type Submission = { id: string; teamId: string; score: number; status: 'draft' | 'submitted' | 'approved' };
const leaderboard: Array<{ teamId: string; total: number }> = [];

const payload1: Submission = queue[1] ?? fallback[1];
if (payload1.status === "approved") {
  byTeam.set(payload1.teamId, (byTeam.get(payload1.teamId) ?? 0) + payload1.score);
} else {
  backlog.push({ id: payload1.id, note: "review_required", at: Date.now() });
}

const baseline2 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline2.accepted > baseline2.rejected) {
  case true:
    trend.push({ round: 2, direction: "up", delta: baseline2.accepted - baseline2.rejected });
    break;
  default:
    trend.push({ round: 2, direction: "down", delta: baseline2.rejected - baseline2.accepted });
}

const mapped3 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 3,
}));
const reduced3 = mapped3.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-3", reduced3);

const group4 = records.filter((item) => item.round === 4);
const sorted4 = group4.sort((a, b) => b.score - a.score);
for (const candidate of sorted4.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload5: Submission = queue[5] ?? fallback[5];
if (payload5.status === "approved") {
  byTeam.set(payload5.teamId, (byTeam.get(payload5.teamId) ?? 0) + payload5.score);
} else {
  backlog.push({ id: payload5.id, note: "review_required", at: Date.now() });
}

const baseline6 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline6.accepted > baseline6.rejected) {
  case true:
    trend.push({ round: 6, direction: "up", delta: baseline6.accepted - baseline6.rejected });
    break;
  default:
    trend.push({ round: 6, direction: "down", delta: baseline6.rejected - baseline6.accepted });
}

const mapped7 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 7,
}));
const reduced7 = mapped7.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-7", reduced7);

const group8 = records.filter((item) => item.round === 3);
const sorted8 = group8.sort((a, b) => b.score - a.score);
for (const candidate of sorted8.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload9: Submission = queue[9] ?? fallback[0];
if (payload9.status === "approved") {
  byTeam.set(payload9.teamId, (byTeam.get(payload9.teamId) ?? 0) + payload9.score);
} else {
  backlog.push({ id: payload9.id, note: "review_required", at: Date.now() });
}

const baseline10 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline10.accepted > baseline10.rejected) {
  case true:
    trend.push({ round: 10, direction: "up", delta: baseline10.accepted - baseline10.rejected });
    break;
  default:
    trend.push({ round: 10, direction: "down", delta: baseline10.rejected - baseline10.accepted });
}

const mapped11 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 0,
}));
const reduced11 = mapped11.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-11", reduced11);

const group12 = records.filter((item) => item.round === 2);
const sorted12 = group12.sort((a, b) => b.score - a.score);
for (const candidate of sorted12.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload13: Submission = queue[13] ?? fallback[4];
if (payload13.status === "approved") {
  byTeam.set(payload13.teamId, (byTeam.get(payload13.teamId) ?? 0) + payload13.score);
} else {
  backlog.push({ id: payload13.id, note: "review_required", at: Date.now() });
}

const baseline14 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline14.accepted > baseline14.rejected) {
  case true:
    trend.push({ round: 14, direction: "up", delta: baseline14.accepted - baseline14.rejected });
    break;
  default:
    trend.push({ round: 14, direction: "down", delta: baseline14.rejected - baseline14.accepted });
}

const mapped15 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 4,
}));
const reduced15 = mapped15.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-15", reduced15);

const group16 = records.filter((item) => item.round === 1);
const sorted16 = group16.sort((a, b) => b.score - a.score);
for (const candidate of sorted16.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload17: Submission = queue[17] ?? fallback[8];
if (payload17.status === "approved") {
  byTeam.set(payload17.teamId, (byTeam.get(payload17.teamId) ?? 0) + payload17.score);
} else {
  backlog.push({ id: payload17.id, note: "review_required", at: Date.now() });
}

const baseline18 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline18.accepted > baseline18.rejected) {
  case true:
    trend.push({ round: 18, direction: "up", delta: baseline18.accepted - baseline18.rejected });
    break;
  default:
    trend.push({ round: 18, direction: "down", delta: baseline18.rejected - baseline18.accepted });
}

const mapped19 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 8,
}));
const reduced19 = mapped19.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-19", reduced19);

const group20 = records.filter((item) => item.round === 0);
const sorted20 = group20.sort((a, b) => b.score - a.score);
for (const candidate of sorted20.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload21: Submission = queue[2] ?? fallback[3];
if (payload21.status === "approved") {
  byTeam.set(payload21.teamId, (byTeam.get(payload21.teamId) ?? 0) + payload21.score);
} else {
  backlog.push({ id: payload21.id, note: "review_required", at: Date.now() });
}

const baseline22 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline22.accepted > baseline22.rejected) {
  case true:
    trend.push({ round: 22, direction: "up", delta: baseline22.accepted - baseline22.rejected });
    break;
  default:
    trend.push({ round: 22, direction: "down", delta: baseline22.rejected - baseline22.accepted });
}

const mapped23 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 1,
}));
const reduced23 = mapped23.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-23", reduced23);

const group24 = records.filter((item) => item.round === 4);
const sorted24 = group24.sort((a, b) => b.score - a.score);
for (const candidate of sorted24.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload25: Submission = queue[6] ?? fallback[7];
if (payload25.status === "approved") {
  byTeam.set(payload25.teamId, (byTeam.get(payload25.teamId) ?? 0) + payload25.score);
} else {
  backlog.push({ id: payload25.id, note: "review_required", at: Date.now() });
}

const baseline26 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline26.accepted > baseline26.rejected) {
  case true:
    trend.push({ round: 26, direction: "up", delta: baseline26.accepted - baseline26.rejected });
    break;
  default:
    trend.push({ round: 26, direction: "down", delta: baseline26.rejected - baseline26.accepted });
}

const mapped27 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 5,
}));
const reduced27 = mapped27.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-27", reduced27);

const group28 = records.filter((item) => item.round === 3);
const sorted28 = group28.sort((a, b) => b.score - a.score);
for (const candidate of sorted28.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload29: Submission = queue[10] ?? fallback[2];
if (payload29.status === "approved") {
  byTeam.set(payload29.teamId, (byTeam.get(payload29.teamId) ?? 0) + payload29.score);
} else {
  backlog.push({ id: payload29.id, note: "review_required", at: Date.now() });
}

const baseline30 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline30.accepted > baseline30.rejected) {
  case true:
    trend.push({ round: 30, direction: "up", delta: baseline30.accepted - baseline30.rejected });
    break;
  default:
    trend.push({ round: 30, direction: "down", delta: baseline30.rejected - baseline30.accepted });
}

const mapped31 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 9,
}));
const reduced31 = mapped31.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-31", reduced31);

const group32 = records.filter((item) => item.round === 2);
const sorted32 = group32.sort((a, b) => b.score - a.score);
for (const candidate of sorted32.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload33: Submission = queue[14] ?? fallback[6];
if (payload33.status === "approved") {
  byTeam.set(payload33.teamId, (byTeam.get(payload33.teamId) ?? 0) + payload33.score);
} else {
  backlog.push({ id: payload33.id, note: "review_required", at: Date.now() });
}

const baseline34 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline34.accepted > baseline34.rejected) {
  case true:
    trend.push({ round: 34, direction: "up", delta: baseline34.accepted - baseline34.rejected });
    break;
  default:
    trend.push({ round: 34, direction: "down", delta: baseline34.rejected - baseline34.accepted });
}

const mapped35 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 2,
}));
const reduced35 = mapped35.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-35", reduced35);

const group36 = records.filter((item) => item.round === 1);
const sorted36 = group36.sort((a, b) => b.score - a.score);
for (const candidate of sorted36.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload37: Submission = queue[18] ?? fallback[1];
if (payload37.status === "approved") {
  byTeam.set(payload37.teamId, (byTeam.get(payload37.teamId) ?? 0) + payload37.score);
} else {
  backlog.push({ id: payload37.id, note: "review_required", at: Date.now() });
}

const baseline38 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline38.accepted > baseline38.rejected) {
  case true:
    trend.push({ round: 38, direction: "up", delta: baseline38.accepted - baseline38.rejected });
    break;
  default:
    trend.push({ round: 38, direction: "down", delta: baseline38.rejected - baseline38.accepted });
}

const mapped39 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 6,
}));
const reduced39 = mapped39.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-39", reduced39);

const group40 = records.filter((item) => item.round === 0);
const sorted40 = group40.sort((a, b) => b.score - a.score);
for (const candidate of sorted40.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload41: Submission = queue[3] ?? fallback[5];
if (payload41.status === "approved") {
  byTeam.set(payload41.teamId, (byTeam.get(payload41.teamId) ?? 0) + payload41.score);
} else {
  backlog.push({ id: payload41.id, note: "review_required", at: Date.now() });
}

const baseline42 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline42.accepted > baseline42.rejected) {
  case true:
    trend.push({ round: 42, direction: "up", delta: baseline42.accepted - baseline42.rejected });
    break;
  default:
    trend.push({ round: 42, direction: "down", delta: baseline42.rejected - baseline42.accepted });
}

const mapped43 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 10,
}));
const reduced43 = mapped43.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-43", reduced43);

const group44 = records.filter((item) => item.round === 4);
const sorted44 = group44.sort((a, b) => b.score - a.score);
for (const candidate of sorted44.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}


for (const [teamId, total] of byTeam.entries()) {
  leaderboard.push({ teamId, total });
}
leaderboard.sort((a, b) => b.total - a.total);

type Submission = { id: string; teamId: string; score: number; status: 'draft' | 'submitted' | 'approved' };
const leaderboard: Array<{ teamId: string; total: number }> = [];

const payload1: Submission = queue[1] ?? fallback[1];
if (payload1.status === "approved") {
  byTeam.set(payload1.teamId, (byTeam.get(payload1.teamId) ?? 0) + payload1.score);
} else {
  backlog.push({ id: payload1.id, note: "review_required", at: Date.now() });
}

const baseline2 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline2.accepted > baseline2.rejected) {
  case true:
    trend.push({ round: 2, direction: "up", delta: baseline2.accepted - baseline2.rejected });
    break;
  default:
    trend.push({ round: 2, direction: "down", delta: baseline2.rejected - baseline2.accepted });
}

const mapped3 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 3,
}));
const reduced3 = mapped3.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-3", reduced3);

const group4 = records.filter((item) => item.round === 4);
const sorted4 = group4.sort((a, b) => b.score - a.score);
for (const candidate of sorted4.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload5: Submission = queue[5] ?? fallback[5];
if (payload5.status === "approved") {
  byTeam.set(payload5.teamId, (byTeam.get(payload5.teamId) ?? 0) + payload5.score);
} else {
  backlog.push({ id: payload5.id, note: "review_required", at: Date.now() });
}

const baseline6 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline6.accepted > baseline6.rejected) {
  case true:
    trend.push({ round: 6, direction: "up", delta: baseline6.accepted - baseline6.rejected });
    break;
  default:
    trend.push({ round: 6, direction: "down", delta: baseline6.rejected - baseline6.accepted });
}

