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test-cases.js
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test-cases.js
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/* eslint-disable callback-return */
/* global window */
import * as dataSamples from '../../examples/layer-browser/src/data-samples';
import {parseColor, setOpacity} from '../../examples/layer-browser/src/utils/color';
import {
GPUGridLayer,
GridLayer
// AGGREGATION_OPERATION
} from '@deck.gl/aggregation-layers';
import {
COORDINATE_SYSTEM,
OrbitView,
OrthographicView,
FirstPersonView,
PostProcessEffect,
LightingEffect,
AmbientLight,
DirectionalLight
} from '@deck.gl/core';
import {noise, vignette} from '@luma.gl/effects';
import {Fp64Extension} from '@deck.gl/extensions';
const effect1 = new PostProcessEffect(noise);
const effect2 = new PostProcessEffect(vignette);
const ICON_ATLAS = './test/render/icon-atlas.png';
import {
ScatterplotLayer,
BitmapLayer,
PolygonLayer,
PathLayer,
ArcLayer,
LineLayer,
IconLayer,
GeoJsonLayer,
GridCellLayer,
ColumnLayer,
PointCloudLayer,
TextLayer
} from '@deck.gl/layers';
import {
ContourLayer,
ScreenGridLayer,
CPUGridLayer,
HexagonLayer,
HeatmapLayer
} from '@deck.gl/aggregation-layers';
import {H3HexagonLayer, H3ClusterLayer, S2Layer, TripsLayer} from '@deck.gl/geo-layers';
import * as h3 from 'h3-js';
const IS_HEADLESS = Boolean(window.browserTestDriver_isHeadless);
const MARKER_SIZE_MAP = {
small: 200,
medium: 500,
large: 1000
};
const GRID_LAYER_INFO = {
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
props: {
data: dataSamples.points,
cellSize: 200,
opacity: 1,
extruded: true,
pickable: true,
getPosition: d => d.COORDINATES
},
goldenImage: './test/render/golden-images/grid-lnglat.png'
};
const HEXAGON_LAYER_INFO = {
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 20,
bearing: 0
},
props: {
data: dataSamples.points,
extruded: true,
pickable: true,
radius: 1000,
opacity: 1,
elevationScale: 1,
elevationRange: [0, 3000],
coverage: 1,
getPosition: d => d.COORDINATES
}
};
function getMean(pts, key) {
const filtered = pts.filter(pt => Number.isFinite(pt[key]));
return filtered.length
? filtered.reduce((accu, curr) => accu + curr[key], 0) / filtered.length
: null;
}
function getMax(pts, key) {
const filtered = pts.filter(pt => Number.isFinite(pt[key]));
return filtered.length
? filtered.reduce((accu, curr) => (curr[key] > accu ? curr[key] : accu), -Infinity)
: null;
}
function getColorValue(points) {
return getMean(points, 'SPACES');
}
function getColorWeight(point) {
return point.SPACES;
}
const colorAggregation = 'mean';
function getElevationValue(points) {
return getMax(points, 'SPACES');
}
function getElevationWeight(point) {
return point.SPACES;
}
const elevationAggregation = 'max';
export const WIDTH = 800;
export const HEIGHT = 450;
// Max color delta in the YIQ difference metric for two pixels to be considered the same
export const COLOR_DELTA_THRESHOLD = 255 * 0.05;
// Percentage of pixels that must be the same for the test to pass
export const TEST_PASS_THRESHOLD = 0.99;
const screenSpaceData = [
[0, -100],
[0, -110],
[0, -115],
[10, -100],
[0, 100],
[0, 105],
[-100, -100],
[-100, -100],
[100, 10],
