private void _myMapView_GeoViewTapped(object sender, GeoViewInputEventArgs e)
{
// Get the user-tapped location
MapPoint mapLocation = e.Location;
// Project the user-tapped map point location to a geometry
Geometry myGeometry = GeometryEngine.Project(mapLocation, SpatialReferences.Wgs84);
// Convert to geometry to a traditional Lat/Long map point
MapPoint projectedLocation = (MapPoint)myGeometry;
// Format the display callout string based upon the projected map point (example: "Lat: 100.123, Long: 100.234")
string mapLocationDescription = string.Format("Lat: {0:F3} Long:{1:F3}", projectedLocation.Y, projectedLocation.X);
// Create a new callout definition using the formatted string
CalloutDefinition myCalloutDefinition = new CalloutDefinition("Location:", mapLocationDescription);
// Display the callout
_myMapView.ShowCalloutAt(mapLocation, myCalloutDefinition);
}
private async void mapView_GeoViewTapped(object sender, GeoViewInputEventArgs e)
{
Exception error = null;
try
{
var result = await mapView.IdentifyLayersAsync(e.Position, 3, false);
// Retrieves or builds Popup from IdentifyLayerResult
var popup = GetPopup(result);
// Displays callout and updates visibility of PopupViewer
if (popup != null)
{
var callout = new CalloutDefinition(popup.GeoElement);
callout.Tag = popup;
callout.ButtonImage = InfoIcon;
callout.OnButtonClick = new Action <object>((s) =>
{
popupViewer.Hidden = false;
popupViewer.PopupManager = new PopupManager(popup);
});
mapView.ShowCalloutForGeoElement(popup.GeoElement, e.Position, callout);
}
else
{
popupViewer.PopupManager = null;
popupViewer.Hidden = true;
}
}
catch (Exception ex)
{
error = ex;
}
if (error != null)
{
var alert = UIAlertController.Create(error.GetType().Name, error.Message, UIAlertControllerStyle.Alert);
alert.AddAction(UIAlertAction.Create("OK", UIAlertActionStyle.Default, null));
this.PresentViewController(alert, true, null);
}
}
private void MapView_Tapped(object sender, GeoViewInputEventArgs e)
{
// Get the tapped point - this is in the map's spatial reference,
// which in this case is WebMercator because that is the SR used by the included basemaps.
MapPoint tappedPoint = e.Location;
// Update the graphics.
_myMapView.GraphicsOverlays[0].Graphics.Clear();
_myMapView.GraphicsOverlays[0].Graphics.Add(new Graphic(tappedPoint));
// Project the point to WGS84
MapPoint projectedPoint = (MapPoint)GeometryEngine.Project(tappedPoint, SpatialReferences.Wgs84);
// Format the results in strings.
string originalCoords = $"Original: {tappedPoint.X:F4}, {tappedPoint.Y:F4}";
string projectedCoords = $"Projected: {projectedPoint.X:F4}, {projectedPoint.Y:F4}";
// Define a callout and show it in the map view.
CalloutDefinition calloutDef = new CalloutDefinition(projectedCoords, originalCoords);
_myMapView.ShowCalloutAt(tappedPoint, calloutDef);
}
private async void mapView_GeoViewTapped(object sender, GeoViewInputEventArgs e)
{
Exception error = null;
try
{
var result = await mapView.IdentifyLayersAsync(e.Position, 3, false);
// Retrieves or builds Popup from IdentifyLayerResult
var popup = GetPopup(result);
// Displays callout and updates visibility of PopupViewer
if (popup != null)
{
var callout = new CalloutDefinition(popup.GeoElement);
callout.Tag = popup;
callout.ButtonImage = InfoIcon;
callout.OnButtonClick = OnPopupInfoButtonClicked;
mapView.ShowCalloutForGeoElement(popup.GeoElement, e.Position, callout);
}
else
{
popupViewer.PopupManager = null;
popupViewer.Visibility = Android.Views.ViewStates.Gone;
}
}
catch (Exception ex)
{
error = ex;
}
if (error != null)
{
var alert = new AlertDialog.Builder(this);
alert.SetTitle(error.GetType().Name);
alert.SetMessage(error.Message);
alert.SetPositiveButton("OK", (a, b) => { });
RunOnUiThread(() => alert.Show());
}
}
private async void mapView_GeoViewTapped(object sender, GeoViewInputEventArgs e)
{
Exception error = null;
try
{
var result = await mapView.IdentifyLayersAsync(e.Position, 3, false);
// Retrieves or builds Popup from IdentifyLayerResult
var popup = GetPopup(result);
// Displays callout and updates visibility of PopupViewer
if (popup != null)
{
var callout = new CalloutDefinition(popup.GeoElement);
callout.Tag = popup;
callout.ButtonImage = InfoIcon;
callout.OnButtonClick = new Action <object>((s) =>