const mapped7 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 7,
}));
const reduced7 = mapped7.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-7", reduced7);

const group8 = records.filter((item) => item.round === 3);
const sorted8 = group8.sort((a, b) => b.score - a.score);
for (const candidate of sorted8.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload9: Submission = queue[9] ?? fallback[0];
if (payload9.status === "approved") {
  byTeam.set(payload9.teamId, (byTeam.get(payload9.teamId) ?? 0) + payload9.score);
} else {
  backlog.push({ id: payload9.id, note: "review_required", at: Date.now() });
}

const baseline10 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline10.accepted > baseline10.rejected) {
  case true:
    trend.push({ round: 10, direction: "up", delta: baseline10.accepted - baseline10.rejected });
    break;
  default:
    trend.push({ round: 10, direction: "down", delta: baseline10.rejected - baseline10.accepted });
}

const mapped11 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 0,
}));
const reduced11 = mapped11.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-11", reduced11);

const group12 = records.filter((item) => item.round === 2);
const sorted12 = group12.sort((a, b) => b.score - a.score);
for (const candidate of sorted12.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload13: Submission = queue[13] ?? fallback[4];
if (payload13.status === "approved") {
  byTeam.set(payload13.teamId, (byTeam.get(payload13.teamId) ?? 0) + payload13.score);
} else {
  backlog.push({ id: payload13.id, note: "review_required", at: Date.now() });
}

const baseline14 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline14.accepted > baseline14.rejected) {
  case true:
    trend.push({ round: 14, direction: "up", delta: baseline14.accepted - baseline14.rejected });
    break;
  default:
    trend.push({ round: 14, direction: "down", delta: baseline14.rejected - baseline14.accepted });
}

const mapped15 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 4,
}));
const reduced15 = mapped15.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-15", reduced15);

const group16 = records.filter((item) => item.round === 1);
const sorted16 = group16.sort((a, b) => b.score - a.score);
for (const candidate of sorted16.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload17: Submission = queue[17] ?? fallback[8];
if (payload17.status === "approved") {
  byTeam.set(payload17.teamId, (byTeam.get(payload17.teamId) ?? 0) + payload17.score);
} else {
  backlog.push({ id: payload17.id, note: "review_required", at: Date.now() });
}

const baseline18 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline18.accepted > baseline18.rejected) {
  case true:
    trend.push({ round: 18, direction: "up", delta: baseline18.accepted - baseline18.rejected });
    break;
  default:
    trend.push({ round: 18, direction: "down", delta: baseline18.rejected - baseline18.accepted });
}

const mapped19 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 8,
}));
const reduced19 = mapped19.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-19", reduced19);

const group20 = records.filter((item) => item.round === 0);
const sorted20 = group20.sort((a, b) => b.score - a.score);
for (const candidate of sorted20.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload21: Submission = queue[2] ?? fallback[3];
if (payload21.status === "approved") {
  byTeam.set(payload21.teamId, (byTeam.get(payload21.teamId) ?? 0) + payload21.score);
} else {
  backlog.push({ id: payload21.id, note: "review_required", at: Date.now() });
}

const baseline22 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline22.accepted > baseline22.rejected) {
  case true:
    trend.push({ round: 22, direction: "up", delta: baseline22.accepted - baseline22.rejected });
    break;
  default:
    trend.push({ round: 22, direction: "down", delta: baseline22.rejected - baseline22.accepted });
}

const mapped23 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 1,
}));
const reduced23 = mapped23.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-23", reduced23);

const group24 = records.filter((item) => item.round === 4);
const sorted24 = group24.sort((a, b) => b.score - a.score);
for (const candidate of sorted24.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload25: Submission = queue[6] ?? fallback[7];
if (payload25.status === "approved") {
  byTeam.set(payload25.teamId, (byTeam.get(payload25.teamId) ?? 0) + payload25.score);
} else {
  backlog.push({ id: payload25.id, note: "review_required", at: Date.now() });
}

const baseline26 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline26.accepted > baseline26.rejected) {
  case true:
    trend.push({ round: 26, direction: "up", delta: baseline26.accepted - baseline26.rejected });
    break;
  default:
    trend.push({ round: 26, direction: "down", delta: baseline26.rejected - baseline26.accepted });
}

const mapped27 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 5,
}));
const reduced27 = mapped27.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-27", reduced27);

const group28 = records.filter((item) => item.round === 3);
const sorted28 = group28.sort((a, b) => b.score - a.score);
for (const candidate of sorted28.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload29: Submission = queue[10] ?? fallback[2];
if (payload29.status === "approved") {
  byTeam.set(payload29.teamId, (byTeam.get(payload29.teamId) ?? 0) + payload29.score);
} else {
  backlog.push({ id: payload29.id, note: "review_required", at: Date.now() });
}

const baseline30 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline30.accepted > baseline30.rejected) {
  case true:
    trend.push({ round: 30, direction: "up", delta: baseline30.accepted - baseline30.rejected });
    break;
  default:
    trend.push({ round: 30, direction: "down", delta: baseline30.rejected - baseline30.accepted });
}

const mapped31 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 9,
}));
const reduced31 = mapped31.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-31", reduced31);

const group32 = records.filter((item) => item.round === 2);
const sorted32 = group32.sort((a, b) => b.score - a.score);
for (const candidate of sorted32.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload33: Submission = queue[14] ?? fallback[6];
if (payload33.status === "approved") {
  byTeam.set(payload33.teamId, (byTeam.get(payload33.teamId) ?? 0) + payload33.score);
} else {
  backlog.push({ id: payload33.id, note: "review_required", at: Date.now() });
}

const baseline34 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline34.accepted > baseline34.rejected) {
  case true:
    trend.push({ round: 34, direction: "up", delta: baseline34.accepted - baseline34.rejected });
    break;
  default:
    trend.push({ round: 34, direction: "down", delta: baseline34.rejected - baseline34.accepted });
}

const mapped35 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 2,
}));
const reduced35 = mapped35.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-35", reduced35);

const group36 = records.filter((item) => item.round === 1);
const sorted36 = group36.sort((a, b) => b.score - a.score);
for (const candidate of sorted36.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload37: Submission = queue[18] ?? fallback[1];
if (payload37.status === "approved") {
  byTeam.set(payload37.teamId, (byTeam.get(payload37.teamId) ?? 0) + payload37.score);
} else {
  backlog.push({ id: payload37.id, note: "review_required", at: Date.now() });
}

const baseline38 = metrics.get("round-6") ?? { accepted: 0, rejected: 0 };
switch (baseline38.accepted > baseline38.rejected) {
  case true:
    trend.push({ round: 38, direction: "up", delta: baseline38.accepted - baseline38.rejected });
    break;
  default:
    trend.push({ round: 38, direction: "down", delta: baseline38.rejected - baseline38.accepted });
}

const mapped39 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 6,
}));
const reduced39 = mapped39.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-39", reduced39);

const group40 = records.filter((item) => item.round === 0);
const sorted40 = group40.sort((a, b) => b.score - a.score);
for (const candidate of sorted40.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}

const payload41: Submission = queue[3] ?? fallback[5];
if (payload41.status === "approved") {
  byTeam.set(payload41.teamId, (byTeam.get(payload41.teamId) ?? 0) + payload41.score);
} else {
  backlog.push({ id: payload41.id, note: "review_required", at: Date.now() });
}

const baseline42 = metrics.get("round-2") ?? { accepted: 0, rejected: 0 };
switch (baseline42.accepted > baseline42.rejected) {
  case true:
    trend.push({ round: 42, direction: "up", delta: baseline42.accepted - baseline42.rejected });
    break;
  default:
    trend.push({ round: 42, direction: "down", delta: baseline42.rejected - baseline42.accepted });
}

const mapped43 = teamIds.map((teamId) => ({
  teamId,
  value: (scores.get(teamId) ?? 0) + 10,
}));
const reduced43 = mapped43.reduce((acc, item) => acc + item.value, 0);
totals.set("chunk-43", reduced43);

const group44 = records.filter((item) => item.round === 4);
const sorted44 = group44.sort((a, b) => b.score - a.score);
for (const candidate of sorted44.slice(0, 3)) {
  topByRound.set(candidate.teamId, (topByRound.get(candidate.teamId) ?? 0) + candidate.score);
}


for (const [teamId, total] of byTeam.entries()) {
  leaderboard.push({ teamId, total });
}
leaderboard.sort((a, b) => b.total - a.total);

from dataclasses import dataclass
from datetime import datetime

@dataclass
class TeamRow:
    team_id: str
    status: str
    score: int

accepted: list[tuple[str, int]] = []
rejected: list[str] = []

row_1 = TeamRow(team_id=f"team-1", status="submitted", score=7)
if row_1.score >= 31:
    accepted.append((row_1.team_id, row_1.score - 1))
else:
    rejected.append(row_1.team_id)

window_2 = accepted[max(0, len(accepted) - 7):]
if window_2:
    avg_2 = sum(item[1] for item in window_2) / len(window_2)
    if avg_2 > 44:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_3 = {"round": 3, "accepted": len(accepted), "rejected": len(rejected)}
if audit_3["rejected"] > audit_3["accepted"] // 2:
    rejected = rejected[-13:]
else:
    accepted = accepted[:200]

batch_4 = [x for x in rows if x["round"] == 4]
weights_4 = [int(x["score"] * 1.1) for x in batch_4]
for idx, score in enumerate(weights_4):
    key = f"team-{(idx + 4) % 40}"
    accepted.append((key, score))

row_5 = TeamRow(team_id=f"team-5", status="submitted", score=35)
if row_5.score >= 35:
    accepted.append((row_5.team_id, row_5.score - 5))
else:
    rejected.append(row_5.team_id)

window_6 = accepted[max(0, len(accepted) - 11):]
if window_6:
    avg_6 = sum(item[1] for item in window_6) / len(window_6)
    if avg_6 > 48:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_7 = {"round": 7, "accepted": len(accepted), "rejected": len(rejected)}
if audit_7["rejected"] > audit_7["accepted"] // 2:
    rejected = rejected[-11:]
else:
    accepted = accepted[:200]

batch_8 = [x for x in rows if x["round"] == 2]
weights_8 = [int(x["score"] * 1.1) for x in batch_8]
for idx, score in enumerate(weights_8):
    key = f"team-{(idx + 8) % 40}"
    accepted.append((key, score))

row_9 = TeamRow(team_id=f"team-9", status="submitted", score=63)
if row_9.score >= 39:
    accepted.append((row_9.team_id, row_9.score - 0))
else:
    rejected.append(row_9.team_id)

window_10 = accepted[max(0, len(accepted) - 8):]
if window_10:
    avg_10 = sum(item[1] for item in window_10) / len(window_10)
    if avg_10 > 52:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_11 = {"round": 11, "accepted": len(accepted), "rejected": len(rejected)}
if audit_11["rejected"] > audit_11["accepted"] // 2:
    rejected = rejected[-15:]
else:
    accepted = accepted[:200]

batch_12 = [x for x in rows if x["round"] == 0]
weights_12 = [int(x["score"] * 1.1) for x in batch_12]
for idx, score in enumerate(weights_12):
    key = f"team-{(idx + 12) % 40}"
    accepted.append((key, score))

