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Plot: The impact of vaccines
Plot.plot({
width,
height: 930,
marginBottom: 30,
padding: 0,
round: false,
label: null,
x: {axis: "top"},
color: {
scheme: "purd",
legend: true,
type: "sqrt",
label: "Cases per 100,000 people"
},
marks: [
Plot.barX(vaccines.filter(d => d.disease === disease), {
x: "date",
y: "state",
interval: "year",
inset: 0.5,
fill: "cases",
title: "cases"
}),
Plot.ruleX([introductions.find(d => d.disease === disease)], {
x: "date"
}),
Plot.text([introductions.find(d => d.disease === disease)], {
x: "date",
dy: 4,
lineAnchor: "top",
frameAnchor: "bottom",
text: (d) => `${d.date.getUTCFullYear()}\nVaccine introduced`
})
]
})
vaccines = {
const vaccines = await FileAttachment("vaccines.json").json();
return vaccines
.flatMap(({title: disease, data: {values: {data}}}) => data
.map(([date, stateIndex, cases]) => ({
disease,
date: new Date(`${date}-01-01`),
state: states[stateIndex],
cases
})));
}
introductions = {
const vaccines = await FileAttachment("vaccines.json").json();
return vaccines
.map(({title: disease, data: {chart_options: {vaccine_year}}}) => ({
disease,
date: new Date(Date.UTC(vaccine_year, (vaccine_year % 1) * 12, 1))
}));
}
states = ["Alaska", "Ala.", "Ark.", "Ariz.", "Calif.", "Colo.", "Conn.", "D.C.", "Del.", "Fla.", "Ga.", "Hawaii", "Iowa", "Idaho", "Ill.", "Ind.", "Kan.", "Ky.", "La.", "Mass.", "Md.", "Maine", "Mich.", "Minn.", "Mo.", "Miss.", "Mont.", "N.C.", "N.D.", "Neb.", "N.H.", "N.J.", "N.M", "Nev.", "N.Y.", "Ohio", "Okla.", "Ore.", "Pa.", "R.I.", "S.C.", "S.D.", "Tenn.", "Texas", "Utah", "Va.", "Vt.", "Wash.", "Wis.", "W.Va.", "Wyo."]
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