{
popupViewer.IsVisible = true;
popupViewer.PopupManager = new PopupManager(s as Popup);
});
mapView.ShowCalloutForGeoElement(popup.GeoElement, e.Position, callout);
}
else
{
popupViewer.PopupManager = null;
popupViewer.IsVisible = false;
}
}
catch (Exception ex)
{
error = ex;
}
if (error != null)
{
await DisplayAlert(error.GetType().Name, error.Message, "OK");
}
}
private async void MyMapView_GeoViewTapped(object sender, Esri.ArcGISRuntime.Xamarin.Forms.GeoViewInputEventArgs e)
{
// First clear any existing selections
ClearAllSelections();
// Perform the identify operation
IReadOnlyList <IdentifyLayerResult> results = await MyMapView.IdentifyLayersAsync(e.Position, 5, false);
// Return if there are no results
if (results.Count < 1)
{
return;
}
// Get the results that are from ENC layers
IEnumerable <IdentifyLayerResult> encResults = results.Where(result => result.LayerContent is EncLayer);
// Get the ENC results that have features
IEnumerable <IdentifyLayerResult> encResultsWithFeatures = encResults.Where(result => result.GeoElements.Count > 0);
// Get the first result with ENC features
IdentifyLayerResult firstResult = encResultsWithFeatures.First();
// Get the layer associated with this set of results
EncLayer containingLayer = firstResult.LayerContent as EncLayer;
// Select the smallest (area) feature in the layer.
EncFeature smallestFeature = (EncFeature)firstResult.GeoElements.OrderBy(f => GeometryEngine.Area(f.Geometry)).First();
// Select the feature.
containingLayer.SelectFeature(smallestFeature);
// Create the callout definition.
CalloutDefinition definition = new CalloutDefinition(smallestFeature.Acronym, smallestFeature.Description);
// Show the callout
MyMapView.ShowCalloutAt(e.Location, definition);
}
private async void MyMapView_GeoViewTapped(object sender, GeoViewInputEventArgs e)
{
// First clear any existing selections
ClearAllSelections();
// Perform the identify operation
IReadOnlyList <IdentifyLayerResult> results = await _myMapView.IdentifyLayersAsync(e.Position, 5, false);
// Return if there are no results
if (results.Count < 1)
{
return;
}
// Get the results that are from ENC layers
IEnumerable <IdentifyLayerResult> encResults = results.Where(result => result.LayerContent is EncLayer);
// Get the ENC results that have features
IEnumerable <IdentifyLayerResult> encResultsWithFeatures = encResults.Where(result => result.GeoElements.Count > 0);
// Get the first result with ENC features
IdentifyLayerResult firstResult = encResultsWithFeatures.First();
// Get the layer associated with this set of results
EncLayer containingLayer = firstResult.LayerContent as EncLayer;
// Get the first identified ENC feature
EncFeature firstFeature = firstResult.GeoElements.First() as EncFeature;
// Select the feature
containingLayer.SelectFeature(firstFeature);
// Create the callout definition
CalloutDefinition definition = new CalloutDefinition(firstFeature.Acronym, firstFeature.Description);
// Show the callout
_myMapView.ShowCalloutAt(e.Location, definition);
}
/// <summary>
/// Shows a callout for any tapped graphics
/// </summary>
private async void MyMapView_GeoViewTapped(object sender, GeoViewInputEventArgs e)
{
// Search for the graphics underneath the user's tap
IReadOnlyList<IdentifyGraphicsOverlayResult> results = await MyMapView.IdentifyGraphicsOverlaysAsync(e.Position, 12, false);
// Clear callouts and return if there was no result
if (results.Count < 1 || results.First().Graphics.Count < 1) { MyMapView.DismissCallout(); return; }
// Get the first graphic from the first result
Graphic matchingGraphic = results.First().Graphics.First();
// Get the title; manually added to the point's attributes in UpdateSearch
String title = matchingGraphic.Attributes["Match_Title"] as String;
// Get the address; manually added to the point's attributes in UpdateSearch
String address = matchingGraphic.Attributes["Match_Address"] as String;
// Define the callout
CalloutDefinition calloutBody = new CalloutDefinition(title, address);
// Show the callout on the map at the tapped location
MyMapView.ShowCalloutAt(e.Location, calloutBody);
}
private async void MyMapView_GeoViewTapped(object sender, GeoViewInputEventArgs e)
{
try
{
// Clear existing callout and graphics.