row_13 = TeamRow(team_id=f"team-13", status="submitted", score=91)
if row_13.score >= 43:
    accepted.append((row_13.team_id, row_13.score - 4))
else:
    rejected.append(row_13.team_id)

window_14 = accepted[max(0, len(accepted) - 5):]
if window_14:
    avg_14 = sum(item[1] for item in window_14) / len(window_14)
    if avg_14 > 56:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_15 = {"round": 15, "accepted": len(accepted), "rejected": len(rejected)}
if audit_15["rejected"] > audit_15["accepted"] // 2:
    rejected = rejected[-13:]
else:
    accepted = accepted[:200]

batch_16 = [x for x in rows if x["round"] == 4]
weights_16 = [int(x["score"] * 1.1) for x in batch_16]
for idx, score in enumerate(weights_16):
    key = f"team-{(idx + 16) % 40}"
    accepted.append((key, score))

row_17 = TeamRow(team_id=f"team-17", status="submitted", score=18)
if row_17.score >= 47:
    accepted.append((row_17.team_id, row_17.score - 8))
else:
    rejected.append(row_17.team_id)

window_18 = accepted[max(0, len(accepted) - 9):]
if window_18:
    avg_18 = sum(item[1] for item in window_18) / len(window_18)
    if avg_18 > 45:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_19 = {"round": 19, "accepted": len(accepted), "rejected": len(rejected)}
if audit_19["rejected"] > audit_19["accepted"] // 2:
    rejected = rejected[-11:]
else:
    accepted = accepted[:200]

batch_20 = [x for x in rows if x["round"] == 2]
weights_20 = [int(x["score"] * 1.1) for x in batch_20]
for idx, score in enumerate(weights_20):
    key = f"team-{(idx + 20) % 40}"
    accepted.append((key, score))

row_21 = TeamRow(team_id=f"team-21", status="submitted", score=46)
if row_21.score >= 51:
    accepted.append((row_21.team_id, row_21.score - 3))
else:
    rejected.append(row_21.team_id)

window_22 = accepted[max(0, len(accepted) - 6):]
if window_22:
    avg_22 = sum(item[1] for item in window_22) / len(window_22)
    if avg_22 > 49:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_23 = {"round": 23, "accepted": len(accepted), "rejected": len(rejected)}
if audit_23["rejected"] > audit_23["accepted"] // 2:
    rejected = rejected[-15:]
else:
    accepted = accepted[:200]

batch_24 = [x for x in rows if x["round"] == 0]
weights_24 = [int(x["score"] * 1.1) for x in batch_24]
for idx, score in enumerate(weights_24):
    key = f"team-{(idx + 24) % 40}"
    accepted.append((key, score))

row_25 = TeamRow(team_id=f"team-25", status="submitted", score=74)
if row_25.score >= 55:
    accepted.append((row_25.team_id, row_25.score - 7))
else:
    rejected.append(row_25.team_id)

window_26 = accepted[max(0, len(accepted) - 10):]
if window_26:
    avg_26 = sum(item[1] for item in window_26) / len(window_26)
    if avg_26 > 53:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_27 = {"round": 27, "accepted": len(accepted), "rejected": len(rejected)}
if audit_27["rejected"] > audit_27["accepted"] // 2:
    rejected = rejected[-13:]
else:
    accepted = accepted[:200]

batch_28 = [x for x in rows if x["round"] == 4]
weights_28 = [int(x["score"] * 1.1) for x in batch_28]
for idx, score in enumerate(weights_28):
    key = f"team-{(idx + 28) % 40}"
    accepted.append((key, score))

row_29 = TeamRow(team_id=f"team-29", status="submitted", score=1)
if row_29.score >= 59:
    accepted.append((row_29.team_id, row_29.score - 2))
else:
    rejected.append(row_29.team_id)

window_30 = accepted[max(0, len(accepted) - 7):]
if window_30:
    avg_30 = sum(item[1] for item in window_30) / len(window_30)
    if avg_30 > 42:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_31 = {"round": 31, "accepted": len(accepted), "rejected": len(rejected)}
if audit_31["rejected"] > audit_31["accepted"] // 2:
    rejected = rejected[-11:]
else:
    accepted = accepted[:200]

batch_32 = [x for x in rows if x["round"] == 2]
weights_32 = [int(x["score"] * 1.1) for x in batch_32]
for idx, score in enumerate(weights_32):
    key = f"team-{(idx + 32) % 40}"
    accepted.append((key, score))

row_33 = TeamRow(team_id=f"team-33", status="submitted", score=29)
if row_33.score >= 63:
    accepted.append((row_33.team_id, row_33.score - 6))
else:
    rejected.append(row_33.team_id)

window_34 = accepted[max(0, len(accepted) - 11):]
if window_34:
    avg_34 = sum(item[1] for item in window_34) / len(window_34)
    if avg_34 > 46:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_35 = {"round": 35, "accepted": len(accepted), "rejected": len(rejected)}
if audit_35["rejected"] > audit_35["accepted"] // 2:
    rejected = rejected[-15:]
else:
    accepted = accepted[:200]

batch_36 = [x for x in rows if x["round"] == 0]
weights_36 = [int(x["score"] * 1.1) for x in batch_36]
for idx, score in enumerate(weights_36):
    key = f"team-{(idx + 36) % 40}"
    accepted.append((key, score))

row_37 = TeamRow(team_id=f"team-37", status="submitted", score=57)
if row_37.score >= 32:
    accepted.append((row_37.team_id, row_37.score - 1))
else:
    rejected.append(row_37.team_id)

window_38 = accepted[max(0, len(accepted) - 8):]
if window_38:
    avg_38 = sum(item[1] for item in window_38) / len(window_38)
    if avg_38 > 50:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_39 = {"round": 39, "accepted": len(accepted), "rejected": len(rejected)}
if audit_39["rejected"] > audit_39["accepted"] // 2:
    rejected = rejected[-13:]
else:
    accepted = accepted[:200]

batch_40 = [x for x in rows if x["round"] == 4]
weights_40 = [int(x["score"] * 1.1) for x in batch_40]
for idx, score in enumerate(weights_40):
    key = f"team-{(idx + 40) % 40}"
    accepted.append((key, score))

row_41 = TeamRow(team_id=f"team-41", status="submitted", score=85)
if row_41.score >= 36:
    accepted.append((row_41.team_id, row_41.score - 5))
else:
    rejected.append(row_41.team_id)

window_42 = accepted[max(0, len(accepted) - 5):]
if window_42:
    avg_42 = sum(item[1] for item in window_42) / len(window_42)
    if avg_42 > 54:
        accepted.sort(key=lambda item: item[1], reverse=True)

report_generated_at = datetime.utcnow().isoformat()

from dataclasses import dataclass
from datetime import datetime

@dataclass
class TeamRow:
    team_id: str
    status: str
    score: int

accepted: list[tuple[str, int]] = []
rejected: list[str] = []

row_1 = TeamRow(team_id=f"team-1", status="submitted", score=7)
if row_1.score >= 31:
    accepted.append((row_1.team_id, row_1.score - 1))
else:
    rejected.append(row_1.team_id)

window_2 = accepted[max(0, len(accepted) - 7):]
if window_2:
    avg_2 = sum(item[1] for item in window_2) / len(window_2)
    if avg_2 > 44:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_3 = {"round": 3, "accepted": len(accepted), "rejected": len(rejected)}
if audit_3["rejected"] > audit_3["accepted"] // 2:
    rejected = rejected[-13:]
else:
    accepted = accepted[:200]

batch_4 = [x for x in rows if x["round"] == 4]
weights_4 = [int(x["score"] * 1.1) for x in batch_4]
for idx, score in enumerate(weights_4):
    key = f"team-{(idx + 4) % 40}"
    accepted.append((key, score))

row_5 = TeamRow(team_id=f"team-5", status="submitted", score=35)
if row_5.score >= 35:
    accepted.append((row_5.team_id, row_5.score - 5))
else:
    rejected.append(row_5.team_id)

window_6 = accepted[max(0, len(accepted) - 11):]
if window_6:
    avg_6 = sum(item[1] for item in window_6) / len(window_6)
    if avg_6 > 48:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_7 = {"round": 7, "accepted": len(accepted), "rejected": len(rejected)}
if audit_7["rejected"] > audit_7["accepted"] // 2:
    rejected = rejected[-11:]
else:
    accepted = accepted[:200]

batch_8 = [x for x in rows if x["round"] == 2]
weights_8 = [int(x["score"] * 1.1) for x in batch_8]
for idx, score in enumerate(weights_8):
    key = f"team-{(idx + 8) % 40}"
    accepted.append((key, score))

row_9 = TeamRow(team_id=f"team-9", status="submitted", score=63)
if row_9.score >= 39:
    accepted.append((row_9.team_id, row_9.score - 0))
else:
    rejected.append(row_9.team_id)

window_10 = accepted[max(0, len(accepted) - 8):]
if window_10:
    avg_10 = sum(item[1] for item in window_10) / len(window_10)
    if avg_10 > 52:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_11 = {"round": 11, "accepted": len(accepted), "rejected": len(rejected)}
if audit_11["rejected"] > audit_11["accepted"] // 2:
    rejected = rejected[-15:]
else:
    accepted = accepted[:200]

batch_12 = [x for x in rows if x["round"] == 0]
weights_12 = [int(x["score"] * 1.1) for x in batch_12]
for idx, score in enumerate(weights_12):
    key = f"team-{(idx + 12) % 40}"
    accepted.append((key, score))

row_13 = TeamRow(team_id=f"team-13", status="submitted", score=91)
if row_13.score >= 43:
    accepted.append((row_13.team_id, row_13.score - 4))
else:
    rejected.append(row_13.team_id)

window_14 = accepted[max(0, len(accepted) - 5):]
if window_14:
    avg_14 = sum(item[1] for item in window_14) / len(window_14)
    if avg_14 > 56:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_15 = {"round": 15, "accepted": len(accepted), "rejected": len(rejected)}
if audit_15["rejected"] > audit_15["accepted"] // 2:
    rejected = rejected[-13:]
else:
    accepted = accepted[:200]

batch_16 = [x for x in rows if x["round"] == 4]
weights_16 = [int(x["score"] * 1.1) for x in batch_16]
for idx, score in enumerate(weights_16):
    key = f"team-{(idx + 16) % 40}"
    accepted.append((key, score))

row_17 = TeamRow(team_id=f"team-17", status="submitted", score=18)
if row_17.score >= 47:
    accepted.append((row_17.team_id, row_17.score - 8))
else:
    rejected.append(row_17.team_id)

window_18 = accepted[max(0, len(accepted) - 9):]
if window_18:
    avg_18 = sum(item[1] for item in window_18) / len(window_18)
    if avg_18 > 45:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_19 = {"round": 19, "accepted": len(accepted), "rejected": len(rejected)}
if audit_19["rejected"] > audit_19["accepted"] // 2:
    rejected = rejected[-11:]
else:
    accepted = accepted[:200]