[100, 12],
[100, 100],
[110, 90]
];
export const TEST_CASES = [
// First person
{
name: 'first-person',
views: [
new FirstPersonView({
fovy: 75,
near: 10,
far: 100000,
focalDistance: 10
})
],
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
altitude: 20,
bearing: 270
},
layers: [
new GeoJsonLayer({
id: 'geojson-lnglat',
data: dataSamples.geojson,
getRadius: f => MARKER_SIZE_MAP[f.properties['marker-size']],
getFillColor: f => parseColor(f.properties.fill || f.properties['marker-color']),
getLineColor: f => parseColor(f.properties.stroke),
extruded: true,
wireframe: true,
getElevation: 500,
lineWidthScale: 10,
lineWidthMinPixels: 1
})
],
goldenImage: './test/render/golden-images/first-person.png'
},
// Info vis
{
name: 'orthographic-64bit',
views: new OrthographicView(),
viewState: {
target: [10000 - 122.4, 10000 + 37.75, 0],
zoom: 14
},
layers: [
new ScatterplotLayer({
id: 'orthographic-64',
opacity: 0.1,
coordinateSystem: COORDINATE_SYSTEM.IDENTITY,
data: dataSamples.getPoints100K().map(p => [p[0] + 10000, p[1] + 10000]),
getPosition: d => d,
getRadius: 0,
radiusMinPixels: 6
})
],
goldenImage: './test/render/golden-images/orthographic-64.png'
},
{
name: 'pointcloud-identity',
views: [
new OrbitView({
fov: 30,
orbitAxis: 'Y'
})
],
viewState: {
rotationX: 15,
rotationOrbit: 30
},
layers: [
new PointCloudLayer({
id: 'pointcloud-identity',
data: [{position: [0, 100, 0]}, {position: [-100, -100, 0]}, {position: [100, -100, 0]}],
coordinateSystem: COORDINATE_SYSTEM.IDENTITY,
getPosition: d => d.position,
getNormal: d => [0, 0.5, 0.2],
getColor: d => [255, 255, 0, 128],
pointSize: 50
})
],
goldenImage: './test/render/golden-images/pointcloud-identity.png'
},
{
name: 'screengrid-infoviz',
views: [new OrthographicView()],
viewState: {
left: -WIDTH / 2,
top: -HEIGHT / 2,
right: WIDTH / 2,
bottom: HEIGHT / 2
},
layers: [
new ScreenGridLayer({
id: 'screengrid-infoviz',
data: screenSpaceData,
coordinateSystem: COORDINATE_SYSTEM.IDENTITY,
getPosition: d => d,
cellSizePixels: 40,
pickable: false
})
],
goldenImage: './test/render/golden-images/screengrid-infoviz.png'
},
{
name: 'contour-infoviz',
views: [new OrthographicView()],
viewState: {
left: -WIDTH / 2,
top: -HEIGHT / 2,
right: WIDTH / 2,
bottom: HEIGHT / 2,
zoom: 0.1
},
layers: [
new ContourLayer({
id: 'contour-infoviz',
data: screenSpaceData,
getPosition: d => d,
coordinateSystem: COORDINATE_SYSTEM.IDENTITY,
cellSize: 40,
opacity: 1,
contours: [
{threshold: 1, color: [50, 50, 50]},
{threshold: 2, color: [100, 100, 100]},
{threshold: 3, color: [150, 150, 150]}
],
gpuAggregation: true
})
],
goldenImage: './test/render/golden-images/contour-infoviz.png'
},
{
name: 'contour-isobands-infoviz',
views: [new OrthographicView()],
viewState: {
left: -WIDTH / 2,
top: -HEIGHT / 2,
right: WIDTH / 2,
bottom: HEIGHT / 2
},
layers: [
new ContourLayer({
id: 'contour-isobands-infoviz',
data: screenSpaceData,
getPosition: d => d,
coordinateSystem: COORDINATE_SYSTEM.IDENTITY,
cellSize: 40,
opacity: 1,
contours: [
{threshold: [1, 2], color: [150, 0, 0]},
{threshold: [2, 5], color: [0, 150, 0]}
],
gpuAggregation: false
})
],
goldenImage: './test/render/golden-images/contour-infoviz_border_ref.png'
},
// GEOSPATIAL