MyMapView.DismissCallout();
MyMapView.GraphicsOverlays[0].Graphics.Clear();
// Add a graphic for the tapped point.
Graphic pinGraphic = await GraphicForPoint(e.Location);
MyMapView.GraphicsOverlays[0].Graphics.Add(pinGraphic);
// Reverse geocode to get addresses.
ReverseGeocodeParameters parameters = new ReverseGeocodeParameters();
parameters.ResultAttributeNames.Add("*");
parameters.MaxResults = 1;
IReadOnlyList <GeocodeResult> addresses = await _geocoder.ReverseGeocodeAsync(e.Location, parameters);
// Get the first result.
GeocodeResult address = addresses.First();
// Use the address as the callout title.
string calloutTitle = address.Attributes["Street"].ToString();
string calloutDetail = address.Attributes["City"] + ", " + address.Attributes["State"] + " " + address.Attributes["ZIP"];
// Define the callout.
CalloutDefinition calloutBody = new CalloutDefinition(calloutTitle, calloutDetail);
// Show the callout on the map at the tapped location.
MyMapView.ShowCalloutForGeoElement(pinGraphic, e.Position, calloutBody);
}
catch (Exception ex)
{
await new MessageDialog2(ex.ToString(), "Error").ShowAsync();
}
}
/// <summary>
/// Shows a callout with information about the graphics/features at that location
/// </summary>
/// <param name="position"></param>
private async void ShowCalloutTopDispatches(Point position)
{
// Check if a cell is already being identified
if (_isIdentifying)
{
_nextIdentifyAction = () => ShowCalloutTopDispatches(position);
return;
}
// Set variable to true to prevent concurrent identify calls.
_isIdentifying = true;
try
{
// Get the result for where the user hovered on the raster layer.
var identifyResult = await this.MapView.IdentifyGraphicsOverlayAsync(this.Dispatches.FeatureGraphicsLayer, position, 1, false, 1);
var graphic = identifyResult.Graphics.FirstOrDefault() as CustomGraphic;
// If no cell was identified, dismiss the callout.
if (graphic != null && graphic.ID != _previousCallout)
{
this.MapView.DismissCallout();
_previousCallout = -1;
}
else if (graphic == null)
{
this.MapView.DismissCallout();
_previousCallout = -1;
return;
}
else if (graphic != null && graphic.ID == _previousCallout)
{
return;
}
_previousCallout = graphic.ID;
// Create a StringBuilder to display information to the user.
var stringBuilder = new StringBuilder();
// Get the identified raster cell.
GeoElement cell = graphic;
// Loop through the attributes (key/value pairs).
foreach (KeyValuePair <string, object> keyValuePair in cell.Attributes)
{
// Add the key/value pair to the string builder.
stringBuilder.AppendLine($"{keyValuePair.Key}: {keyValuePair.Value}");
}
var mapPoint = this.MapView.ScreenToLocation(position).ToWgs84() as MapPoint;
// Get the x and y values of the cell.
double x = position.X;
double y = position.Y;
// Add the X & Y coordinates where the user clicked raster cell to the string builder.
stringBuilder.AppendLine($"X: {Math.Round(mapPoint.X, 4)}\nY: {Math.Round(mapPoint.Y, 4)}");
// Create a callout using the string.
var definition = new CalloutDefinition(stringBuilder.ToString());
// TODO: To show a custom view for the callout, use this.MapView.ShowCalloutAt(graphic.Geometry as MapPoint, this.MyView);
// Display the call out in the map view.
this.MapView.ShowCalloutAt(graphic.Geometry as MapPoint, definition);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, ex.GetType().ToString());
}
finally
{
_isIdentifying = false;
}
// Check if there is a new position to identify.
if (_nextIdentifyAction != null)
{
Action action = _nextIdentifyAction;
// Clear the queued identify action.