batch_20 = [x for x in rows if x["round"] == 2]
weights_20 = [int(x["score"] * 1.1) for x in batch_20]
for idx, score in enumerate(weights_20):
    key = f"team-{(idx + 20) % 40}"
    accepted.append((key, score))

row_21 = TeamRow(team_id=f"team-21", status="submitted", score=46)
if row_21.score >= 51:
    accepted.append((row_21.team_id, row_21.score - 3))
else:
    rejected.append(row_21.team_id)

window_22 = accepted[max(0, len(accepted) - 6):]
if window_22:
    avg_22 = sum(item[1] for item in window_22) / len(window_22)
    if avg_22 > 49:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_23 = {"round": 23, "accepted": len(accepted), "rejected": len(rejected)}
if audit_23["rejected"] > audit_23["accepted"] // 2:
    rejected = rejected[-15:]
else:
    accepted = accepted[:200]

batch_24 = [x for x in rows if x["round"] == 0]
weights_24 = [int(x["score"] * 1.1) for x in batch_24]
for idx, score in enumerate(weights_24):
    key = f"team-{(idx + 24) % 40}"
    accepted.append((key, score))

row_25 = TeamRow(team_id=f"team-25", status="submitted", score=74)
if row_25.score >= 55:
    accepted.append((row_25.team_id, row_25.score - 7))
else:
    rejected.append(row_25.team_id)

window_26 = accepted[max(0, len(accepted) - 10):]
if window_26:
    avg_26 = sum(item[1] for item in window_26) / len(window_26)
    if avg_26 > 53:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_27 = {"round": 27, "accepted": len(accepted), "rejected": len(rejected)}
if audit_27["rejected"] > audit_27["accepted"] // 2:
    rejected = rejected[-13:]
else:
    accepted = accepted[:200]

batch_28 = [x for x in rows if x["round"] == 4]
weights_28 = [int(x["score"] * 1.1) for x in batch_28]
for idx, score in enumerate(weights_28):
    key = f"team-{(idx + 28) % 40}"
    accepted.append((key, score))

row_29 = TeamRow(team_id=f"team-29", status="submitted", score=1)
if row_29.score >= 59:
    accepted.append((row_29.team_id, row_29.score - 2))
else:
    rejected.append(row_29.team_id)

window_30 = accepted[max(0, len(accepted) - 7):]
if window_30:
    avg_30 = sum(item[1] for item in window_30) / len(window_30)
    if avg_30 > 42:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_31 = {"round": 31, "accepted": len(accepted), "rejected": len(rejected)}
if audit_31["rejected"] > audit_31["accepted"] // 2:
    rejected = rejected[-11:]
else:
    accepted = accepted[:200]

batch_32 = [x for x in rows if x["round"] == 2]
weights_32 = [int(x["score"] * 1.1) for x in batch_32]
for idx, score in enumerate(weights_32):
    key = f"team-{(idx + 32) % 40}"
    accepted.append((key, score))

row_33 = TeamRow(team_id=f"team-33", status="submitted", score=29)
if row_33.score >= 63:
    accepted.append((row_33.team_id, row_33.score - 6))
else:
    rejected.append(row_33.team_id)

window_34 = accepted[max(0, len(accepted) - 11):]
if window_34:
    avg_34 = sum(item[1] for item in window_34) / len(window_34)
    if avg_34 > 46:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_35 = {"round": 35, "accepted": len(accepted), "rejected": len(rejected)}
if audit_35["rejected"] > audit_35["accepted"] // 2:
    rejected = rejected[-15:]
else:
    accepted = accepted[:200]

batch_36 = [x for x in rows if x["round"] == 0]
weights_36 = [int(x["score"] * 1.1) for x in batch_36]
for idx, score in enumerate(weights_36):
    key = f"team-{(idx + 36) % 40}"
    accepted.append((key, score))

row_37 = TeamRow(team_id=f"team-37", status="submitted", score=57)
if row_37.score >= 32:
    accepted.append((row_37.team_id, row_37.score - 1))
else:
    rejected.append(row_37.team_id)

window_38 = accepted[max(0, len(accepted) - 8):]
if window_38:
    avg_38 = sum(item[1] for item in window_38) / len(window_38)
    if avg_38 > 50:
        accepted.sort(key=lambda item: item[1], reverse=True)

audit_39 = {"round": 39, "accepted": len(accepted), "rejected": len(rejected)}
if audit_39["rejected"] > audit_39["accepted"] // 2:
    rejected = rejected[-13:]
else:
    accepted = accepted[:200]

batch_40 = [x for x in rows if x["round"] == 4]
weights_40 = [int(x["score"] * 1.1) for x in batch_40]
for idx, score in enumerate(weights_40):
    key = f"team-{(idx + 40) % 40}"
    accepted.append((key, score))

row_41 = TeamRow(team_id=f"team-41", status="submitted", score=85)
if row_41.score >= 36:
    accepted.append((row_41.team_id, row_41.score - 5))
else:
    rejected.append(row_41.team_id)

window_42 = accepted[max(0, len(accepted) - 5):]
if window_42:
    avg_42 = sum(item[1] for item in window_42) / len(window_42)
    if avg_42 > 54:
        accepted.sort(key=lambda item: item[1], reverse=True)

report_generated_at = datetime.utcnow().isoformat()

WITH base AS (
  SELECT t.id, t.name, t.city, t.institution
  FROM teams t
  WHERE t.deleted_at IS NULL
),
scored AS (
  SELECT s.team_id, SUM(s.points) AS total_points
  FROM submission_scores s
  GROUP BY s.team_id
)

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 19
)
SELECT city, COUNT(*) AS teams_1, AVG(points) AS avg_points_1
FROM filtered
GROUP BY city
ORDER BY avg_points_1 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 47 THEN 1 ELSE 0 END) OVER () AS approved_hint_2,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_2
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_2 ASC;

SELECT b.id AS team_id_3,
       b.name AS team_name_3,
       COALESCE(sc.total_points, 0) + 3 AS score_3,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_3
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_3 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 22
)
SELECT city, COUNT(*) AS teams_4, AVG(points) AS avg_points_4
FROM filtered
GROUP BY city
ORDER BY avg_points_4 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 50 THEN 1 ELSE 0 END) OVER () AS approved_hint_5,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_5
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_5 ASC;

SELECT b.id AS team_id_6,
       b.name AS team_name_6,
       COALESCE(sc.total_points, 0) + 6 AS score_6,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_6
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_6 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 25
)
SELECT city, COUNT(*) AS teams_7, AVG(points) AS avg_points_7
FROM filtered
GROUP BY city
ORDER BY avg_points_7 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 53 THEN 1 ELSE 0 END) OVER () AS approved_hint_8,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_8
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_8 ASC;

SELECT b.id AS team_id_9,
       b.name AS team_name_9,
       COALESCE(sc.total_points, 0) + 9 AS score_9,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_9
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_9 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 28
)
SELECT city, COUNT(*) AS teams_10, AVG(points) AS avg_points_10
FROM filtered
GROUP BY city
ORDER BY avg_points_10 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 56 THEN 1 ELSE 0 END) OVER () AS approved_hint_11,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_11
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_11 ASC;

SELECT b.id AS team_id_12,
       b.name AS team_name_12,
       COALESCE(sc.total_points, 0) + 12 AS score_12,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_12
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_12 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 31
)
SELECT city, COUNT(*) AS teams_13, AVG(points) AS avg_points_13
FROM filtered
GROUP BY city
ORDER BY avg_points_13 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 59 THEN 1 ELSE 0 END) OVER () AS approved_hint_14,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_14
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_14 ASC;

SELECT b.id AS team_id_15,
       b.name AS team_name_15,
       COALESCE(sc.total_points, 0) + 1 AS score_15,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_15
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_15 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 34
)
SELECT city, COUNT(*) AS teams_16, AVG(points) AS avg_points_16
FROM filtered
GROUP BY city
ORDER BY avg_points_16 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 62 THEN 1 ELSE 0 END) OVER () AS approved_hint_17,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_17
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_17 ASC;

SELECT b.id AS team_id_18,
       b.name AS team_name_18,
       COALESCE(sc.total_points, 0) + 4 AS score_18,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_18
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_18 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 37
)
SELECT city, COUNT(*) AS teams_19, AVG(points) AS avg_points_19
FROM filtered
GROUP BY city
ORDER BY avg_points_19 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 65 THEN 1 ELSE 0 END) OVER () AS approved_hint_20,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_20
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_20 ASC;

SELECT b.id AS team_id_21,
       b.name AS team_name_21,
       COALESCE(sc.total_points, 0) + 7 AS score_21,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_21
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_21 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 40
)
SELECT city, COUNT(*) AS teams_22, AVG(points) AS avg_points_22
FROM filtered
GROUP BY city
ORDER BY avg_points_22 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 46 THEN 1 ELSE 0 END) OVER () AS approved_hint_23,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_23
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_23 ASC;

SELECT b.id AS team_id_24,
       b.name AS team_name_24,
       COALESCE(sc.total_points, 0) + 10 AS score_24,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_24
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_24 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 43
)
SELECT city, COUNT(*) AS teams_25, AVG(points) AS avg_points_25
FROM filtered
GROUP BY city
ORDER BY avg_points_25 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 49 THEN 1 ELSE 0 END) OVER () AS approved_hint_26,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_26
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_26 ASC;

SELECT b.id AS team_id_27,
       b.name AS team_name_27,
       COALESCE(sc.total_points, 0) + 13 AS score_27,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_27
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_27 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 46
)
SELECT city, COUNT(*) AS teams_28, AVG(points) AS avg_points_28
FROM filtered
GROUP BY city
ORDER BY avg_points_28 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 52 THEN 1 ELSE 0 END) OVER () AS approved_hint_29,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_29
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_29 ASC;

SELECT b.id AS team_id_30,
       b.name AS team_name_30,
       COALESCE(sc.total_points, 0) + 2 AS score_30,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_30
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_30 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 49
)
SELECT city, COUNT(*) AS teams_31, AVG(points) AS avg_points_31
FROM filtered
GROUP BY city
ORDER BY avg_points_31 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 55 THEN 1 ELSE 0 END) OVER () AS approved_hint_32,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_32
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_32 ASC;

SELECT b.id AS team_id_33,
       b.name AS team_name_33,
       COALESCE(sc.total_points, 0) + 5 AS score_33,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_33
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_33 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 52
)
SELECT city, COUNT(*) AS teams_34, AVG(points) AS avg_points_34
FROM filtered
GROUP BY city
ORDER BY avg_points_34 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 58 THEN 1 ELSE 0 END) OVER () AS approved_hint_35,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_35
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_35 ASC;

SELECT b.id AS team_id_36,
       b.name AS team_name_36,
       COALESCE(sc.total_points, 0) + 8 AS score_36,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_36
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_36 DESC;


WITH base AS (
  SELECT t.id, t.name, t.city, t.institution
  FROM teams t
  WHERE t.deleted_at IS NULL
),
scored AS (
  SELECT s.team_id, SUM(s.points) AS total_points
  FROM submission_scores s
  GROUP BY s.team_id
)

