Plot.plot({width:1200,height:1200,
projection: {type: "orthographic",rotate: [80, -34], domain:circle},
r: {transform: (d) => Math.pow(10, d)}, // convert Richter to amplitude
style: "overflow: visible;", // allow dots to escape
marks: [
Plot.geo(zips_combined, {fill: d => color(d.properties.PERCENT_FEMALE), fillOpacity: 0.2}),
Plot.geo(subwayLines, {fill: 'none', stroke: 'black', type:"md"}),
Plot.geo(parkingLot, {fill: d => color2(d.properties.shape_area), stroke: 'none', type:"md"}),
//Plot.geo(zips_combined,{stroke:'black'}),
Plot.sphere(),
Plot.dot(dgi.features, {x: (d) => d.geometry.coordinates[0], y: (d) => d.geometry.coordinates[1], r: .3, stroke: "red", fill: "red", fillOpacity: 0.2})
]
})
parkingLot = FileAttachment("Parking Lot.geojson").json()
parks = FileAttachment("Parks Properties_20231031.geojson").json()
subwayLines = FileAttachment("Subway Lines.geojson").json()
color = d3.scaleQuantize([0, 1], d3.schemeReds[9])
color2 = d3.scaleQuantize([0, 1000000], d3.schemeGreys[9])
circle = d3.geoCircle().center([-74, 40.7]).radius(zoom)()
world = FileAttachment("countries-110m.json").json()
nyc_zips = FileAttachment("nyc_zips.geojson").json()
zipdems = FileAttachment("zipdems.csv").csv()
dgi = FileAttachment("DEP Green Infrastructure.geojson").json()
zips_combined = {
var geo = nyc_zips.features
var data = deminfo
var combinedData = []
for (let i = 0; i < geo.length; i++) {
var lineName = Number(geo[i].properties.ZIPCODE)//dataset w/ lines, specify properties that has match key
for (let k = 0; k < data.length; k++) {
var dataName = data[k].JURISDICTION_NAME//none spatial dataset, specify properties that have match
if(lineName == dataName){//console.log('match')
combinedData.push({type:'Feature',properties:data[k],geometry:geo[i].geometry})
}
}
}
return {type: 'FeatureCollection',features:combinedData}
}
deminfo = d3.csv(demlink,d3.autoType)
demlink = 'https://docs.google.com/spreadsheets/d/e/2PACX-1vTM8Bj-5dQDJgBpb1-TgpwkPCD0I7LwxfKyw3tOGeL1GqZyo96KV5vV4gv9Ky0-icF8v7YZwplSYLj0/pub?output=csv'
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