_nextIdentifyAction = null;
// Run the next action.
action();
}
}
public static CalloutDefinition CreateCalloutDefinition(string calloutType, string tenantId, string condition, int ID, global::System.DateTimeOffset created, global::System.DateTimeOffset modified)
{
CalloutDefinition calloutDefinition = new CalloutDefinition();
calloutDefinition.CalloutType = calloutType;
calloutDefinition.TenantId = tenantId;
calloutDefinition.Condition = condition;
calloutDefinition.Id = ID;
calloutDefinition.Created = created;
calloutDefinition.Modified = modified;
return calloutDefinition;
}
public void AddToCalloutDefinitions(CalloutDefinition calloutDefinition)
{
base.AddObject("CalloutDefinitions", calloutDefinition);
}
private async void IdentifyCell(Point position)
{
// Check if a cell is already being identified
if (_isIdentifying)
{
_nextIdentifyAction = () => IdentifyCell(position);
return;
}
// Set variable to true to prevent concurrent identify calls.
_isIdentifying = true;
try
{
// Get the result for where the user hovered on the raster layer.
IdentifyLayerResult identifyResult = await MyMapView.IdentifyLayerAsync(_rasterLayer, position, 1, false, 1);
// If no cell was identified, dismiss the callout.
if (!identifyResult.GeoElements.Any())
{
MyMapView.DismissCallout();
return;
}
// Create a StringBuilder to display information to the user.
var stringBuilder = new StringBuilder();
// Get the identified raster cell.
GeoElement cell = identifyResult.GeoElements.First();
// Loop through the attributes (key/value pairs).
foreach (KeyValuePair <string, object> keyValuePair in cell.Attributes)
{
// Add the key/value pair to the string builder.
stringBuilder.AppendLine($"{keyValuePair.Key}: {keyValuePair.Value}");
}
// Get the x and y values of the cell.
double x = cell.Geometry.Extent.XMin;
double y = cell.Geometry.Extent.YMin;
// Add the X & Y coordinates where the user clicked raster cell to the string builder.
stringBuilder.AppendLine($"X: {Math.Round(x, 4)}\nY: {Math.Round(y, 4)}");
// Create a callout using the string.
var definition = new CalloutDefinition(stringBuilder.ToString());
// Display the call out in the map view.
MyMapView.ShowCalloutAt(MyMapView.ScreenToLocation(position), definition);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, ex.GetType().ToString());
}
finally
{
_isIdentifying = false;
}
// Check if there is a new position to identify.
if (_nextIdentifyAction != null)
{
Action action = _nextIdentifyAction;
// Clear the queued identify action.
_nextIdentifyAction = null;
// Run the next action.
action();
}
}
private async void InitializeMarkers(string buoyData)
{
// create 2d array from buoy data string
string newResults = Regex.Replace(buoyData, " {4,}", " ");
string newResultsTwo = Regex.Replace(newResults, " {2,}", " ");
char delimiter = '\n';
String[] data = newResultsTwo.Split(delimiter);
int length = data.Length;
String[,] dataParsed = new String[length, 22];
char delimiterTwo = ' ';
for (int i = 0; i < data.Length; i++)
{
String[] fields = data[i].Split(delimiterTwo);
for (int j = 0; j < fields.Length; j++)
{
dataParsed[i, j] = fields[j];
}
}
// Create simple marker symbol for user location
SimpleMarkerSymbol userMarker = new SimpleMarkerSymbol()
{
Color = Color.Red,
Size = 10,
Style = SimpleMarkerSymbolStyle.Diamond
};
// Create simple marker symbol for buoy locations
SimpleMarkerSymbol buoyMarker = new SimpleMarkerSymbol()
{
Color = Color.Black,
Size = 10,
Style = SimpleMarkerSymbolStyle.Circle
};
// Create graphics overlay for buoys
GraphicsOverlay buoys = new GraphicsOverlay();