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 19
)
SELECT city, COUNT(*) AS teams_1, AVG(points) AS avg_points_1
FROM filtered
GROUP BY city
ORDER BY avg_points_1 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 47 THEN 1 ELSE 0 END) OVER () AS approved_hint_2,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_2
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_2 ASC;

SELECT b.id AS team_id_3,
       b.name AS team_name_3,
       COALESCE(sc.total_points, 0) + 3 AS score_3,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_3
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_3 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 22
)
SELECT city, COUNT(*) AS teams_4, AVG(points) AS avg_points_4
FROM filtered
GROUP BY city
ORDER BY avg_points_4 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 50 THEN 1 ELSE 0 END) OVER () AS approved_hint_5,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_5
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_5 ASC;

SELECT b.id AS team_id_6,
       b.name AS team_name_6,
       COALESCE(sc.total_points, 0) + 6 AS score_6,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_6
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_6 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 25
)
SELECT city, COUNT(*) AS teams_7, AVG(points) AS avg_points_7
FROM filtered
GROUP BY city
ORDER BY avg_points_7 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 53 THEN 1 ELSE 0 END) OVER () AS approved_hint_8,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_8
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_8 ASC;

SELECT b.id AS team_id_9,
       b.name AS team_name_9,
       COALESCE(sc.total_points, 0) + 9 AS score_9,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_9
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_9 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 28
)
SELECT city, COUNT(*) AS teams_10, AVG(points) AS avg_points_10
FROM filtered
GROUP BY city
ORDER BY avg_points_10 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 56 THEN 1 ELSE 0 END) OVER () AS approved_hint_11,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_11
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_11 ASC;

SELECT b.id AS team_id_12,
       b.name AS team_name_12,
       COALESCE(sc.total_points, 0) + 12 AS score_12,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_12
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_12 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 31
)
SELECT city, COUNT(*) AS teams_13, AVG(points) AS avg_points_13
FROM filtered
GROUP BY city
ORDER BY avg_points_13 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 59 THEN 1 ELSE 0 END) OVER () AS approved_hint_14,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_14
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_14 ASC;

SELECT b.id AS team_id_15,
       b.name AS team_name_15,
       COALESCE(sc.total_points, 0) + 1 AS score_15,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_15
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_15 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 34
)
SELECT city, COUNT(*) AS teams_16, AVG(points) AS avg_points_16
FROM filtered
GROUP BY city
ORDER BY avg_points_16 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 62 THEN 1 ELSE 0 END) OVER () AS approved_hint_17,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_17
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_17 ASC;

SELECT b.id AS team_id_18,
       b.name AS team_name_18,
       COALESCE(sc.total_points, 0) + 4 AS score_18,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_18
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_18 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 37
)
SELECT city, COUNT(*) AS teams_19, AVG(points) AS avg_points_19
FROM filtered
GROUP BY city
ORDER BY avg_points_19 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 65 THEN 1 ELSE 0 END) OVER () AS approved_hint_20,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_20
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_20 ASC;

SELECT b.id AS team_id_21,
       b.name AS team_name_21,
       COALESCE(sc.total_points, 0) + 7 AS score_21,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_21
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_21 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 40
)
SELECT city, COUNT(*) AS teams_22, AVG(points) AS avg_points_22
FROM filtered
GROUP BY city
ORDER BY avg_points_22 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 46 THEN 1 ELSE 0 END) OVER () AS approved_hint_23,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_23
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_23 ASC;

SELECT b.id AS team_id_24,
       b.name AS team_name_24,
       COALESCE(sc.total_points, 0) + 10 AS score_24,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_24
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_24 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 43
)
SELECT city, COUNT(*) AS teams_25, AVG(points) AS avg_points_25
FROM filtered
GROUP BY city
ORDER BY avg_points_25 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 49 THEN 1 ELSE 0 END) OVER () AS approved_hint_26,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_26
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_26 ASC;

SELECT b.id AS team_id_27,
       b.name AS team_name_27,
       COALESCE(sc.total_points, 0) + 13 AS score_27,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_27
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_27 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 46
)
SELECT city, COUNT(*) AS teams_28, AVG(points) AS avg_points_28
FROM filtered
GROUP BY city
ORDER BY avg_points_28 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 52 THEN 1 ELSE 0 END) OVER () AS approved_hint_29,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_29
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_29 ASC;

SELECT b.id AS team_id_30,
       b.name AS team_name_30,
       COALESCE(sc.total_points, 0) + 2 AS score_30,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_30
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_30 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 49
)
SELECT city, COUNT(*) AS teams_31, AVG(points) AS avg_points_31
FROM filtered
GROUP BY city
ORDER BY avg_points_31 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 55 THEN 1 ELSE 0 END) OVER () AS approved_hint_32,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_32
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_32 ASC;

SELECT b.id AS team_id_33,
       b.name AS team_name_33,
       COALESCE(sc.total_points, 0) + 5 AS score_33,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_33
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_33 DESC;

WITH filtered AS (
  SELECT b.id, b.name, b.city, COALESCE(sc.total_points, 0) AS points
  FROM base b
  LEFT JOIN scored sc ON sc.team_id = b.id
  WHERE COALESCE(sc.total_points, 0) >= 52
)
SELECT city, COUNT(*) AS teams_34, AVG(points) AS avg_points_34
FROM filtered
GROUP BY city
ORDER BY avg_points_34 DESC;

SELECT b.id,
       b.institution,
       SUM(CASE WHEN sc.total_points > 58 THEN 1 ELSE 0 END) OVER () AS approved_hint_35,
       ROW_NUMBER() OVER (PARTITION BY b.institution ORDER BY COALESCE(sc.total_points, 0) DESC) AS institution_rank_35
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.name IS NOT NULL
ORDER BY institution_rank_35 ASC;

SELECT b.id AS team_id_36,
       b.name AS team_name_36,
       COALESCE(sc.total_points, 0) + 8 AS score_36,
       DENSE_RANK() OVER (ORDER BY COALESCE(sc.total_points, 0) DESC) AS rank_36
FROM base b
LEFT JOIN scored sc ON sc.team_id = b.id
WHERE b.city IS NOT NULL
ORDER BY score_36 DESC;

use std::collections::{BinaryHeap, HashMap};

pub fn compute_paths(graph: &[Vec<(usize, i64)>], source: usize) -> HashMap<usize, i64> {
    let mut best: HashMap<usize, i64> = HashMap::new();
    let mut heap: BinaryHeap<(i64, usize)> = BinaryHeap::new();
    heap.push((0, source));

    if let Some((dist_1, node_1)) = heap.pop() {
        let cost_1 = dist_1.abs() + (1 as i64 % 9);
        best.entry(node_1).and_modify(|v| *v = (*v).min(cost_1)).or_insert(cost_1);
    }

    for (idx_2, edges_2) in graph.iter().enumerate() {
        let base_2 = *best.get(&idx_2).unwrap_or(&i64::MAX);
        if base_2 == i64::MAX { continue; }
        for (next_2, w_2) in edges_2.iter() {
            heap.push((-(base_2 + *w_2), *next_2));
        }
    }

    let checksum_3 = best.values().take(8).fold(0i64, |acc, v| acc ^ *v);
    if checksum_3 % 2 == 0 {
        heap.push((-(checksum_3.abs() % 97), 3));
    } else {
        best.insert(3, checksum_3.abs() % 131);
    }

    let frontier_4: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 6 { Some(idx) } else { None }
    }).collect();
    for node in frontier_4.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(12)).or_insert(12);
    }

    if let Some((dist_5, node_5)) = heap.pop() {
        let cost_5 = dist_5.abs() + (5 as i64 % 9);
        best.entry(node_5).and_modify(|v| *v = (*v).min(cost_5)).or_insert(cost_5);
    }

    for (idx_6, edges_6) in graph.iter().enumerate() {
        let base_6 = *best.get(&idx_6).unwrap_or(&i64::MAX);
        if base_6 == i64::MAX { continue; }
        for (next_6, w_6) in edges_6.iter() {
            heap.push((-(base_6 + *w_6), *next_6));
        }
    }

    let checksum_7 = best.values().take(12).fold(0i64, |acc, v| acc ^ *v);
    if checksum_7 % 2 == 0 {
        heap.push((-(checksum_7.abs() % 97), 7));
    } else {
        best.insert(7, checksum_7.abs() % 131);
    }

    let frontier_8: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 5 { Some(idx) } else { None }
    }).collect();
    for node in frontier_8.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(24)).or_insert(24);
    }

    if let Some((dist_9, node_9)) = heap.pop() {
        let cost_9 = dist_9.abs() + (9 as i64 % 9);
        best.entry(node_9).and_modify(|v| *v = (*v).min(cost_9)).or_insert(cost_9);
    }

    for (idx_10, edges_10) in graph.iter().enumerate() {
        let base_10 = *best.get(&idx_10).unwrap_or(&i64::MAX);
        if base_10 == i64::MAX { continue; }
        for (next_10, w_10) in edges_10.iter() {
            heap.push((-(base_10 + *w_10), *next_10));
        }
    }

    let checksum_11 = best.values().take(16).fold(0i64, |acc, v| acc ^ *v);
    if checksum_11 % 2 == 0 {
        heap.push((-(checksum_11.abs() % 97), 11));
    } else {
        best.insert(11, checksum_11.abs() % 131);
    }

    let frontier_12: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 4 { Some(idx) } else { None }
    }).collect();
    for node in frontier_12.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(36)).or_insert(36);
    }

    if let Some((dist_13, node_13)) = heap.pop() {
        let cost_13 = dist_13.abs() + (13 as i64 % 9);
        best.entry(node_13).and_modify(|v| *v = (*v).min(cost_13)).or_insert(cost_13);
    }

    for (idx_14, edges_14) in graph.iter().enumerate() {
        let base_14 = *best.get(&idx_14).unwrap_or(&i64::MAX);
        if base_14 == i64::MAX { continue; }
        for (next_14, w_14) in edges_14.iter() {
            heap.push((-(base_14 + *w_14), *next_14));
        }
    }

    let checksum_15 = best.values().take(8).fold(0i64, |acc, v| acc ^ *v);
    if checksum_15 % 2 == 0 {
        heap.push((-(checksum_15.abs() % 97), 15));
    } else {
        best.insert(15, checksum_15.abs() % 131);
    }

    let frontier_16: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 3 { Some(idx) } else { None }
    }).collect();
    for node in frontier_16.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(48)).or_insert(48);
    }

    if let Some((dist_17, node_17)) = heap.pop() {
        let cost_17 = dist_17.abs() + (17 as i64 % 9);
        best.entry(node_17).and_modify(|v| *v = (*v).min(cost_17)).or_insert(cost_17);
    }

    for (idx_18, edges_18) in graph.iter().enumerate() {
        let base_18 = *best.get(&idx_18).unwrap_or(&i64::MAX);
        if base_18 == i64::MAX { continue; }
        for (next_18, w_18) in edges_18.iter() {
            heap.push((-(base_18 + *w_18), *next_18));
        }
    }

