The avatar for @rehoja
Rehoja
Unlisted
Edited
Nov 26, 2022
2
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rehoja
SELECT AVG(load), iso_year, iso_week FROM electricity_view GROUP BY iso_year, iso_week ORDER BY iso_year, iso_week
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rehoja
SELECT COUNT(*), tree_age_total FROM trees WHERE NOT tree_age_total IS NULL GROUP BY tree_age_total ORDER BY tree_age_total ASC;
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ages_chart = BarChart(tree_ages, {
x: d => d.tree_age_total,
y: d => d.count,
yDomain: [0, 800],
yFormat: "#",
yLabel: "↑ Frequency",
width,
height: 500,
color: "steelblue"
})
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tree_ages
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rehoja
SELECT AVG(temperature) as temperature, year FROM weather WHERE year < 2022 GROUP BY year ORDER BY year ASC;
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average = temp_dat.filter(n => n.year > 1900 && n.year <=2000).reduce((total, next) => total + next.temperature, 0) / temp_dat.filter(n => n.year > 1900 && n.year <=2000).length
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temp_dat.forEach(n => n.anomaly = n.temperature - average)
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rehoja
SELECT week_start_day, riders FROM public_transport ORDER BY week_start_day ASC;
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mobilityChart = Plot.plot({
y: {
grid: true,
label: "Fahrgäste im öffentlichen Verkehr"
},
x: {
label: ""
},
marginLeft: 50,
marks: [
Plot.line(public_transport, {x: "week_start_day", y: "riders", strokeWidth: 2, curve: "monotone-x", stroke: "#008f5d"})
]
})
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rehoja
SELECT * FROM google_trends
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googleTrendsPlot = Plot.plot({
y: {
label: "Relevanz"
},
x: {
label: ""
},
marks: [
Plot.ruleY([0]),
Plot.lineY(googleTrends.map(d => {return {relevance_100: +d.relevance_100, period_start: d.period_start}}), {x: "period_start", y: "relevance_100", strokeWidth: 2, stroke: "#f68512"})
]
})
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tempPlot = Plot.plot({
y: {
label: "Temperaturanomalie",
grid: true
},
marks: [
Plot.ruleY([0]),
Plot.lineY(temp_dat, {x: "year", y: "anomaly", curve: "monotone-x", strokeWidth: 2, stroke: "#de3c82" })
]
})
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