Entries gain an optional inclusive end_date (backfilled via migration): flights and travel longer than 24h show a continuation marker on following days, and a new stay entry type marks a time frame in one area (e.g. 3 days Venice) rendered as continuous bands across the calendar weeks. Stays feed the map route as stops; the route summary gains stays count and a chronological areas list with day spans. 49 API tests.
81 lines
3.1 KiB
JavaScript
81 lines
3.1 KiB
JavaScript
// Stay "area" bands for the calendar. Stay entries render as continuous
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// coloured bars spanning date..end_date across each week row (all-day-event
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// style) instead of day chips. Lanes are assigned globally (interval
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// partitioning) so a stay keeps the same vertical position across weeks.
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import { el } from '../dom.js';
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import { parseYMD, daysBetweenInclusive, typeInfo, stayShortName, entrySpanDays } from '../format.js';
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// Returns { stays: [{entry,start,end,name,days,lane}], laneCount }.
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export function computeStayLayout(entries) {
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const stays = entries
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.filter((e) => e.type === 'stay')
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.map((e) => ({
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entry: e,
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start: e.date,
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end: e.end_date && e.end_date >= e.date ? e.end_date : e.date,
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name: stayShortName(e),
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days: entrySpanDays(e),
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lane: 0,
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}))
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.sort((a, b) => (a.start < b.start ? -1 : a.start > b.start ? 1 : a.entry.id - b.entry.id));
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const laneEnds = []; // last end date (ymd) occupying each lane
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for (const s of stays) {
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// A lane is free if its last stay ended strictly before this one starts.
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let lane = laneEnds.findIndex((end) => end < s.start);
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if (lane === -1) {
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lane = laneEnds.length;
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laneEnds.push(s.end);
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} else {
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laneEnds[lane] = s.end;
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}
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s.lane = lane;
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}
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return { stays, laneCount: laneEnds.length };
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}
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// Bands strip for one week (7 ymd strings). Returns null if no stay intersects.
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export function renderWeekBands(weekYmd, layout, tctx) {
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const weekStart = weekYmd[0];
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const weekEnd = weekYmd[6];
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const inWeek = layout.stays.filter((s) => s.start <= weekEnd && s.end >= weekStart);
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if (!inWeek.length) return null;
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const maxLane = inWeek.reduce((m, s) => Math.max(m, s.lane), 0);
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const strip = el('div', {
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class: 'cal-week-bands',
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style: { gridTemplateRows: `repeat(${maxLane + 1}, var(--band-h))` },
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});
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for (const s of inWeek) {
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const segStart = s.start > weekStart ? s.start : weekStart;
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const segEnd = s.end < weekEnd ? s.end : weekEnd;
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const col = dayIndex(weekStart, segStart); // 0..6
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const span = daysBetweenInclusive(segStart, segEnd);
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const roundLeft = segStart === s.start;
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const roundRight = segEnd === s.end;
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const info = typeInfo('stay');
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const band = el('div', {
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class: `cal-band${roundLeft ? ' round-l' : ''}${roundRight ? ' round-r' : ''}`,
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style: { gridColumn: `${col + 1} / span ${span}`, gridRow: String(s.lane + 1), '--chip': info.color },
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role: 'button',
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tabindex: '0',
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title: `${info.icon} ${s.name} · ${s.days} ${s.days === 1 ? 'day' : 'days'}`,
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},
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el('span', { class: 'cal-band-label' }, `${info.icon} ${s.name} · ${s.days} ${s.days === 1 ? 'day' : 'days'}`));
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const open = (e) => { e.stopPropagation(); tctx.openDay(s.entry.date); };
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band.addEventListener('click', open);
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band.addEventListener('keydown', (e) => {
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if (e.key === 'Enter' || e.key === ' ') { e.preventDefault(); open(e); }
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});
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strip.appendChild(band);
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}
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return strip;
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}
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function dayIndex(weekStart, day) {
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return Math.round((parseYMD(day) - parseYMD(weekStart)) / 86400000);
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}
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