{
name: 'polygon-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new PolygonLayer({
id: 'polygon-lnglat',
data: dataSamples.polygons,
getPolygon: f => f,
getFillColor: [200, 0, 0],
getLineColor: [0, 0, 0],
getLineDashArray: [20, 0],
getWidth: f => 20,
opacity: 0.8,
pickable: true,
lineWidthMinPixels: 1,
lineDashJustified: true
})
],
goldenImage: './test/render/golden-images/polygon-lnglat.png'
},
{
name: 'polygon-lnglat-64',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new PolygonLayer({
id: 'polygon-lnglat-64',
data: dataSamples.polygons,
getPolygon: f => f,
getFillColor: [200, 0, 0],
getLineColor: [0, 0, 0],
getLineDashArray: [20, 0],
getWidth: f => 20,
opacity: 0.8,
pickable: true,
lineWidthMinPixels: 1,
lineDashJustified: true
})
],
goldenImage: './test/render/golden-images/polygon-lnglat.png'
},
{
name: 'path-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new PathLayer({
id: 'path-lnglat',
data: dataSamples.zigzag,
opacity: 0.6,
getPath: f => f.path,
getColor: f => [128, 0, 0],
getWidth: f => 100,
widthMinPixels: 1,
pickable: true
})
],
goldenImage: './test/render/golden-images/path-lnglat.png'
},
{
name: 'path-billboard',
viewState: {
latitude: 37.7518488,
longitude: -122.427699,
zoom: 16.5,
pitch: 55,
bearing: -20
},
layers: [
new PathLayer({
id: 'path-lnglat',
data: dataSamples.zigzag3D,
opacity: 0.6,
billboard: true,
getPath: f => f.path,
getColor: f => [128, 0, 0],
getWidth: f => 10
})
],
goldenImage: './test/render/golden-images/path-billboard.png'
},
{
name: 'scatterplot-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new ScatterplotLayer({
id: 'scatterplot-lnglat',
data: dataSamples.points,
getPosition: d => d.COORDINATES,
getFillColor: d => [255, 128, 0],
getRadius: d => d.SPACES,
opacity: 1,
pickable: true,
radiusScale: 30,
radiusMinPixels: 1,
radiusMaxPixels: 30
})
],
goldenImage: './test/render/golden-images/scatterplot-lnglat.png'
},
{
name: 'scatterplot-lnglat-64',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new ScatterplotLayer({
id: 'scatterplot-lnglat',
data: dataSamples.points,
coordinateSystem: COORDINATE_SYSTEM.LNGLAT_DEPRECATED,
getPosition: d => d.COORDINATES,
getFillColor: d => [255, 128, 0],
getRadius: d => d.SPACES,
opacity: 1,
pickable: true,
radiusScale: 30,
radiusMinPixels: 1,
radiusMaxPixels: 30,
extensions: [new Fp64Extension()]
})
],
goldenImage: './test/render/golden-images/scatterplot-lnglat.png'
},
{
name: 'arc-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 20,
bearing: 0
},
layers: [
new ArcLayer({
id: 'arc-lnglat',
data: dataSamples.routes,
strokeWidth: 2,
getSourcePosition: d => d.START,
getTargetPosition: d => d.END,
getSourceColor: d => [64, 255, 0],
getTargetColor: d => [0, 128, 200],
pickable: true
})
],
goldenImage: './test/render/golden-images/arc-lnglat.png',
imageDiffOptions: !IS_HEADLESS && {
threshold: 0.985
}
},
{
name: 'line-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new LineLayer({
id: 'line-lnglat',
data: dataSamples.routes,
getWidth: 0,
widthMinPixels: 2,
getSourcePosition: d => d.START,
getTargetPosition: d => d.END,
getColor: d => (d.SERVICE === 'WEEKDAY' ? [255, 64, 0] : [255, 200, 0]),
pickable: true
})
],
