints.Count > 0) { Shapefile sf = null; sf = ShapefileFactory.PointsFromWayPointList(waypoints, out handles, gps.DeviceName, filename); shpfileName = "Trip waypoints"; int h = MapLayersHandler.AddLayer(sf, shpfileName, uniqueLayer: true, layerKey: sf.Key, rejectIfExisting: true); } } return(MapLayersHandler.CurrentMapLayer.Handle); }
public static int MapTrip(Trip trip, out int shpIndex, out List <int> handles, bool showInMap = true) { shpIndex = -1; handles = new List <int>(); var utils = new MapWinGIS.Utils(); var shpfileName = ""; if (showInMap) { if (trip.Track.Waypoints.Count > 0) { Shapefile sf = null; List <Trip> trips = new List <Trip>(); trips.Add(trip); sf = ShapefileFactory.TrackFromTrip(trips, out handles); shpfileName = "Trip tracks"; MapLayersHandler.AddLayer(sf, shpfileName, uniqueLayer: true, layerKey: sf.Key, rejectIfExisting: true); } } return(MapLayersHandler.CurrentMapLayer.Handle); }
public static int MapWaypointsCTX(CTXFileSummaryView ctx, out List <int> handles) { handles = new List <int>(); Shapefile sf = null; if (ctx.WaypointsForSet != null && ctx.WaypointsForSet > 0 || ctx.WaypointsForHaul != null && ctx.WaypointsForHaul > 0) { sf = ShapefileFactory.WaypointsFromCTX(ctx, out handles); } if (sf != null) { return(MapLayersHandler.AddLayer(sf, "CTX waypoints", uniqueLayer: true, layerKey: sf.Key, rejectIfExisting: true)); //return MapLayersHandler.CurrentMapLayer.Handle; } else { return(-1); } }