buoys.Id = "BuoyLayer";
//get user location
string userLat = "";
string userLon = "";
try
{
var request = new GeolocationRequest(GeolocationAccuracy.Medium);
var userLocation = await Geolocation.GetLocationAsync(request);
if (userLocation != null)
{
userLat = userLocation.Latitude.ToString();
userLon = userLocation.Longitude.ToString();
string userLocationFormatted = userLat + " " + userLon;
MapPoint userMapPoint = CoordinateFormatter.FromLatitudeLongitude(userLocationFormatted, SpatialReferences.Wgs84);
Graphic userGraphic = new Graphic(userMapPoint, userMarker);
buoys.Graphics.Add(userGraphic);
}
}
catch (FeatureNotSupportedException fnsEx)
{
// Handle not supported on device exception
}
catch (FeatureNotEnabledException fneEx)
{
// Handle not enabled on device exception
}
catch (PermissionException pEx)
{
// Handle permission exception
}
catch (Exception ex)
{
// Unable to get location
}
//MapPoint startingLocation;
length = data.Length - 1;
// create buoy marker for each location from buoy array
for (int i = 3; i < length; i++)
{
if (Convert.ToDouble(dataParsed[i, 2]) > -100 && Convert.ToDouble(dataParsed[i, 2]) < -80)
{
if (Convert.ToDouble(dataParsed[i, 1]) > 17 && Convert.ToDouble(dataParsed[i, 1]) < 31)
{
string location = dataParsed[i, 1] + " " + dataParsed[i, 2];
MapPoint startingLocation = CoordinateFormatter.FromLatitudeLongitude(location, SpatialReferences.Wgs84);
Graphic graphicWithBuoy = new Graphic(startingLocation, buoyMarker);
buoys.Graphics.Add(graphicWithBuoy);
}
}
}
// add overlay to map
_mapView.GraphicsOverlays.Add(buoys);
// method for when user clicks on buoy
_mapView.GeoViewTapped += async(s, e) =>
{
try
{
// identify buoy layer
IdentifyGraphicsOverlayResult identifyResults = await _mapView.IdentifyGraphicsOverlayAsync(
buoys,
e.Position,
10d,
false,
1
);
Geometry myGeo = GeometryEngine.Project(e.Location, SpatialReferences.Wgs84);
MapPoint projection = (MapPoint)myGeo;
CalloutDefinition myCallout;
int latitidueFinal = 0;
//compare user click point to buoy locations from array
if (identifyResults.Graphics.Count > 0)
{
string description = " ";
for (int i = 3; i < length; i++)
{
for (int j = 1; j < 3; j++)
{
double latNDBC = Convert.ToDouble(dataParsed[i, 1]);
double latNDBCRounded = Math.Round(latNDBC, 1);
double latClick = Convert.ToDouble(projection.Y);
double latClickRounded = Math.Round(latClick, 1);
double lowerLat = latClickRounded - .1;
double upperLat = latClickRounded + .1;
double lonNDBC = Convert.ToDouble(dataParsed[i, 2]);
double lonNDBCRounded = Math.Round(lonNDBC, 1);
double lonClick = Convert.ToDouble(projection.X);
double lonClickRounded = Math.Round(lonClick, 1);
double lowerLon = lonClickRounded - .1;
double upperLon = lonClickRounded + .1;
// find the line in the array for the buoy the user clicked on
if (lowerLat <= latNDBCRounded && upperLat >= latNDBCRounded && lowerLon <= lonNDBCRounded && upperLon >= lonNDBCRounded)
{
latitidueFinal = i;
}
}
}
// translate degree number into NSWE
string degrees = "";
double degreesDouble = Convert.ToDouble(dataParsed[latitidueFinal, 8]);
if (degreesDouble > 349 && degreesDouble <= 360)
{
degrees = "N";
}
else if (degreesDouble >= 0 && degreesDouble <= 11)
{
degrees = "N";
}
else if (degreesDouble > 11 && degreesDouble <= 34)
{
degrees = "NNE";
}
else if (degreesDouble > 34 && degreesDouble <= 56)
{
degrees = "NE";
}
else if (degreesDouble > 56 && degreesDouble <= 79)
{
degrees = "ENE";
}
else if (degreesDouble > 79 && degreesDouble <= 101)
{
degrees = "E";
}
else if (degreesDouble > 101 && degreesDouble <= 124)