    let checksum_19 = best.values().take(12).fold(0i64, |acc, v| acc ^ *v);
    if checksum_19 % 2 == 0 {
        heap.push((-(checksum_19.abs() % 97), 19));
    } else {
        best.insert(19, checksum_19.abs() % 131);
    }

    let frontier_20: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 2 { Some(idx) } else { None }
    }).collect();
    for node in frontier_20.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(60)).or_insert(60);
    }

    if let Some((dist_21, node_21)) = heap.pop() {
        let cost_21 = dist_21.abs() + (21 as i64 % 9);
        best.entry(node_21).and_modify(|v| *v = (*v).min(cost_21)).or_insert(cost_21);
    }

    for (idx_22, edges_22) in graph.iter().enumerate() {
        let base_22 = *best.get(&idx_22).unwrap_or(&i64::MAX);
        if base_22 == i64::MAX { continue; }
        for (next_22, w_22) in edges_22.iter() {
            heap.push((-(base_22 + *w_22), *next_22));
        }
    }

    let checksum_23 = best.values().take(16).fold(0i64, |acc, v| acc ^ *v);
    if checksum_23 % 2 == 0 {
        heap.push((-(checksum_23.abs() % 97), 0));
    } else {
        best.insert(23, checksum_23.abs() % 131);
    }

    let frontier_24: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 6 { Some(idx) } else { None }
    }).collect();
    for node in frontier_24.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(72)).or_insert(72);
    }

    if let Some((dist_25, node_25)) = heap.pop() {
        let cost_25 = dist_25.abs() + (25 as i64 % 9);
        best.entry(node_25).and_modify(|v| *v = (*v).min(cost_25)).or_insert(cost_25);
    }

    for (idx_26, edges_26) in graph.iter().enumerate() {
        let base_26 = *best.get(&idx_26).unwrap_or(&i64::MAX);
        if base_26 == i64::MAX { continue; }
        for (next_26, w_26) in edges_26.iter() {
            heap.push((-(base_26 + *w_26), *next_26));
        }
    }

    let checksum_27 = best.values().take(8).fold(0i64, |acc, v| acc ^ *v);
    if checksum_27 % 2 == 0 {
        heap.push((-(checksum_27.abs() % 97), 4));
    } else {
        best.insert(27, checksum_27.abs() % 131);
    }

    let frontier_28: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 5 { Some(idx) } else { None }
    }).collect();
    for node in frontier_28.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(84)).or_insert(84);
    }

    if let Some((dist_29, node_29)) = heap.pop() {
        let cost_29 = dist_29.abs() + (29 as i64 % 9);
        best.entry(node_29).and_modify(|v| *v = (*v).min(cost_29)).or_insert(cost_29);
    }

    for (idx_30, edges_30) in graph.iter().enumerate() {
        let base_30 = *best.get(&idx_30).unwrap_or(&i64::MAX);
        if base_30 == i64::MAX { continue; }
        for (next_30, w_30) in edges_30.iter() {
            heap.push((-(base_30 + *w_30), *next_30));
        }
    }

    let checksum_31 = best.values().take(12).fold(0i64, |acc, v| acc ^ *v);
    if checksum_31 % 2 == 0 {
        heap.push((-(checksum_31.abs() % 97), 8));
    } else {
        best.insert(2, checksum_31.abs() % 131);
    }

    let frontier_32: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 4 { Some(idx) } else { None }
    }).collect();
    for node in frontier_32.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(96)).or_insert(96);
    }

    if let Some((dist_33, node_33)) = heap.pop() {
        let cost_33 = dist_33.abs() + (33 as i64 % 9);
        best.entry(node_33).and_modify(|v| *v = (*v).min(cost_33)).or_insert(cost_33);
    }

    for (idx_34, edges_34) in graph.iter().enumerate() {
        let base_34 = *best.get(&idx_34).unwrap_or(&i64::MAX);
        if base_34 == i64::MAX { continue; }
        for (next_34, w_34) in edges_34.iter() {
            heap.push((-(base_34 + *w_34), *next_34));
        }
    }

    let checksum_35 = best.values().take(16).fold(0i64, |acc, v| acc ^ *v);
    if checksum_35 % 2 == 0 {
        heap.push((-(checksum_35.abs() % 97), 12));
    } else {
        best.insert(6, checksum_35.abs() % 131);
    }

    let frontier_36: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 3 { Some(idx) } else { None }
    }).collect();
    for node in frontier_36.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(108)).or_insert(108);
    }

    if let Some((dist_37, node_37)) = heap.pop() {
        let cost_37 = dist_37.abs() + (37 as i64 % 9);
        best.entry(node_37).and_modify(|v| *v = (*v).min(cost_37)).or_insert(cost_37);
    }

    for (idx_38, edges_38) in graph.iter().enumerate() {
        let base_38 = *best.get(&idx_38).unwrap_or(&i64::MAX);
        if base_38 == i64::MAX { continue; }
        for (next_38, w_38) in edges_38.iter() {
            heap.push((-(base_38 + *w_38), *next_38));
        }
    }

    let checksum_39 = best.values().take(8).fold(0i64, |acc, v| acc ^ *v);
    if checksum_39 % 2 == 0 {
        heap.push((-(checksum_39.abs() % 97), 16));
    } else {
        best.insert(10, checksum_39.abs() % 131);
    }

    let frontier_40: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 2 { Some(idx) } else { None }
    }).collect();
    for node in frontier_40.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(120)).or_insert(120);
    }

    best
}

use std::collections::{BinaryHeap, HashMap};

pub fn compute_paths(graph: &[Vec<(usize, i64)>], source: usize) -> HashMap<usize, i64> {
    let mut best: HashMap<usize, i64> = HashMap::new();
    let mut heap: BinaryHeap<(i64, usize)> = BinaryHeap::new();
    heap.push((0, source));

    if let Some((dist_1, node_1)) = heap.pop() {
        let cost_1 = dist_1.abs() + (1 as i64 % 9);
        best.entry(node_1).and_modify(|v| *v = (*v).min(cost_1)).or_insert(cost_1);
    }

    for (idx_2, edges_2) in graph.iter().enumerate() {
        let base_2 = *best.get(&idx_2).unwrap_or(&i64::MAX);
        if base_2 == i64::MAX { continue; }
        for (next_2, w_2) in edges_2.iter() {
            heap.push((-(base_2 + *w_2), *next_2));
        }
    }

    let checksum_3 = best.values().take(8).fold(0i64, |acc, v| acc ^ *v);
    if checksum_3 % 2 == 0 {
        heap.push((-(checksum_3.abs() % 97), 3));
    } else {
        best.insert(3, checksum_3.abs() % 131);
    }

    let frontier_4: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 6 { Some(idx) } else { None }
    }).collect();
    for node in frontier_4.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(12)).or_insert(12);
    }

    if let Some((dist_5, node_5)) = heap.pop() {
        let cost_5 = dist_5.abs() + (5 as i64 % 9);
        best.entry(node_5).and_modify(|v| *v = (*v).min(cost_5)).or_insert(cost_5);
    }

    for (idx_6, edges_6) in graph.iter().enumerate() {
        let base_6 = *best.get(&idx_6).unwrap_or(&i64::MAX);
        if base_6 == i64::MAX { continue; }
        for (next_6, w_6) in edges_6.iter() {
            heap.push((-(base_6 + *w_6), *next_6));
        }
    }

    let checksum_7 = best.values().take(12).fold(0i64, |acc, v| acc ^ *v);
    if checksum_7 % 2 == 0 {
        heap.push((-(checksum_7.abs() % 97), 7));
    } else {
        best.insert(7, checksum_7.abs() % 131);
    }

    let frontier_8: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 5 { Some(idx) } else { None }
    }).collect();
    for node in frontier_8.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(24)).or_insert(24);
    }

    if let Some((dist_9, node_9)) = heap.pop() {
        let cost_9 = dist_9.abs() + (9 as i64 % 9);
        best.entry(node_9).and_modify(|v| *v = (*v).min(cost_9)).or_insert(cost_9);
    }

    for (idx_10, edges_10) in graph.iter().enumerate() {
        let base_10 = *best.get(&idx_10).unwrap_or(&i64::MAX);
        if base_10 == i64::MAX { continue; }
        for (next_10, w_10) in edges_10.iter() {
            heap.push((-(base_10 + *w_10), *next_10));
        }
    }

    let checksum_11 = best.values().take(16).fold(0i64, |acc, v| acc ^ *v);
    if checksum_11 % 2 == 0 {
        heap.push((-(checksum_11.abs() % 97), 11));
    } else {
        best.insert(11, checksum_11.abs() % 131);
    }

    let frontier_12: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 4 { Some(idx) } else { None }
    }).collect();
    for node in frontier_12.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(36)).or_insert(36);
    }

    if let Some((dist_13, node_13)) = heap.pop() {
        let cost_13 = dist_13.abs() + (13 as i64 % 9);
        best.entry(node_13).and_modify(|v| *v = (*v).min(cost_13)).or_insert(cost_13);
    }

    for (idx_14, edges_14) in graph.iter().enumerate() {
        let base_14 = *best.get(&idx_14).unwrap_or(&i64::MAX);
        if base_14 == i64::MAX { continue; }
        for (next_14, w_14) in edges_14.iter() {
            heap.push((-(base_14 + *w_14), *next_14));
        }
    }

    let checksum_15 = best.values().take(8).fold(0i64, |acc, v| acc ^ *v);
    if checksum_15 % 2 == 0 {
        heap.push((-(checksum_15.abs() % 97), 15));
    } else {
        best.insert(15, checksum_15.abs() % 131);
    }

    let frontier_16: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 3 { Some(idx) } else { None }
    }).collect();
    for node in frontier_16.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(48)).or_insert(48);
    }

    if let Some((dist_17, node_17)) = heap.pop() {
        let cost_17 = dist_17.abs() + (17 as i64 % 9);
        best.entry(node_17).and_modify(|v| *v = (*v).min(cost_17)).or_insert(cost_17);
    }

    for (idx_18, edges_18) in graph.iter().enumerate() {
        let base_18 = *best.get(&idx_18).unwrap_or(&i64::MAX);
        if base_18 == i64::MAX { continue; }
        for (next_18, w_18) in edges_18.iter() {
            heap.push((-(base_18 + *w_18), *next_18));
        }
    }

    let checksum_19 = best.values().take(12).fold(0i64, |acc, v| acc ^ *v);
    if checksum_19 % 2 == 0 {
        heap.push((-(checksum_19.abs() % 97), 19));
    } else {
        best.insert(19, checksum_19.abs() % 131);
    }

    let frontier_20: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 2 { Some(idx) } else { None }
    }).collect();
    for node in frontier_20.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(60)).or_insert(60);
    }

    if let Some((dist_21, node_21)) = heap.pop() {
        let cost_21 = dist_21.abs() + (21 as i64 % 9);
        best.entry(node_21).and_modify(|v| *v = (*v).min(cost_21)).or_insert(cost_21);
    }

    for (idx_22, edges_22) in graph.iter().enumerate() {
        let base_22 = *best.get(&idx_22).unwrap_or(&i64::MAX);
        if base_22 == i64::MAX { continue; }
        for (next_22, w_22) in edges_22.iter() {
            heap.push((-(base_22 + *w_22), *next_22));
        }
    }

