d3.range(start, end, Math.ceil((end - start) / distributorDomain)).map((e) => ({
pos: e,
val: data.filter((d) => e > d.start && e < d.end).length
}))
viewof distributorDomain = Inputs.range([50, 1000], {
value: 100,
step: 10,
label: "Possible value"
})
viewof moustacheRange = Inputs.range([5, 100], {
value: 10,
step: 10,
label: "Stache possible value"
})
stackEnSac = data.reduce((a, b, _, all) => {
let pos = 0;
// find lowest position in wich the data fits
a.every((f) => {
if (
a
.filter((x) => x.pos === pos)
.every((x) => !(x.start <= b.end && x.end >= b.start))
) {
return false;
} else {
pos++;
return true;
}
});
const draw = d3
.range(1, 10)
.map(
(j) =>
b.start +
(b.end - b.start) * distributor(moustacheDisctibution, moustacheRange)
);
let moustache = {
min: d3.min(draw),
max: d3.max(draw),
median: d3.median(draw),
q1: d3.quantile(draw, 0.25),
q4: d3.quantile(draw, 0.75)
};
return [
...a,
{
...b,
pos,
moustache,
color: d3.interpolateRainbow(Math.random())
}
];
}, [])
start = new Date(end.getTime() - maxDuration)
end = new Date()
maxDuration = 1000 * 60 * 60 * 12
import { chartEditor, Keyframe, Curve } from "@nhogs/easing-graphs-editor"
import { distributor } from "@pernifloss/distribution-data-generator"
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