{
degrees = "ESE";
}
else if (degreesDouble > 124 && degreesDouble <= 146)
{
degrees = "SE";
}
else if (degreesDouble > 146 && degreesDouble <= 169)
{
degrees = "SSE";
}
else if (degreesDouble > 169 && degreesDouble <= 191)
{
degrees = "S";
}
else if (degreesDouble > 191 && degreesDouble <= 214)
{
degrees = "SSW";
}
else if (degreesDouble > 214 && degreesDouble <= 236)
{
degrees = "SW";
}
else if (degreesDouble > 236 && degreesDouble <= 259)
{
degrees = "WSW";
}
else if (degreesDouble > 259 && degreesDouble <= 281)
{
degrees = "W";
}
else if (degreesDouble > 281 && degreesDouble <= 304)
{
degrees = "WNW";
}
else if (degreesDouble > 304 && degreesDouble <= 326)
{
degrees = "NW";
}
else if (degreesDouble > 326 && degreesDouble <= 349)
{
degrees = "NNW";
}
// create callout
string title = dataParsed[latitidueFinal, 0];
string location = "Location: " + dataParsed[latitidueFinal, 1] + "N " + dataParsed[latitidueFinal, 2] + "W" + "\n";
string date = " Date: " + dataParsed[latitidueFinal, 3] + "/" + dataParsed[latitidueFinal, 4] + "/" + dataParsed[latitidueFinal, 5] + " " + dataParsed[latitidueFinal, 6] + ":" + dataParsed[latitidueFinal, 7] + ":00 UTC" + "\n";
string winds = "";
description += location;
description += date;
description += winds;
string airTemp = "";
string waterTemp = "";
string dewpoint = "";
if (dataParsed[latitidueFinal, 10] != "MM")
{
winds = " Winds: " + degrees + "(" + dataParsed[latitidueFinal, 8] + ") at " + dataParsed[latitidueFinal, 9] + " kt gusting to " + dataParsed[latitidueFinal, 10] + " kt" + "\n";
description += winds;
}
else if (dataParsed[latitidueFinal, 10] == "MM")
{
winds = " Winds: " + degrees + "(" + dataParsed[latitidueFinal, 8] + ") at " + dataParsed[latitidueFinal, 9] + " kt \n";
description += winds;
}
if (dataParsed[latitidueFinal, 17] != "MM")
{
airTemp = " Air Temperature: " + dataParsed[latitidueFinal, 17] + " F" + "\n";
description += airTemp;
}
if (dataParsed[latitidueFinal, 18] != "MM")
{
waterTemp = " Water Temperature: " + dataParsed[latitidueFinal, 18] + " F" + "\n";
description += waterTemp;
}
if (dataParsed[latitidueFinal, 19] != "MM")
{
dewpoint = " Dew Point: " + dataParsed[latitidueFinal, 19] + " F" + "\n";
description += dewpoint;
}
myCallout = new CalloutDefinition(title, description);
_mapView.ShowCalloutAt(e.Location, myCallout);
latitidueFinal = 0;
}
else
{
_mapView.DismissCallout();
}
}
catch (Exception ex)
{
}
};
}
private async void WaveSelected()
{
// clear existing overlays
_mapView.GraphicsOverlays.Clear();
//tide prediction array
string[,] tidePrediction = new string[, ] {
//Alabama
{ "30.2786", "-87.5550", "8730667" },
{ "30.2333", "-88.0200", "8734635" },
{ "30.2799", "-87.6843", "8731439" },
{ "30.3033", "-87.7350", "8731952" },
{ "30.2500", "-88.0750", "8735180" },
{ "30.4436", "-88.1139", "8735523" },
{ "30.3766", "-88.1586", "8738043" },
{ "30.4866", "-87.9345", "8733821" },
{ "30.5652", "-88.0880", "8735391" },
{ "30.6483", "-88.0583", "8736897" },
{ "30.6672", "-87.9364", "8733839" },
{ "30.7083", "-88.0433", "8737048" },
{ "30.7819", "-88.0736", "8737138" },
{ "30.8183", "-87.9150", "8737182" },
{ "30.3717", "-88.2750", "8739051" },
{ "30.4057", "-88.2477", "8739803" },
//Mississippi
{ "30.4132", "-88.4029", "8740166" },
{ "30.3867", "-88.4400", "8740448" },
{ "30.3867", "-88.7733", "8743081" },
{ "30.2033", "-88.4417", "8740405" },
{ "30.2133", "-88.9717", "8740405" },
{ "30.2383", "-88.6667", "8742221" },
{ "30.3478", "-88.5058", "8741041" },
{ "30.3400", "-88.5333", "8741196" },
{ "30.3617", "-88.6633", "8742205" },
