Used to work on @observablehq — still think it rocks.
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Published
Edited
Oct 8, 2018
7 forks
Importers
39 stars
Global temperature trendsBeeswarm, Log ScaleContoursDensity contoursBubble chart componentCircle packing componentExploring Data with Vega-LiteStreaming data into VegaVega-Lite Line ChartBrushable scatterplotVega-Lite ScatterplotPhysics based t-SNEGraphvizRidgeline plotZoomable sunburstHierarchical edge bundlingMethods of Comparison, ComparedChord diagramA Guide to Guides: Axes & Legends in VegaPSR B1919+21HexbinStacked-to-grouped barsTree of LifeHeat indexZoomable circle packingMarimekkoVizsla and Vega-LiteDirectly labelling linesParallel coordinatesCollapsible treeTangled tree visualizationMarey’s TrainsWorld History TimelineSmall multiple chart cartogramThe Real MVP in the NBAAnimated treemapDensity Contour Matrix with BrushingStars and constellationsHertzsprung–Russell diagramThe Coronavirus landscapeGitHub BurndownCandlestick ChartConcentration values vs. TimeA few days of CO2 levels in my homeIrregular bins histogramELD ViewerDistributions and summary statistics - a collection of Plot examplesMermaidBivariate Bubble MapD3 galleryCalendarStacked bar chartDot plotConnected scatterplotCandlestick chartHistogramForce-directed graphDisjoint force-directed graphIndex chartSankey diagramLine chart, percent changeStacked area chartBubble chartArea chartHorizontal bar chartRadial tidy treeCircle packingIcicleStreamgraphTidy treeCluster treeSunburstHorizon chartBox plotScatterplotDifference chartBand chartBar chart transitionsTreemapLine chart, multiple seriesScatterplot matrixBrushable scatterplot matrixPlayfair's Wheat and Wages
Night Skies — Lights and Light Pollution WebGL Globe
Also listed in…
WebGL
renderer = {
const renderer = this || new T.WebGLRenderer({antialias: true});
renderer.setPixelRatio(window.devicePixelRatio);
renderer.setSize(width, height);
return renderer;
}
scene = {
const scene = this || new T.Scene();
scene.background = new T.Color(background);
return scene;
}
sphereGeom = {
if (this) this.dispose();
return new T.SphereBufferGeometry(10, globeDetail, globeDetail);
}
textures = {
const textureLoader = new T.TextureLoader;
function texture(name) {
return new T.MeshLambertMaterial({map: textureLoader.load(urls[name])})
}
return {
"light-pollution": texture("light-pollution"),
"night-lights": texture("night-lights"),
};
}
globe = {
let globe = this;
if (!globe) {
globe = new T.Mesh();
scene.add(globe);
}
globe.geometry = sphereGeom;
globe.material = textures[display];
return globe;
}
light = {
if (this) scene.remove(this);
const l = new T.AmbientLight(ambientLight)
scene.add(l);
return l;
}
camera = {
let camera = this;
if (!camera) {
camera = new T.PerspectiveCamera(30, 1, 1, 1000);
camera.position.set(0, 15, 37);
}
camera.aspect = aspectRatio;
camera.updateProjectionMatrix();
return camera;
}
controls = {
const controls = this || new T.OrbitControls(camera, renderer.domElement);
controls.enablePan = false;
controls.minDistance = 20;
controls.maxDistance = 500;
controls.enableZoom = allowZoom == "on";
controls.autoRotate = autoRotate == "on";
controls.autoRotateSpeed = rotationSpeed;
return controls;
}
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