Buscar publicaciones

Busque publicaciones científicas sobre investigación en Área de Conservación Guanacaste, Costa Rica, por autor, tema, taxón, sector y década.

lang = "es"
root = "./"

import { strings } from "/assets/strings.js"
import { paperLink, split, surname, fmt, typeGroup, typeOrder, page } from "/assets/catalog.js"
t = strings[lang]
papers = d3.json(root + "data/papers.json")
catalog = d3.json(root + "data/catalog.json")
datasetById = new Map(catalog.map(d => [d.id, d]))
fold = s => String(s ?? "").normalize("NFD").replace(/[̀-ͯ]/g, "").toLowerCase()
haystack = new Map(papers.map(d => [d, fold([d.title, d.authors, d.venue, d.sectors, d.taxa,
                                             d.themes, d.datasets, d.doi, d.year].join(" "))]))
langName = new Intl.DisplayNames([lang], { type: "language" })
decadeOf = y => y ? Math.floor(y / 10) * 10 : null
sectorList = [...new Set(papers.flatMap(d => split(d.sectors)))].sort()
taxonList = [...new Set(papers.flatMap(d => split(d.taxa)))].sort()
themeList = Object.keys(t.themeNames).filter(th => papers.some(d => split(d.themes).includes(th)))
groupList = typeOrder.filter(g => papers.some(d => typeGroup(d.type) === g))
langList = [...new Set(papers.map(d => d.language).filter(Boolean))]
  .sort((a, b) => d3.descending(papers.filter(d => d.language === a).length,
                               papers.filter(d => d.language === b).length))
decadeList = [...new Set(papers.map(d => decadeOf(d.year)).filter(Boolean))].sort((a, b) => b - a)

// Prefill from ?s=…  (not ?q=, which Quarto's site search reads and strips)
viewof q = Inputs.text({ placeholder: t.paperSearch, width: "100%",
                         value: new URLSearchParams(location.search).get("s") ?? "" })

viewof theme = Inputs.select(new Map([[t.allThemes, ""], ...themeList.map(th => [t.themeNames[th], th])]),
                             { label: t.theme })
viewof taxon = Inputs.select([t.allTaxa, ...taxonList], { label: t.taxa })
viewof sector = Inputs.select([t.all, ...sectorList], { label: t.sector })
viewof decade = Inputs.select(new Map([[t.allDecades, 0], ...decadeList.map(d => [`${d}s`, d])]),
                              { label: t.decade })
viewof group = Inputs.select(new Map([[t.allTypes, ""], ...groupList.map(g => [t[g], g])]),
                             { label: t.ptype })
viewof language = Inputs.select(new Map([[t.allLanguages, ""], ...langList.map(l => [langName.of(l), l])]),
                                { label: t.language })
viewof sortBy = Inputs.select(new Map([[t.sortNewest, "new"], [t.sortOldest, "old"],
                                       [t.sortTitle, "title"]]), { label: t.sort })
viewof oaOnly = Inputs.toggle({ label: t.oaOnly })
viewof dataOnly = Inputs.toggle({ label: t.hasData })

terms = fold(q).split(/\s+/).filter(Boolean)
sorters = ({
  new: (a, b) => (b.year ?? 0) - (a.year ?? 0),
  old: (a, b) => (a.year ?? 9999) - (b.year ?? 9999),
  title: (a, b) => (a.title || "").localeCompare(b.title || "")
})
filtered = papers.filter(d =>
  terms.every(w => haystack.get(d).includes(w)) &&
  (!theme || split(d.themes).includes(theme)) &&
  (taxon === t.allTaxa || split(d.taxa).includes(taxon)) &&
  (sector === t.all || split(d.sectors).includes(sector)) &&
  (!decade || decadeOf(d.year) === decade) &&
  (!group || typeGroup(d.type) === group) &&
  (!language || d.language === language) &&
  (!oaOnly || d.is_oa) &&
  (!dataOnly || split(d.datasets).length > 0)
).sort(sorters[sortBy])

viewof shown = {
  let n = 50;
  const wrap = htl.html`<div></div>`;
  wrap.value = n;
  wrap.more = () => { n += 50; wrap.value = n; wrap.dispatchEvent(new Event("input")); };
  return wrap;
}
searchFor = name => {
  const input = viewof q.querySelector("input");
  input.value = surname(name);
  input.dispatchEvent(new Event("input", { bubbles: true }));
  window.scrollTo({ top: 0, behavior: "smooth" });
}
dataLinks = d => {
  const ds = split(d.datasets).map(id => datasetById.get(id)).filter(Boolean);
  return ds.length ? htl.html`<div class="linked"><span>${t.dataUsed}</span>
    ${ds.map((x, i) => htl.html`${i ? " · " : ""}<a href="${root}${page(lang, "explore")}?s=${encodeURIComponent(x.doi || x.id)}">${x.title.length > 70 ? x.title.slice(0, 70) + "…" : x.title}</a>`)}</div>` : "";
}
card = d => htl.html`<div class="dataset-card paper-card">
  <h4><a href="${paperLink(d)}" target="_blank" rel="noopener">${d.title}</a></h4>
  <div class="dataset-meta">
    ${split(d.authors).slice(0, 8).map((c, i) => htl.html`${i ? "; " : ""}<a class="creator-link"
        title="${t.searchPersonPapers}" onclick=${() => searchFor(c)}>${c}</a>`)}${split(d.authors).length > 8 ? " et al." : ""}
    ${[d.year, d.venue].filter(Boolean).map(x => " · " + x)}
  </div>
  <div class="chips">
    <span class="chip kind">${t[typeGroup(d.type)]}</span>
    ${d.is_oa ? htl.html`<a class="chip oa" href="${d.oa_url || paperLink(d)}" target="_blank" rel="noopener">${t.readFree}</a>` : ""}
    ${split(d.themes).map(x => htl.html`<span class="chip theme">${t.themeNames[x] || x}</span>`)}
    ${split(d.taxa).map(x => htl.html`<span class="chip taxon">${x}</span>`)}
    ${split(d.sectors).map(x => htl.html`<span class="chip">${x}</span>`)}
    ${d.language && d.language !== lang ? htl.html`<span class="chip">${langName.of(d.language)}</span>` : ""}
  </div>
  ${dataLinks(d)}
</div>`
htl.html`<p class="result-count"><strong>${filtered.length}</strong> ${t.paperResults}
  ${q.trim() ? htl.html`<a class="cross-link" href="${root}${page(lang, "explore")}?s=${encodeURIComponent(q.trim())}">${fmt(t.crossToData, { q: q.trim() })}</a>` : ""}</p>
${papers.length === 0 ? htl.html`<p>${t.noPapers}</p>` :
  filtered.length === 0 ? htl.html`<p>${t.noMatch}</p>` : filtered.slice(0, shown).map(card)}
${filtered.length > shown ? htl.html`<button class="btn btn-outline-primary" onclick=${() => viewof shown.more()}>${t.showMore}</button>` : ""}`