private void AddHeatmapLayer()
{
HeatmapLayer layer = new HeatmapLayer(HEATMAP_LAYER_ID, EARTHQUAKE_SOURCE_ID)
{
MaxZoom = 9,
SourceLayer = HEATMAP_LAYER_SOURCE,
// Color ramp for heatmap. Domain is 0 (low) to 1 (high).
// Begin color ramp at 0-stop with a 0-transparency color
// to create a blur-like effect.
HeatmapColor = Expression.Interpolate(
Expression.Linear(), Expression.HeatmapDensity(),
Expression.Literal(0), Expression.Rgba(33, 102, 172, 0),
Expression.Literal(0.2), Expression.Rgb(103, 169, 207),
Expression.Literal(0.4), Expression.Rgb(209, 229, 240),
Expression.Literal(0.6), Expression.Rgb(253, 219, 199),
Expression.Literal(0.8), Expression.Rgb(239, 138, 98),
Expression.Literal(1), Expression.Rgb(178, 24, 43)
),
// Increase the heatmap weight based on frequency and property magnitude
HeatmapWeight = (
Expression.Interpolate(
Expression.Linear(), Expression.Get("mag"),
Expression.CreateStop(0, 0),
Expression.CreateStop(6, 1)
)
),
// Increase the heatmap color weight weight by zoom level
// heatmap-intensity is a multiplier on top of heatmap-weight
HeatmapIntensity = (
Expression.Interpolate(
Expression.Linear(), Expression.Zoom(),
Expression.CreateStop(0, 1),
Expression.CreateStop(9, 3)
)
),
// Adjust the heatmap radius by zoom level
HeatmapRadius = (
Expression.Interpolate(
Expression.Linear(), Expression.Zoom(),
Expression.CreateStop(0, 2),
Expression.CreateStop(9, 20)
)
),
// Transition from heatmap to circle layer by zoom level
HeatmapOpacity = (
Expression.Interpolate(
Expression.Linear(), Expression.Zoom(),
Expression.CreateStop(7, 1),
Expression.CreateStop(9, 0)
)
)
};
map.Functions.AddLayerAbove(layer, "waterway-label");
}
private void AddHeatmapLayer()
{
// Create the heatmap layer
var layer = new HeatmapLayer(HEATMAP_LAYER_ID, HEATMAP_SOURCE_ID)
{
// Heatmap layer disappears at whatever zoom level is set as the maximum
MaxZoom = 18,
// Color ramp for heatmap. Domain is 0 (low) to 1 (high).
// Begin color ramp at 0-stop with a 0-transparency color to create a blur-like effect.
HeatmapColor = listOfHeatmapColors[index],
// Increase the heatmap color weight weight by zoom level
// heatmap-intensity is a multiplier on top of heatmap-weight
HeatmapIntensity = listOfHeatmapIntensityStops[index],
// Adjust the heatmap radius by zoom level
HeatmapRadius = listOfHeatmapRadiusStops[index],
HeatmapOpacity = 1f
};
// Add the heatmap layer to the map and above the "water-label" layer
map.Functions.AddLayerAbove(layer, "waterway-label");
}
private void HandleTap(object sender, EventArgs eventArgs)
{
index++;
if (index == listOfHeatmapColors.Length)
{
index = 0;
}
var layer = new HeatmapLayer(HEATMAP_LAYER_ID, HEATMAP_SOURCE_ID)
{
// Color ramp for heatmap. Domain is 0 (low) to 1 (high).
// Begin color ramp at 0-stop with a 0-transparency color to create a blur-like effect.