goldenImage: './test/render/golden-images/line-lnglat.png'
},
{
name: 'icon-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
// rendering times
renderingTimes: 2,
layers: [
new IconLayer({
id: 'icon-lnglat',
data: dataSamples.points,
iconAtlas: ICON_ATLAS,
iconMapping: dataSamples.iconAtlas,
sizeScale: 12,
getPosition: d => d.COORDINATES,
getColor: d => [64, 64, 72],
getIcon: d => (d.PLACEMENT === 'SW' ? 'marker' : 'marker-warning'),
getSize: d => (d.RACKS > 2 ? 2 : 1),
opacity: 0.8,
pickable: true
})
],
onAfterRender: ({layers, done}) => {
if (layers[0].state.iconManager.getTexture()) {
done();
}
},
goldenImage: './test/render/golden-images/icon-lnglat.png'
},
{
name: 'icon-lnglat-facing-up',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 60,
bearing: 0
},
// rendering times
renderingTimes: 2,
layers: [
new IconLayer({
id: 'icon-lnglat',
data: dataSamples.points,
iconAtlas: ICON_ATLAS,
billboard: false,
iconMapping: dataSamples.iconAtlas,
sizeScale: 12,
getPosition: d => d.COORDINATES,
getColor: d => [64, 64, 72],
getIcon: d => (d.PLACEMENT === 'SW' ? 'marker' : 'marker-warning'),
getSize: d => (d.RACKS > 2 ? 2 : 1),
opacity: 0.8,
pickable: true
})
],
onAfterRender: ({layers, done}) => {
if (layers[0].state.iconManager.getTexture()) {
done();
}
},
goldenImage: './test/render/golden-images/icon-lnglat-facing-up.png'
},
{
name: 'icon-lnglat-auto',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new IconLayer({
id: 'icon-lnglat-auto',
data: dataSamples.points,
updateTriggers: {
getIcon: 1
},
sizeScale: 12,
coordinateSystem: COORDINATE_SYSTEM.LNGLAT_DEPRECATED,
getPosition: d => d.COORDINATES,
getColor: d => [64, 64, 72],
getIcon: d => {
if (d.PLACEMENT === 'SW') {
return Object.assign({}, dataSamples.iconAtlas.marker, {
url: './test/render/icon-marker.png'
});
}
return Object.assign({}, dataSamples.iconAtlas['marker-warning'], {
url: './test/render/icon-warning.png'
});
},
getSize: d => (d.RACKS > 2 ? 2 : 1),
opacity: 0.8,
pickable: true
})
],
goldenImage: './test/render/golden-images/icon-lnglat.png'
},
// This is based on last test case
// use the same layer id 'icon-lnglat-auto' as last test case to trigger the layer update and test texture resize logic
{
name: 'icon-lnglat-auto-2',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new IconLayer({
id: 'icon-lnglat-auto',
data: dataSamples.points,
updateTriggers: {
getIcon: 2
},
sizeScale: 12,
coordinateSystem: COORDINATE_SYSTEM.LNGLAT_DEPRECATED,
getPosition: d => d.COORDINATES,
getColor: d => [64, 64, 72],
getIcon: d => {
if (d.PLACEMENT === 'SW') {
return {
url: './test/render/golden-images/pointcloud-meter.png',
width: 256,
height: 256,
anchorY: 256,
mask: false
};
}
return {
url: './test/render/golden-images/h3-hexagon-flat.png',
width: 1024,
height: 1024,
anchorY: 1024,
mask: false
};
}
})
],
goldenImage: './test/render/golden-images/icon-lnglat-resize-texture.png'
},
{
name: 'icon-meters',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
// rendering times
renderingTimes: 2,
layers: [
new IconLayer({
id: 'icon-meters',
data: dataSamples.points,
iconAtlas: ICON_ATLAS,
iconMapping: dataSamples.iconAtlas,
sizeScale: 256,
sizeUnits: 'meters',
getPosition: d => d.COORDINATES,