{ "30.3600", "-89.0817", "8745557" },
{ "30.3900", "-88.8567", "8743735" },
{ "30.4267", "-89.0533", "8745375" },
{ "30.4067", "-89.0267", "8745101" },
{ "30.2317", "-89.1167", "8745799" },
{ "30.3100", "-89.2450", "8746819" },
{ "30.3583", "-89.2733", "8748038" },
{ "30.3250", "-89.3250", "8747437" },
{ "30.2817", "-89.3667", "8747766" },
{ "30.2400", "-89.6150", "8749704" },
//Louisiana
{ "30.1667", "-89.7367", "8761402" },
{ "30.2717", "-89.7933", "8761473" },
{ "30.3783", "-90.1600", "8761993" },
{ "30.0272", "-90.1133", "8761927" },
{ "30.0650", "-89.8000", "8761487" },
{ "30.0067", "-89.9367", "8761678" },
{ "29.8681", "-89.6732", "8761305" },
{ "30.1267", "-89.2217", "8760668" },
{ "30.0483", "-88.8717", "8760172" },
{ "29.8233", "-89.2700", "8760742" },
{ "29.5983", "-89.6183", "8761108" },
{ "29.4933", "-89.1733", "8760595" },
{ "29.3667", "-89.3450", "8760841" },
{ "29.2283", "-89.0500", "8760424" },
{ "29.3866", "-89.3801", "8760889" },
{ "30.0000", "-89.9333", "8760412" },
{ "29.2633", "-89.9567", "8761724" },
{ "29.2667", "-89.9667", "TEC4455" },
{ "29.3100", "-89.9383", "8761677" },
{ "29.3183", "-89.9800", "8761742" },
{ "29.4267", "-89.9767", "8761732" },
{ "29.6667", "-90.1117", "8761899" },
{ "29.2100", "-90.0400", "8761826" },
{ "29.1142", "-90.1993", "8762075" },
{ "29.2483", "-90.2117", "8762084" },
{ "29.3733", "-90.2650", "8762184" },
{ "29.0867", "-90.5267", "8762675" },
{ "29.0767", "-90.2850", "8762223" },
{ "29.1283", "-90.4233", "8762481" },
{ "29.0783", "-90.5867", "8762850" },
{ "29.2450", "-90.6617", "8762928" },
{ "29.0717", "-90.6400", "8762888" },
{ "29.0633", "-90.8067", "8763206" },
{ "29.0633", "-90.9617", "8763506" },
{ "29.1748", "-90.9764", "8763535" },
{ "29.3675", "-91.3839", "8764314" },
{ "29.3333", "-91.3533", "8764256" },
{ "29.4733", "-91.3050", "8764165" },
{ "29.7433", "-91.2300", "8764025" },
{ "29.5183", "-91.5550", "8764634" },
{ "29.4200", "-91.5933", "8764706" },
{ "29.4850", "-91.7633", "8765026" },
{ "29.5233", "-92.0433", "8765568" },
{ "28.9150", "-91.0717", "8763719" },
{ "29.7350", "-91.7133", "8764931" },
{ "29.5800", "-92.0350", "8765551" },
{ "29.7134", "-91.8800", "8765251" },
{ "29.8372", "-91.8375", "8765148" },
{ "29.5517", "-92.3052", "8766072" },
{ "29.7500", "-93.1000", "TEC4495" },
{ "29.7682", "-93.3429", "8768094" },
{ "30.1902", "-93.3008", "8767961" },
{ "30.2236", "-93.2217", "8767816" },
//Texas
{ "29.7284", "-93.8701", "8770570" },
{ "29.6894", "-93.8419", "8770822" },
{ "29.8671", "-93.9310", "8770475" },
{ "29.9800", "-93.8817", "8770520" },
{ "29.3573", "-94.7248", "8771341" },
{ "29.3267", "-94.6933", "8771416" },
{ "29.3100", "-94.7933", "8771450" },
{ "29.3650", "-94.7800", "8771328" },
{ "29.3833", "-94.8833", "TEC4513" },
{ "29.4800", "-94.9183", "8771013" },
{ "29.5633", "-95.0667", "8770933" },
{ "29.6817", "-94.9850", "8770613" },
{ "29.7649", "-95.0789", "8770733" },
{ "29.7262", "-95.2658", "8770777" },
{ "29.7133", "-94.6900", "8770559" },
{ "29.6800", "-94.8683", "8770625" },
{ "29.7400", "-94.8317", "8770557" },
{ "29.5156", "-94.5106", "8770971" },
{ "29.5947", "-94.3903", "8770808" },
{ "29.5167", "-94.4833", "TEC4525" },
{ "29.3026", "-94.8971", "8771486" },
{ "29.2000", "-94.9850", "8771721" },
{ "29.1667", "-95.1250", "8771801" },
{ "29.0810", "-95.1313", "8771972" },
{ "29.0417", "-95.1750", "8772132" },
{ "29.2853", "-94.7894", "8771510" },
{ "28.7714", "-95.6172", "8772985" },
{ "28.9357", "-95.2942", "8772471" },
{ "28.9483", "-95.3083", "8772440" },
{ "28.7101", "-95.9140", "8773146" },