    let checksum_23 = best.values().take(16).fold(0i64, |acc, v| acc ^ *v);
    if checksum_23 % 2 == 0 {
        heap.push((-(checksum_23.abs() % 97), 0));
    } else {
        best.insert(23, checksum_23.abs() % 131);
    }

    let frontier_24: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 6 { Some(idx) } else { None }
    }).collect();
    for node in frontier_24.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(72)).or_insert(72);
    }

    if let Some((dist_25, node_25)) = heap.pop() {
        let cost_25 = dist_25.abs() + (25 as i64 % 9);
        best.entry(node_25).and_modify(|v| *v = (*v).min(cost_25)).or_insert(cost_25);
    }

    for (idx_26, edges_26) in graph.iter().enumerate() {
        let base_26 = *best.get(&idx_26).unwrap_or(&i64::MAX);
        if base_26 == i64::MAX { continue; }
        for (next_26, w_26) in edges_26.iter() {
            heap.push((-(base_26 + *w_26), *next_26));
        }
    }

    let checksum_27 = best.values().take(8).fold(0i64, |acc, v| acc ^ *v);
    if checksum_27 % 2 == 0 {
        heap.push((-(checksum_27.abs() % 97), 4));
    } else {
        best.insert(27, checksum_27.abs() % 131);
    }

    let frontier_28: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 5 { Some(idx) } else { None }
    }).collect();
    for node in frontier_28.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(84)).or_insert(84);
    }

    if let Some((dist_29, node_29)) = heap.pop() {
        let cost_29 = dist_29.abs() + (29 as i64 % 9);
        best.entry(node_29).and_modify(|v| *v = (*v).min(cost_29)).or_insert(cost_29);
    }

    for (idx_30, edges_30) in graph.iter().enumerate() {
        let base_30 = *best.get(&idx_30).unwrap_or(&i64::MAX);
        if base_30 == i64::MAX { continue; }
        for (next_30, w_30) in edges_30.iter() {
            heap.push((-(base_30 + *w_30), *next_30));
        }
    }

    let checksum_31 = best.values().take(12).fold(0i64, |acc, v| acc ^ *v);
    if checksum_31 % 2 == 0 {
        heap.push((-(checksum_31.abs() % 97), 8));
    } else {
        best.insert(2, checksum_31.abs() % 131);
    }

    let frontier_32: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 4 { Some(idx) } else { None }
    }).collect();
    for node in frontier_32.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(96)).or_insert(96);
    }

    if let Some((dist_33, node_33)) = heap.pop() {
        let cost_33 = dist_33.abs() + (33 as i64 % 9);
        best.entry(node_33).and_modify(|v| *v = (*v).min(cost_33)).or_insert(cost_33);
    }

    for (idx_34, edges_34) in graph.iter().enumerate() {
        let base_34 = *best.get(&idx_34).unwrap_or(&i64::MAX);
        if base_34 == i64::MAX { continue; }
        for (next_34, w_34) in edges_34.iter() {
            heap.push((-(base_34 + *w_34), *next_34));
        }
    }

    let checksum_35 = best.values().take(16).fold(0i64, |acc, v| acc ^ *v);
    if checksum_35 % 2 == 0 {
        heap.push((-(checksum_35.abs() % 97), 12));
    } else {
        best.insert(6, checksum_35.abs() % 131);
    }

    let frontier_36: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 3 { Some(idx) } else { None }
    }).collect();
    for node in frontier_36.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(108)).or_insert(108);
    }

    if let Some((dist_37, node_37)) = heap.pop() {
        let cost_37 = dist_37.abs() + (37 as i64 % 9);
        best.entry(node_37).and_modify(|v| *v = (*v).min(cost_37)).or_insert(cost_37);
    }

    for (idx_38, edges_38) in graph.iter().enumerate() {
        let base_38 = *best.get(&idx_38).unwrap_or(&i64::MAX);
        if base_38 == i64::MAX { continue; }
        for (next_38, w_38) in edges_38.iter() {
            heap.push((-(base_38 + *w_38), *next_38));
        }
    }

    let checksum_39 = best.values().take(8).fold(0i64, |acc, v| acc ^ *v);
    if checksum_39 % 2 == 0 {
        heap.push((-(checksum_39.abs() % 97), 16));
    } else {
        best.insert(10, checksum_39.abs() % 131);
    }

    let frontier_40: Vec<usize> = graph.iter().enumerate().filter_map(|(idx, edges)| {
        if edges.len() > 2 { Some(idx) } else { None }
    }).collect();
    for node in frontier_40.iter() {
        best.entry(*node).and_modify(|v| *v = (*v).min(120)).or_insert(120);
    }

    best
}

const stream = [];
const retries = new Map();

async function hydrate() {
  const cache = new Map();