getColor: d => [64, 64, 72],
getIcon: d => (d.PLACEMENT === 'SW' ? 'marker' : 'marker-warning'),
getSize: d => (d.RACKS > 2 ? 2 : 1),
opacity: 0.8,
pickable: true
})
],
onAfterRender: ({layers, done}) => {
if (layers[0].state.iconManager.getTexture()) {
done();
}
},
goldenImage: './test/render/golden-images/icon-lnglat.png'
},
{
name: 'geojson-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new GeoJsonLayer({
id: 'geojson-lnglat',
data: dataSamples.geojson,
getRadius: f => MARKER_SIZE_MAP[f.properties['marker-size']],
getFillColor: f => {
const color = parseColor(f.properties.fill || f.properties['marker-color']);
const opacity = (f.properties['fill-opacity'] || 1) * 255;
return setOpacity(color, opacity);
},
getLineColor: f => {
const color = parseColor(f.properties.stroke);
const opacity = (f.properties['stroke-opacity'] || 1) * 255;
return setOpacity(color, opacity);
},
getLineWidth: f => f.properties['stroke-width'],
getElevation: f => 500,
lineWidthScale: 10,
lineWidthMinPixels: 1,
pickable: true
})
],
goldenImage: './test/render/golden-images/geojson-lnglat.png'
},
{
name: 'geojson-extruded-lnglat',
viewState: {
latitude: 37.78,
longitude: -122.45,
zoom: 12,
pitch: 0,
bearing: 0
},
layers: [
new GeoJsonLayer({
id: 'geojson-extruded-lnglat',
data: dataSamples.geojson,
extruded: true,
wireframe: true,
getRadius: f => MARKER_SIZE_MAP[f.properties['marker-size']],
getFillColor: f => {
const color = parseColor(f.properties.fill || f.properties['marker-color']);
const opacity = (f.properties['fill-opacity'] || 1) * 255;
return setOpacity(color, opacity);
},
getLineColor: f => {
const color = parseColor(f.properties.stroke);
const opacity = (f.properties['stroke-opacity'] || 1) * 255;
return setOpacity(color, opacity);
},
getLineWidth: f => f.properties['stroke-width'],
getElevation: f => 500,
lineWidthScale: 10,
lineWidthMinPixels: 1,
pickable: true
})
],
goldenImage: './test/render/golden-images/geojson-extruded-lnglat.png'
},
{
name: 'gridcell-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new GridCellLayer({
id: 'gridcell-lnglat',
data: dataSamples.worldGrid.data,
cellSize: dataSamples.worldGrid.cellSize,
extruded: true,
pickable: true,
opacity: 1,
getFillColor: g => [245, 166, g.value * 255, 255],
getElevation: h => h.value * 5000
})
],
goldenImage: './test/render/golden-images/gridcell-lnglat.png'
},
{
name: 'cpu-grid-layer:quantile',
viewState: GRID_LAYER_INFO.viewState,
layers: [
new CPUGridLayer(
Object.assign({}, GRID_LAYER_INFO.props, {
id: 'cpu-grid-layer:quantile',
getColorValue,
getElevationValue,
colorScaleType: 'quantile'
})
)
],
goldenImage: './test/render/golden-images/cpu-layer-quantile.png'
},
{
name: 'cpu-grid-layer:ordinal',
viewState: GRID_LAYER_INFO.viewState,
layers: [
new CPUGridLayer(
Object.assign({}, GRID_LAYER_INFO.props, {
id: 'cpu-grid-layer:ordinal',
getColorValue,
getElevationValue,
colorScaleType: 'ordinal'
})
)
],
goldenImage: './test/render/golden-images/cpu-layer-ordinal.png'
},
{
name: 'grid-lnglat',
viewState: GRID_LAYER_INFO.viewState,
layers: [
new CPUGridLayer(
Object.assign({}, GRID_LAYER_INFO.props, {
id: 'grid-lnglat',
getColorValue,
getElevationValue
})
)
],
goldenImage: GRID_LAYER_INFO.goldenImage