{ "28.4269", "-96.3301", "8773767" },
{ "28.4069", "-96.7124", "8773037" },
{ "28.2283", "-96.7950", "8774230" },
{ "28.1144", "-97.0244", "8774513" },
{ "28.4459", "-96.3956", "8773701" },
{ "28.6406", "-96.6098", "8773259" },
{ "27.8328", "-97.4859", "8775244" },
{ "27.8366", "-97.0391", "8775241" },
{ "27.8397", "-97.0725", "8775237" },
{ "27.5800", "-97.2167", "8775870" },
{ "27.8149", "-97.3892", "8775296" },
{ "27.6333", "-97.2367", "8775792" },
{ "26.0674", "-97.1548", "8779749" },
{ "26.0683", "-97.1567", "8779750" },
{ "26.0783", "-97.1700", "8779724" },
{ "26.0717", "-97.1917", "8779739" },
{ "26.0612", "-97.2155", "8779770" },
{ "26.0517", "-97.1817", "8779768" },
};
// Create simple marker symbol for tide predictions
SimpleMarkerSymbol tideMarker = new SimpleMarkerSymbol()
{
Color = Color.Blue,
Size = 10,
Style = SimpleMarkerSymbolStyle.Circle
};
// create graphics overlay
GraphicsOverlay tideLayer = new GraphicsOverlay();
// create graphics for each tide location
int tideLength = tidePrediction.Length / 3;
for (int i = 0; i < tideLength; i++)
{
string latLon = tidePrediction[i, 0].ToString() + " " + tidePrediction[i, 1].ToString();
MapPoint tide = CoordinateFormatter.FromLatitudeLongitude(latLon, SpatialReferences.Wgs84);
Graphic tideGraphic = new Graphic(tide, tideMarker);
tideLayer.Graphics.Add(tideGraphic);
}
// add layer to map
_mapView.GraphicsOverlays.Add(tideLayer);
// method for when tide point is clicked
_mapView.GeoViewTapped += async(s, e) =>
{
try
{
//identify tide overlay
IdentifyGraphicsOverlayResult identifyResults = await _mapView.IdentifyGraphicsOverlayAsync(
tideLayer,
e.Position,
10d,
false,
1
);
// get user tap point
Geometry myGeo = GeometryEngine.Project(e.Location, SpatialReferences.Wgs84);
MapPoint projection = (MapPoint)myGeo;
CalloutDefinition myCallout;
int latitidueFinal = 0;
// compare user point to map points
if (identifyResults.Graphics.Count > 0)
{
string description = " ";
for (int i = 0; i < tideLength; i++)
{
for (int j = 1; j < 3; j++)
{
double latNDBC = Convert.ToDouble(tidePrediction[i, 0]);
double latNDBCRounded = Math.Round(latNDBC, 1);
double latClick = Convert.ToDouble(projection.Y);
double latClickRounded = Math.Round(latClick, 1);
double lowerLat = latClickRounded - .1;
double upperLat = latClickRounded + .1;
double lonNDBC = Convert.ToDouble(tidePrediction[i, 1]);
double lonNDBCRounded = Math.Round(lonNDBC, 1);
double lonClick = Convert.ToDouble(projection.X);
double lonClickRounded = Math.Round(lonClick, 1);
double lowerLon = lonClickRounded - .1;
double upperLon = lonClickRounded + .1;
if (lowerLat <= latNDBCRounded && upperLat >= latNDBCRounded && lowerLon <= lonNDBCRounded && upperLon >= lonNDBCRounded)
{
latitidueFinal = i;
}
}
}
// create callout
string title = tidePrediction[latitidueFinal, 2];
string latLonDescription = "Latitude: " + tidePrediction[latitidueFinal, 0] + "\n" + "Longitude: " + tidePrediction[latitidueFinal, 1] + "\n";
string url = "https://tidesandcurrents.noaa.gov/noaatidepredictions.html?id=" + tidePrediction[latitidueFinal, 2];
description += latLonDescription;
myCallout = new CalloutDefinition(title, description);
_mapView.ShowCalloutAt(e.Location, myCallout);
}
// if user does not click on a tide point, get rid of any existing callouts
else
{
_mapView.DismissCallout();
}
}
catch (Exception ex)
{
}
};
}
public static CalloutDefinition ConvertFrom(Controls.CalloutDefinition definition)
{
CalloutDefinition nativeDefinition = new CalloutDefinition(definition.Title, definition.Message);
return(nativeDefinition);
}
