Public
Edited
May 24, 2023
selectedStages = transformData(data, "Code", stages)
d3.group(selectedStages, d => d["Code"]);
filterPeso = filterData(selectedStages,"peso",curvaspeso,5)
filterTalla = filterData(selectedStages,"talla",curvastalla,5)
filterPC = filterData(selectedStages,"PC",curvaspc,5)
dataFiltered = {
let dataFiltered = [];
return data.filter(d => setFilterAll.has(d["Code"]))
}
setFilterAll = {
let groupPeso = d3.group(filterPeso, (d) => d["Code"]);
let groupTalla = d3.group(filterTalla, (d) => d["Code"]);
let groupPC = d3.group(filterPC, (d) => d["Code"]);
groupPeso = Array.from(groupPeso).filter( d => d[1].length <= 8 && d[1].length >= 5 && d[1].reduce((acc, d) => acc = acc && d.peso < 20000, true));
groupTalla = Array.from(groupTalla).filter( d => d[1].length <= 8 && d[1].length >= 5 );
groupPC = Array.from(groupPC).filter( d => d[1].length <= 8 && d[1].length >= 5 );
let setPeso = new Set(groupPeso.map((d) => d[0]));
let setTalla = new Set(groupTalla.map((d) => d[0]));
let setPC = new Set(groupPC.map((d) => d[0]));
return setIntersection([setPeso, setTalla, setPC]);
}
function setIntersection(sets) {
let intersectElements = Array.from(sets[0]).filter( d => sets.reduce((acc, set) => acc = acc && set.has(d)), true)
return new Set(intersectElements);
}
function filterData(dataStages, filterVar, curve, allowSDs) {
let filterData = [];
let meanFentom = curve[3];
let SD1Fenton = curve[4];
let meanOMS = curve[10];
let SD1OMS = curve[11];
for (let line of dataStages) {
if (line.Code === "1-0006080") {
debugger;
}
let time = line.__time;
let meanCurve = time < 40 ? meanFentom.data : meanOMS.data;
let SDCurve = time < 40 ? SD1Fenton.data : SD1OMS.data;
let meanPoints = findPreAndPostValue(time, meanCurve);
let SDPoints = findPreAndPostValue(time, SDCurve);
let interpolatePoint = (time - meanPoints[0][0]) / (meanPoints[1][0] - meanPoints[0][0]);
let interpolateMean = d3.interpolateNumber(meanPoints[0][1], meanPoints[1][1])(interpolatePoint);
let interpolateSD = d3.interpolateNumber(SDPoints[0][1], SDPoints[1][1])(interpolatePoint);
let currentSD = interpolateSD - interpolateMean;
let upperLimit = interpolateMean + currentSD * allowSDs;
let bottomLimit = interpolateMean - currentSD * allowSDs;
if (line[filterVar] < upperLimit && line[filterVar] > bottomLimit) {
filterData.push(line)
}
}
return filterData;
}
function findPreAndPostValue(value, curve) {
let previous, current;
previous = NaN;
current = NaN;
for(let point of curve) {
previous = current;
current = point;
if (point[0] > value) break;
}
return [previous, current];
}
import {curvaspeso,curvastalla, curvaspc, data} from "@ivelascog/kmc-explorer-multiple-curves"
import {transformData,stages} from "@ivelascog/to-stages"
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