2b:null 2c:["$","title",null,{"children":"Beeswarm methods compared | Curran Kelleher | Observable"}] 31:T40f,{ const wrapper = d3.create("div"); Object.keys(options).forEach(option => { const o = options[option]; const circles = o.fn(data, {radius: o.radius, x: d => x(d.value)}); const mean = d3.mean(circles, d => Math.abs(d.x0 - d.x)); const median = d3.median(circles, d => Math.abs(d.x0 - d.x)); const svg = beeswarm(data, { circles, cy: o.cy, showLines }); const chart = wrapper.append("div") .style("margin-bottom", "20px") chart.append("div") .style("font-family", "sans-serif") .style("font-weight", "bold") .text(option); chart.append("div") .style("font-family", "sans-serif") .style("font-size", "14px") .style("margin-bottom", `-${height / 2.5}px`) .html(`Mean shift: ${mean.toFixed(1)}px | Median shift: ${median.toFixed(1)}px`); chart.append("svg") .attr("viewBox", [0, 0, width, height]) .html(svg.innerHTML); }); return wrapper.node(); }32:T556,function dodgeMirrored (data, {radius = 1, x = d => d} = {}) { const radius2 = radius ** 2; const circles = data.map((d, i, data) => ({x0: x(d, i, data), x: x(d, i, data), data: d})).sort((a, b) => a.x - b.x); const epsilon = 1e-4; let head = null, tail = null; // Returns true if circle ⟨x,y⟩ intersects with any circle in the queue. function intersects(x, y) { let a = head; while (a) { if (radius2 - epsilon > (a.x - x) ** 2 + (a.y - y) ** 2) { return true; } a = a.next; } return false; } // Place each circle sequentially. for (const b of circles) { // Remove circles from the queue that can’t intersect the new circle b. while (head && head.x < b.x - radius2) head = head.next; // Choose the minimum non-intersecting tangent. if (intersects(b.x, b.y = 0)) { let a = head; b.y = Infinity; do { let y1 = a.y + Math.sqrt(radius2 - (a.x - b.x) ** 2); let y2 = a.y - Math.sqrt(radius2 - (a.x - b.x) ** 2); if (Math.abs(y1) < Math.abs(b.y) && !intersects(b.x, y1)) b.y = y1; if (Math.abs(y2) < Math.abs(b.y) && !intersects(b.x, y2)) b.y = y2; a = a.next; } while (a); } // Add b to the queue. b.next = null; if (head === null) head = tail = b; else tail = tail.next = b; } return circles; }33:T4ac,function dodge(data, {radius = 1, x = d => d} = {}) { const radius2 = radius ** 2; const circles = data.map((d, i, data) => ({x0: x(d, i, data), x: +x(d, i, data), data: d})).sort((a, b) => a.x - b.x); const epsilon = 1e-3; let head = null, tail = null; // Returns true if circle ⟨x,y⟩ intersects with any circle in the queue. function intersects(x, y) { let a = head; while (a) { if (radius2 - epsilon > (a.x - x) ** 2 + (a.y - y) ** 2) { return true; } a = a.next; } return false; } // Place each circle sequentially. for (const b of circles) { // Remove circles from the queue that can’t intersect the new circle b. while (head && head.x < b.x - radius2) head = head.next; // Choose the minimum non-intersecting tangent. if (intersects(b.x, b.y = 0)) { let a = head; b.y = Infinity; do { let y = a.y + Math.sqrt(radius2 - (a.x - b.x) ** 2); if (y < b.y && !intersects(b.x, y)) b.y = y; a = a.next; } while (a); } // Add b to the queue. b.next = null; if (head === null) head = tail = b; else tail = tail.next = b; } return circles; }34:[{"id":"53c407ee531bab128477148c9e28c49dd06bf83a93ae317e58dbb9fc819db0d4f6c4fb9646fa2fe20faad76addee20cfc360eab2362eeaec3340a5e4655b9996","href":"https://static.observableusercontent.com/files/53c407ee531bab128477148c9e28c49dd06bf83a93ae317e58dbb9fc819db0d4f6c4fb9646fa2fe20faad76addee20cfc360eab2362eeaec3340a5e4655b9996","name":"cars-2.csv","type":"application/octet-stream","lastModified":1629487394820.218,"size":20140}] 2f:{"id":"99da3d8c15817199","slug":"beeswarm-methods-compared","title":"Beeswarm methods 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