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school_compare/nextjs-app/components/compare/CompareAdmissions.tsx
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/**
* Getting a place — admissions framed the way the expert review requires:
* total applications are "named on N forms" (any preference rank, not
* head-to-head), one consistent chip metric (first-preference success),
* equal-preference and offers-vs-intake explanations up front.
*/
'use client';
import { summariseAdmissions } from '@/lib/compareLogic';
import type { ComparisonData, School } from '@/lib/types';
import { CHART_COLORS } from '@/lib/utils';
import { Cell, Chip, Measure, Section, SectionGrid, sectionStyles as s } from './sectionShared';
export function CompareAdmissions({
schools,
data,
}: {
schools: School[];
data: Record<string, ComparisonData>;
}) {
const rows = schools.map((school) => data[String(school.urn)]?.admissions ?? null);
const anyData = rows.some(Boolean);
const entryYear = rows.find(Boolean)?.year;
const entryLabel = entryYear
? `September ${String(entryYear).slice(0, 4)} entry`
: 'the most recent admissions round';
if (!anyData) {
return (
<Section title="Getting a place" how="No admissions data is available for these schools yet.">
<></>
</Section>
);
}
return (
<Section
title="Getting a place"
how={
<>
From the most recent admissions round ({entryLabel}). &quot;First choice&quot; means
families who ranked the school top of their application form officially a &quot;first
preference&quot;. Schools never see your ranking: places are decided only by the
school&apos;s admission criteria, so listing a school lower down never hurts your chances.
These are National Offer Day offers waiting lists and appeals can change the final
intake.
</>
}
>
<SectionGrid schools={schools}>
<Measure
tip="How many application forms named the school at any preference rank — not the number of families competing head-to-head for a place."
label="Interest in the school"
>
{schools.map((school, i) => {
const a = rows[i];
return (
<Cell key={school.urn} school={school} index={i}>
{a?.total_applications != null && a?.places_offered != null ? (
<>
Named on <strong>{a.total_applications.toLocaleString('en-GB')}</strong> forms ·{' '}
<strong>{a.places_offered.toLocaleString('en-GB')}</strong> places
</>
) : (
<span className={s.small}>No data</span>
)}
</Cell>
);
})}
</Measure>
<Measure label="First-choice families offered a place">
{schools.map((school, i) => {
const summary = summariseAdmissions(rows[i]);
return (
<Cell key={school.urn} school={school} index={i}>
{summary.firstPrefPct != null ? (
<>
<strong>{summary.firstPrefPct}%</strong>{' '}
{summary.chip && summary.chip.tone === 'warn' && (
<Chip tone="warn">{summary.chip.text}</Chip>
)}
<span className={s.barMini}>
<i
style={{
width: `${summary.firstPrefPct}%`,
background: CHART_COLORS[i % CHART_COLORS.length],
}}
/>
</span>
</>
) : (
<span className={s.small}>No data</span>
)}
</Cell>
);
})}
</Measure>
<Measure label="What this means">
{schools.map((school, i) => {
const a = rows[i];
const summary = summariseAdmissions(a);
let text: string | null = null;
if (summary.firstPrefPct != null) {
if (summary.firstPrefPct >= 100) {
text = `Every family who put ${school.school_name} first got a place.`;
} else if (summary.firstPrefPct >= 90) {
text = `Nearly every family who put ${school.school_name} first got a place.`;
} else if (a?.oversubscribed) {
text =
'More first-choice applications than places — check the schools admission criteria (for most non-faith primaries, distance decides).';
} else {
text = `${summary.firstPrefPct}% of first-choice families received an offer.`;
}
}
return (
<Cell key={school.urn} school={school} index={i}>
{text ? <span className={s.small}>{text}</span> : <span className={s.small}></span>}
</Cell>
);
})}
</Measure>
</SectionGrid>
</Section>
);
}