taxonium-component/dist/getQuantitativeStatsAutorun-XXftvspN.js

React component for exploring large phylogenetic trees in the browser

import { u as l, s as w, t as P, j as S, M as k, N as m, O as E } from "./JBrowsePanel-BNE3gNW1.js";
async function Q(t, a) {
  const { rpcManager: e } = l.getSession(t), n = w.getConf(t, "numStdDev") || 3, { adapterConfig: g, autoscaleType: s } = t, r = P.getRpcSessionId(t), { currStatsBpPerPx: c } = a, p = {
    sessionId: r,
    adapterConfig: g,
    statusCallback: (o) => {
      S(t) && t.setMessage(o);
    },
    ...a
  };
  if (s === "global" || s === "globalsd") {
    const o = await e.call(r, "WiggleGetGlobalQuantitativeStats", p), { scoreMin: d, scoreMean: i, scoreStdDev: u } = o;
    return s === "globalsd" ? {
      ...o,
      scoreMin: d >= 0 ? 0 : i - n * u,
      scoreMax: i + n * u,
      currStatsBpPerPx: c
    } : {
      ...o,
      currStatsBpPerPx: c
    };
  }
  if (s === "local" || s === "localsd") {
    const { dynamicBlocks: o, bpPerPx: d } = l.getContainingView(t), i = await e.call(r, "WiggleGetMultiRegionQuantitativeStats", {
      ...p,
      regions: o.contentBlocks.map((x) => {
        const { start: y, end: b } = x;
        return {
          ...JSON.parse(JSON.stringify(x)),
          start: Math.floor(y),
          end: Math.ceil(b)
        };
      }),
      bpPerPx: d
    }), { scoreMin: u, scoreMean: v, scoreStdDev: M } = i;
    return s === "localsd" ? {
      ...i,
      scoreMin: u >= 0 ? 0 : v - n * M,
      scoreMax: v + n * M,
      currStatsBpPerPx: c
    } : {
      ...i,
      currStatsBpPerPx: c
    };
  }
  if (s === "zscale")
    return e.call(r, "WiggleGetGlobalQuantitativeStats", p);
  throw new Error(`invalid autoscaleType '${s}'`);
}
function C(t) {
  k(t, m(async () => {
    try {
      if (t.quantitativeStatsReady) {
        const a = l.getContainingView(t), e = E.createStopToken();
        t.setStatsLoading(e);
        const n = JSON.stringify(a.dynamicBlocks), g = await Q(t, {
          stopToken: e,
          filters: [],
          currStatsBpPerPx: a.bpPerPx,
          ...t.adapterProps()
        });
        S(t) && t.updateQuantitativeStats(g, n);
      }
    } catch (a) {
      S(t) && !l.isAbortException(a) && (console.error(a), t.setError(a));
    }
  }, { delay: 1e3 }));
}
export {
  C as getQuantitativeStatsAutorun
};
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