Plot.plot({
insetBottom: 100,
insetTop: 40,
width: 700,
projection: { type: "mercator", domain: greenwayTrails},
marks: [
Plot.geo(greenwayTrails.features, {stroke: d=>d.properties.length,
strokeWidth: 1,
strokeOpacity: .4,
title: d=>d.properties.name}),
Plot.geo(greenwayTrails.features, {stroke: d=>d.properties.length,
strokeWidth: d=>d.properties.length,
title: d=>d.properties.name}),
Plot.text(['Town of Cary, North Carolina'], {x: -78.81, y: 35.83, dx: -120, dy:-80, fontSize: 25, fill: "#301934", opacity: 1, textAnchor: "start", lineHeight: 1.2, clip: false, fontWeight: "bold", fontStyle: "italic"}),
Plot.text(['Cary’s current and proposed greenway system, including connectors and street side trails.\n\nA greenway is a linear parcel of land set aside to preserve open space. Greenways protect important habitat and provide corridors for people and wildlife.'], {x: -78.81, y: 35.83, dx: -390, dy:380, fontSize: 19, fill: "#00563b", opacity: 1, textAnchor: "start", lineHeight: 1.2, lineWidth: 25, clip: false, fontStyle: "italic"}),
Plot.text(['data.townofcary.org | Design: Deepsha Menghani | Threads: @IandLoveandData | Mastodon: @Deepsha'], {x: -78.81, y: 35.83, dx: -410, dy:490, fontSize: 15, fill: "#00563b", opacity: .6, textAnchor: "start", lineHeight: 1.2, clip: false}),
],
color: {type: "sequential", legend: true, scheme: "Viridis", reverse: true, style: {fontSize: 15}, width: 640, ticks: 5, label: "Length of proposed trail (miles) ->"}
})
greenwayTrails
greenwayTrails = FileAttachment("greenway-trails.json").json()
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