Student of math, d3, svg, etc. Prototyper of visualizations for electronics design and test.
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Plot
getLogNormalData = (mu, sigma, n) =>
d3
.range(n)
.map((d) => ({ mu, sigma, i: d, value: d3.randomLogNormal(mu, sigma)() }))
getBetaData = (alpha, beta, n) =>
d3
.range(n)
.map((d) => ({ alpha, beta, i: d, value: d3.randomBeta(alpha, beta)() }))
buildData = () => {
const mus = stdlib.linspace(muRange[0], muRange[1], rows);
const sigmas = stdlib.linspace(sigmaRange[0], sigmaRange[1], columns);
const data = [];
mus.forEach((mu) =>
sigmas.forEach((sigma) =>
getLogNormalData(mu, sigma, n).forEach((d) => data.push(d))
)
);
return data;
}
buildData2 = () => {
const alphas = stdlib.linspace(alphaRange[0], alphaRange[1], rows);
const betas = stdlib.linspace(betaRange[0], betaRange[1], columns);
const data = [];
alphas.forEach((alpha) =>
betas.forEach((beta) =>
getBetaData(alpha, beta, n).forEach((d) => data.push(d))
)
);
return data;
}
data = buildData()
data2 = buildData2()
Purpose-built for displays of data
Observable is your go-to platform for exploring data and creating expressive data visualizations. Use reactive JavaScript notebooks for prototyping and a collaborative canvas for visual data exploration and dashboard creation.
