buckets.forEach((t, i) => {
const change = changes[urn][i];
row[`${t}`] = {
change: humanizeChange(change),
direction: toColorDirection(change, isInverse(urn, entities))
};
row[`${t}_raw`] = makeSortable(change);
});
[...this.offsets].forEach(offset => {
const value = this._getAggregate(offset);
const change = curr / value - 1;
anomalyInfo[offset] = {
value: humanizeFloat(value), // numerical value to display
change: humanizeChange(change), // text of % change with + or - sign
direction: toColorDirection(change, isInverse(metricUrn, entities))
};
});
metricUrns.forEach(urn => {
// find first smaller or equal element
const currentLookup = (lookup[toCurrentUrn(urn)] || []).reverse();
const currentTimeseries = currentLookup.find(t => t[0] <= hoverTimestamp);
const current = currentTimeseries && currentTimeseries[1] ? currentTimeseries[1] : Number.NaN;
const baselineLookup = (lookup[toBaselineUrn(urn)] || []).reverse();
const baselineTimeseries = baselineLookup.find(t => t[0] <= hoverTimestamp);
const baseline = baselineTimeseries && baselineTimeseries[1] ? baselineTimeseries[1] : Number.NaN;
const change = current / baseline - 1;
values[urn] = {
current: humanizeFloat(current),
baseline: humanizeFloat(baseline),
delta: humanizeChange(change),
color: toColorDirection(change, isInverse(urn, entities))
};
});
function () {
const { selectedUrn, entities } = this.getProperties('selectedUrn', 'entities');
return isInverse(selectedUrn, entities);
}