HeatmapColor = listOfHeatmapColors[index],
// Increase the heatmap color weight weight by zoom level
// heatmap-intensity is a multiplier on top of heatmap-weight
HeatmapIntensity = listOfHeatmapIntensityStops[index],
// Adjust the heatmap radius by zoom level
HeatmapRadius = listOfHeatmapRadiusStops[index]
};
map.Functions.UpdateLayer(layer);
}
public void Should_HaveDefaultId()
{
var layer = new HeatmapLayer();
Assert.NotEmpty(layer.Id);
Assert.Equal(LayerType.HeatmapLayer, layer.Type);
Assert.Empty(layer.EventActivationFlags.EnabledEvents);
}
public HeatLayerBuilder AddHeatmapLayer()
{
var heatLayer = new HeatmapLayer(this.Map);
this.Map.Layers.Add(heatLayer);
return new HeatLayerBuilder(heatLayer);
}
public void Should_HaveGivenId()
{
const string id = "id";
var layer = new HeatmapLayer(id);
Assert.Equal(id, layer.Id);
Assert.Equal(LayerType.HeatmapLayer, layer.Type);
Assert.Empty(layer.EventActivationFlags.EnabledEvents);
}
internal HeatmapGradientFactory(HeatmapLayer heatmapLayer)
{
if (heatmapLayer == null)
{
throw new ArgumentNullException(nameof(heatmapLayer));
}
this.heatmapLayer = heatmapLayer;
}
public void Should_TriggerLayerAdded()
{
var layer = new HeatmapLayer();
var triggered = false;
var map = new Map("id");
var eventArgs = new MapJsEventArgs {
Type = "layeradded"
};
layer.OnLayerAdded += args => triggered = args.Map == map && args.Type == eventArgs.Type;
layer.DispatchEvent(map, eventArgs);
Assert.True(triggered);
}
public void Should_TriggerDblClick()
{
var layer = new HeatmapLayer();
var triggered = false;
var map = new Map("id");
var eventArgs = CreateEventArgsForMouseEvent("dblclick");
layer.OnDblClick += args => {
triggered = args.Map == map &&
args.LayerId == eventArgs.LayerId &&
args.Pixel == eventArgs.Pixel &&
args.Position == eventArgs.Position &&
args.Type == eventArgs.Type;
};
layer.DispatchEvent(map, eventArgs);
Assert.True(triggered);
}
public void Should_TriggerTouchStart()
{
var layer = new HeatmapLayer();
var triggered = false;
var map = new Map("id");
var eventArgs = CreateEventArgsForTouchEvent("touchstart");
layer.OnTouchStart += args => {
triggered = args.Map == map &&
args.LayerId == eventArgs.LayerId &&
args.Pixel == eventArgs.Pixel &&
args.Position == eventArgs.Position &&
args.Pixels == eventArgs.Pixels &&
args.Positions == eventArgs.Positions &&
args.Type == eventArgs.Type;
};
layer.DispatchEvent(map, eventArgs);
Assert.True(triggered);
}
private async Task AddHeatMap()
{
var heatMap = await HeatmapLayer.CreateAsync(map1.JsRuntime, new HeatmapLayerOptions
{
Map = map1.InteropObject,
Dissipating = true,
Radius = 10,
});
var heatPoints = new[] {
new LatLngLiteral {
Lat = 13.505892,
Lng = 100.8162,
},
new LatLngLiteral {
Lat = 13.506892,
Lng = 100.8162,
},
};
await heatMap.SetData(heatPoints);
}
private async Task AddHeatMap()
{
var heatMap = await HeatmapLayer.CreateAsync(map1.JsRuntime, new HeatmapLayerOptions
{
Map = map1.InteropObject,
Dissipating = true,
Radius = 10,
});
var heatPoints = new[] {
new LatLngLiteral {
Lat = 13.505892,
Lng = 100.8162,
},
new LatLngLiteral {
Lat = 13.506892,
Lng = 100.8162,
},
};
var hwp = new List <WeightedLocation>();
hwp.Add(new WeightedLocation {
Location = new LatLngLiteral {
Lat = 13.505892, Lng = 100.8142
}, Weight = 3
});
hwp.Add(new WeightedLocation {
Location = new LatLngLiteral {
Lat = 13.506892, Lng = 100.8132
}, Weight = 5
});
await heatMap.SetData(hwp);
//await heatMap.SetData(heatPoints);
}