},
{
name: 'grid-lnglat-2',
viewState: GRID_LAYER_INFO.viewState,
layers: [
new CPUGridLayer(
Object.assign({}, GRID_LAYER_INFO.props, {
id: 'grid-lnglat',
getColorWeight,
colorAggregation,
getElevationWeight,
elevationAggregation
})
)
],
goldenImage: GRID_LAYER_INFO.goldenImage
},
{
name: 'new-grid-lnglat-cpu',
viewState: GRID_LAYER_INFO.viewState,
layers: [
new GridLayer(
Object.assign({}, GRID_LAYER_INFO.props, {
id: 'new-grid-lnglat-cpu',
getColorWeight: x => x.SPACES,
colorAggregation: 'MEAN',
getElevationWeight: x => x.SPACES,
elevationAggregation: 'MAX',
gpuAggregation: false
})
)
],
goldenImage: GRID_LAYER_INFO.goldenImage
},
{
name: 'new-grid-lnglat-gpu',
viewState: GRID_LAYER_INFO.viewState,
layers: [
new GridLayer(
Object.assign({}, GRID_LAYER_INFO.props, {
id: 'new-grid-lnglat-gpu',
getColorWeight: x => x.SPACES,
colorAggregation: 'MEAN',
getElevationWeight: x => x.SPACES,
elevationAggregation: 'MAX',
gpuAggregation: true
})
)
],
goldenImage: GRID_LAYER_INFO.goldenImage
},
{
name: 'screengrid-lnglat-cpu-aggregation',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new ScreenGridLayer({
id: 'screengrid-lnglat-cpu-aggregation',
data: dataSamples.points,
getPosition: d => d.COORDINATES,
cellSizePixels: 40,
pickable: false,
gpuAggregation: false
})
],
goldenImage: './test/render/golden-images/screengrid-lnglat-colorRange.png'
},
{
name: 'screengrid-lnglat-colorRange',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 0,
bearing: 0
},
layers: [
new ScreenGridLayer({
id: 'screengrid-lnglat-colorRange',
data: dataSamples.points,
getPosition: d => d.COORDINATES,
cellSizePixels: 40,
pickable: false
})
],
goldenImage: './test/render/golden-images/screengrid-lnglat-colorRange.png'
},
{
name: 'column-lnglat',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 30,
bearing: 0,
orthographic: true
},
layers: [
new ColumnLayer({
id: 'column-lnglat',
data: dataSamples.hexagons,
radius: 250,
angle: Math.PI / 2,
coverage: 1,
extruded: true,
pickable: true,
opacity: 1,
getPosition: h => h.centroid,
getFillColor: h => [48, 128, h.value * 255, 255],
getElevation: h => h.value * 5000
})
],
goldenImage: './test/render/golden-images/column-lnglat.png'
},
{
name: 'column-shadow-lnglat',
effects: [
new LightingEffect({
ambientLight: new AmbientLight({
color: [255, 255, 255],
intensity: 1.0
}),
dirLight: new DirectionalLight({
color: [255, 255, 255],
intensity: 1.0,
direction: [-10, 2, -15],
_shadow: true
})
})
],
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,
pitch: 30,
bearing: 0,
orthographic: true
},
layers: [
new ColumnLayer({
id: 'column-lnglat',
data: dataSamples.hexagons,
radius: 250,
angle: Math.PI / 2,
coverage: 1,
extruded: true,
pickable: true,
opacity: 1,
shadowEnabled: false,
getPosition: h => h.centroid,
getFillColor: h => [48, 128, h.value * 255, 255],
getElevation: h => h.value * 5000
}),
new HexagonLayer(
Object.assign({}, HEXAGON_LAYER_INFO.props, {
id: 'hexagon-lnglat',
getColorValue,
getElevationValue
})
)
],
goldenImage: './test/render/golden-images/column-shadow-lnglat.png'
},
{
name: 'column-lnglat-stroke',
viewState: {
latitude: 37.751537058389985,
longitude: -122.42694203247012,
zoom: 11.5,