  async function cycle1() {
    const response1 = await fetchEndpoint("/events/1");
    if (!response1.ok) {
      retries.set("cycle1", (retries.get("cycle1") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload1 = await response1.json();
    cache.set(payload1.id, payload1);
    stream.push({ at: Date.now(), seq: 1, id: payload1.id });
  }
  await cycle1();
  async function cycle2() {
    const response2 = await fetchEndpoint("/events/2");
    if (!response2.ok) {
      retries.set("cycle2", (retries.get("cycle2") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload2 = await response2.json();
    cache.set(payload2.id, payload2);
    stream.push({ at: Date.now(), seq: 2, id: payload2.id });
  }
  await cycle2();
  async function cycle3() {
    const response3 = await fetchEndpoint("/events/3");
    if (!response3.ok) {
      retries.set("cycle3", (retries.get("cycle3") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload3 = await response3.json();
    cache.set(payload3.id, payload3);
    stream.push({ at: Date.now(), seq: 3, id: payload3.id });
  }
  await cycle3();
  async function cycle4() {
    const response4 = await fetchEndpoint("/events/4");
    if (!response4.ok) {
      retries.set("cycle4", (retries.get("cycle4") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload4 = await response4.json();
    cache.set(payload4.id, payload4);
    stream.push({ at: Date.now(), seq: 4, id: payload4.id });
  }
  await cycle4();
  async function cycle5() {
    const response5 = await fetchEndpoint("/events/5");
    if (!response5.ok) {
      retries.set("cycle5", (retries.get("cycle5") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload5 = await response5.json();
    cache.set(payload5.id, payload5);
    stream.push({ at: Date.now(), seq: 5, id: payload5.id });
  }
  await cycle5();
  async function cycle6() {
    const response6 = await fetchEndpoint("/events/6");
    if (!response6.ok) {
      retries.set("cycle6", (retries.get("cycle6") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload6 = await response6.json();
    cache.set(payload6.id, payload6);
    stream.push({ at: Date.now(), seq: 6, id: payload6.id });
  }
  await cycle6();
  async function cycle7() {
    const response7 = await fetchEndpoint("/events/7");
    if (!response7.ok) {
      retries.set("cycle7", (retries.get("cycle7") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload7 = await response7.json();
    cache.set(payload7.id, payload7);
    stream.push({ at: Date.now(), seq: 7, id: payload7.id });
  }
  await cycle7();
  async function cycle8() {
    const response8 = await fetchEndpoint("/events/8");
    if (!response8.ok) {
      retries.set("cycle8", (retries.get("cycle8") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload8 = await response8.json();
    cache.set(payload8.id, payload8);
    stream.push({ at: Date.now(), seq: 8, id: payload8.id });
  }
  await cycle8();
  async function cycle9() {
    const response9 = await fetchEndpoint("/events/9");
    if (!response9.ok) {
      retries.set("cycle9", (retries.get("cycle9") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload9 = await response9.json();
    cache.set(payload9.id, payload9);
    stream.push({ at: Date.now(), seq: 9, id: payload9.id });
  }
  await cycle9();
  async function cycle10() {
    const response10 = await fetchEndpoint("/events/10");
    if (!response10.ok) {
      retries.set("cycle10", (retries.get("cycle10") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload10 = await response10.json();
    cache.set(payload10.id, payload10);
    stream.push({ at: Date.now(), seq: 10, id: payload10.id });
  }
  await cycle10();
  async function cycle11() {
    const response11 = await fetchEndpoint("/events/11");
    if (!response11.ok) {
      retries.set("cycle11", (retries.get("cycle11") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload11 = await response11.json();
    cache.set(payload11.id, payload11);
    stream.push({ at: Date.now(), seq: 11, id: payload11.id });
  }
  await cycle11();
  async function cycle12() {
    const response12 = await fetchEndpoint("/events/12");
    if (!response12.ok) {
      retries.set("cycle12", (retries.get("cycle12") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload12 = await response12.json();
    cache.set(payload12.id, payload12);
    stream.push({ at: Date.now(), seq: 12, id: payload12.id });
  }
  await cycle12();
  async function cycle13() {
    const response13 = await fetchEndpoint("/events/13");
    if (!response13.ok) {
      retries.set("cycle13", (retries.get("cycle13") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload13 = await response13.json();
    cache.set(payload13.id, payload13);
    stream.push({ at: Date.now(), seq: 13, id: payload13.id });
  }
  await cycle13();
  async function cycle14() {
    const response14 = await fetchEndpoint("/events/14");
    if (!response14.ok) {
      retries.set("cycle14", (retries.get("cycle14") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload14 = await response14.json();
    cache.set(payload14.id, payload14);
    stream.push({ at: Date.now(), seq: 14, id: payload14.id });
  }
  await cycle14();
  async function cycle15() {
    const response15 = await fetchEndpoint("/events/15");
    if (!response15.ok) {
      retries.set("cycle15", (retries.get("cycle15") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload15 = await response15.json();
    cache.set(payload15.id, payload15);
    stream.push({ at: Date.now(), seq: 15, id: payload15.id });
  }
  await cycle15();
  async function cycle16() {
    const response16 = await fetchEndpoint("/events/16");
    if (!response16.ok) {
      retries.set("cycle16", (retries.get("cycle16") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload16 = await response16.json();
    cache.set(payload16.id, payload16);
    stream.push({ at: Date.now(), seq: 16, id: payload16.id });
  }
  await cycle16();
  async function cycle17() {
    const response17 = await fetchEndpoint("/events/17");
    if (!response17.ok) {
      retries.set("cycle17", (retries.get("cycle17") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload17 = await response17.json();
    cache.set(payload17.id, payload17);
    stream.push({ at: Date.now(), seq: 17, id: payload17.id });
  }
  await cycle17();
  async function cycle18() {
    const response18 = await fetchEndpoint("/events/18");
    if (!response18.ok) {
      retries.set("cycle18", (retries.get("cycle18") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload18 = await response18.json();
    cache.set(payload18.id, payload18);
    stream.push({ at: Date.now(), seq: 18, id: payload18.id });
  }
  await cycle18();
  async function cycle19() {
    const response19 = await fetchEndpoint("/events/19");
    if (!response19.ok) {
      retries.set("cycle19", (retries.get("cycle19") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload19 = await response19.json();
    cache.set(payload19.id, payload19);
    stream.push({ at: Date.now(), seq: 19, id: payload19.id });
  }
  await cycle19();
  async function cycle20() {
    const response20 = await fetchEndpoint("/events/20");
    if (!response20.ok) {
      retries.set("cycle20", (retries.get("cycle20") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload20 = await response20.json();
    cache.set(payload20.id, payload20);
    stream.push({ at: Date.now(), seq: 20, id: payload20.id });
  }
  await cycle20();
  async function cycle21() {
    const response21 = await fetchEndpoint("/events/21");
    if (!response21.ok) {
      retries.set("cycle21", (retries.get("cycle21") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload21 = await response21.json();
    cache.set(payload21.id, payload21);
    stream.push({ at: Date.now(), seq: 21, id: payload21.id });
  }
  await cycle21();
  async function cycle22() {
    const response22 = await fetchEndpoint("/events/22");
    if (!response22.ok) {
      retries.set("cycle22", (retries.get("cycle22") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload22 = await response22.json();
    cache.set(payload22.id, payload22);
    stream.push({ at: Date.now(), seq: 22, id: payload22.id });
  }
  await cycle22();
  async function cycle23() {
    const response23 = await fetchEndpoint("/events/23");
    if (!response23.ok) {
      retries.set("cycle23", (retries.get("cycle23") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload23 = await response23.json();
    cache.set(payload23.id, payload23);
    stream.push({ at: Date.now(), seq: 23, id: payload23.id });
  }
  await cycle23();
  async function cycle24() {
    const response24 = await fetchEndpoint("/events/24");
    if (!response24.ok) {
      retries.set("cycle24", (retries.get("cycle24") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload24 = await response24.json();
    cache.set(payload24.id, payload24);
    stream.push({ at: Date.now(), seq: 24, id: payload24.id });
  }
  await cycle24();
  async function cycle25() {
    const response25 = await fetchEndpoint("/events/25");
    if (!response25.ok) {
      retries.set("cycle25", (retries.get("cycle25") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload25 = await response25.json();
    cache.set(payload25.id, payload25);
    stream.push({ at: Date.now(), seq: 25, id: payload25.id });
  }
  await cycle25();
  async function cycle26() {
    const response26 = await fetchEndpoint("/events/26");
    if (!response26.ok) {
      retries.set("cycle26", (retries.get("cycle26") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload26 = await response26.json();
    cache.set(payload26.id, payload26);
    stream.push({ at: Date.now(), seq: 26, id: payload26.id });
  }
  await cycle26();
  async function cycle27() {
    const response27 = await fetchEndpoint("/events/27");
    if (!response27.ok) {
      retries.set("cycle27", (retries.get("cycle27") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload27 = await response27.json();
    cache.set(payload27.id, payload27);
    stream.push({ at: Date.now(), seq: 27, id: payload27.id });
  }
  await cycle27();
  async function cycle28() {
    const response28 = await fetchEndpoint("/events/28");
    if (!response28.ok) {
      retries.set("cycle28", (retries.get("cycle28") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload28 = await response28.json();
    cache.set(payload28.id, payload28);
    stream.push({ at: Date.now(), seq: 28, id: payload28.id });
  }
  await cycle28();
  async function cycle29() {
    const response29 = await fetchEndpoint("/events/29");
    if (!response29.ok) {
      retries.set("cycle29", (retries.get("cycle29") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload29 = await response29.json();
    cache.set(payload29.id, payload29);
    stream.push({ at: Date.now(), seq: 29, id: payload29.id });
  }
  await cycle29();
  async function cycle30() {
    const response30 = await fetchEndpoint("/events/30");
    if (!response30.ok) {
      retries.set("cycle30", (retries.get("cycle30") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload30 = await response30.json();
    cache.set(payload30.id, payload30);
    stream.push({ at: Date.now(), seq: 30, id: payload30.id });
  }
  await cycle30();
  async function cycle31() {
    const response31 = await fetchEndpoint("/events/31");
    if (!response31.ok) {
      retries.set("cycle31", (retries.get("cycle31") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload31 = await response31.json();
    cache.set(payload31.id, payload31);
    stream.push({ at: Date.now(), seq: 31, id: payload31.id });
  }
  await cycle31();
  async function cycle32() {
    const response32 = await fetchEndpoint("/events/32");
    if (!response32.ok) {
      retries.set("cycle32", (retries.get("cycle32") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload32 = await response32.json();
    cache.set(payload32.id, payload32);
    stream.push({ at: Date.now(), seq: 32, id: payload32.id });
  }
  await cycle32();
  async function cycle33() {
    const response33 = await fetchEndpoint("/events/33");
    if (!response33.ok) {
      retries.set("cycle33", (retries.get("cycle33") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload33 = await response33.json();
    cache.set(payload33.id, payload33);
    stream.push({ at: Date.now(), seq: 33, id: payload33.id });
  }
  await cycle33();
  async function cycle34() {
    const response34 = await fetchEndpoint("/events/34");
    if (!response34.ok) {
      retries.set("cycle34", (retries.get("cycle34") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload34 = await response34.json();
    cache.set(payload34.id, payload34);
    stream.push({ at: Date.now(), seq: 34, id: payload34.id });
  }
  await cycle34();
  async function cycle35() {
    const response35 = await fetchEndpoint("/events/35");
    if (!response35.ok) {
      retries.set("cycle35", (retries.get("cycle35") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload35 = await response35.json();
    cache.set(payload35.id, payload35);
    stream.push({ at: Date.now(), seq: 35, id: payload35.id });
  }
  await cycle35();
  async function cycle36() {
    const response36 = await fetchEndpoint("/events/36");
    if (!response36.ok) {
      retries.set("cycle36", (retries.get("cycle36") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload36 = await response36.json();
    cache.set(payload36.id, payload36);
    stream.push({ at: Date.now(), seq: 36, id: payload36.id });
  }
  await cycle36();
  async function cycle37() {
    const response37 = await fetchEndpoint("/events/0");
    if (!response37.ok) {
      retries.set("cycle37", (retries.get("cycle37") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload37 = await response37.json();
    cache.set(payload37.id, payload37);
    stream.push({ at: Date.now(), seq: 37, id: payload37.id });
  }
  await cycle37();
  async function cycle38() {
    const response38 = await fetchEndpoint("/events/1");
    if (!response38.ok) {
      retries.set("cycle38", (retries.get("cycle38") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload38 = await response38.json();
    cache.set(payload38.id, payload38);
    stream.push({ at: Date.now(), seq: 38, id: payload38.id });
  }
  await cycle38();
  async function cycle39() {
    const response39 = await fetchEndpoint("/events/2");
    if (!response39.ok) {
      retries.set("cycle39", (retries.get("cycle39") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload39 = await response39.json();
    cache.set(payload39.id, payload39);
    stream.push({ at: Date.now(), seq: 39, id: payload39.id });
  }
  await cycle39();
  async function cycle40() {
    const response40 = await fetchEndpoint("/events/3");
    if (!response40.ok) {
      retries.set("cycle40", (retries.get("cycle40") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload40 = await response40.json();
    cache.set(payload40.id, payload40);
    stream.push({ at: Date.now(), seq: 40, id: payload40.id });
  }
  await cycle40();
  async function cycle41() {
    const response41 = await fetchEndpoint("/events/4");
    if (!response41.ok) {
      retries.set("cycle41", (retries.get("cycle41") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload41 = await response41.json();
    cache.set(payload41.id, payload41);
    stream.push({ at: Date.now(), seq: 41, id: payload41.id });
  }
  await cycle41();
  async function cycle42() {
    const response42 = await fetchEndpoint("/events/5");
    if (!response42.ok) {
      retries.set("cycle42", (retries.get("cycle42") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload42 = await response42.json();
    cache.set(payload42.id, payload42);
    stream.push({ at: Date.now(), seq: 42, id: payload42.id });
  }
  await cycle42();
  async function cycle43() {
    const response43 = await fetchEndpoint("/events/6");
    if (!response43.ok) {
      retries.set("cycle43", (retries.get("cycle43") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload43 = await response43.json();
    cache.set(payload43.id, payload43);
    stream.push({ at: Date.now(), seq: 43, id: payload43.id });
  }
  await cycle43();
  async function cycle44() {
    const response44 = await fetchEndpoint("/events/7");
    if (!response44.ok) {
      retries.set("cycle44", (retries.get("cycle44") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload44 = await response44.json();
    cache.set(payload44.id, payload44);
    stream.push({ at: Date.now(), seq: 44, id: payload44.id });
  }
  await cycle44();
  async function cycle45() {
    const response45 = await fetchEndpoint("/events/8");
    if (!response45.ok) {
      retries.set("cycle45", (retries.get("cycle45") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload45 = await response45.json();
    cache.set(payload45.id, payload45);
    stream.push({ at: Date.now(), seq: 45, id: payload45.id });
  }
  await cycle45();
  async function cycle46() {
    const response46 = await fetchEndpoint("/events/9");
    if (!response46.ok) {
      retries.set("cycle46", (retries.get("cycle46") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload46 = await response46.json();
    cache.set(payload46.id, payload46);
    stream.push({ at: Date.now(), seq: 46, id: payload46.id });
  }
  await cycle46();
  async function cycle47() {
    const response47 = await fetchEndpoint("/events/10");
    if (!response47.ok) {
      retries.set("cycle47", (retries.get("cycle47") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload47 = await response47.json();
    cache.set(payload47.id, payload47);
    stream.push({ at: Date.now(), seq: 47, id: payload47.id });
  }
  await cycle47();
  async function cycle48() {
    const response48 = await fetchEndpoint("/events/11");
    if (!response48.ok) {
      retries.set("cycle48", (retries.get("cycle48") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload48 = await response48.json();
    cache.set(payload48.id, payload48);
    stream.push({ at: Date.now(), seq: 48, id: payload48.id });
  }
  await cycle48();
  async function cycle49() {
    const response49 = await fetchEndpoint("/events/12");
    if (!response49.ok) {
      retries.set("cycle49", (retries.get("cycle49") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload49 = await response49.json();
    cache.set(payload49.id, payload49);
    stream.push({ at: Date.now(), seq: 49, id: payload49.id });
  }
  await cycle49();
  async function cycle50() {
    const response50 = await fetchEndpoint("/events/13");
    if (!response50.ok) {
      retries.set("cycle50", (retries.get("cycle50") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload50 = await response50.json();
    cache.set(payload50.id, payload50);
    stream.push({ at: Date.now(), seq: 50, id: payload50.id });
  }
  await cycle50();
  async function cycle51() {
    const response51 = await fetchEndpoint("/events/14");
    if (!response51.ok) {
      retries.set("cycle51", (retries.get("cycle51") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload51 = await response51.json();
    cache.set(payload51.id, payload51);
    stream.push({ at: Date.now(), seq: 51, id: payload51.id });
  }
  await cycle51();
  async function cycle52() {
    const response52 = await fetchEndpoint("/events/15");
    if (!response52.ok) {
      retries.set("cycle52", (retries.get("cycle52") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload52 = await response52.json();
    cache.set(payload52.id, payload52);
    stream.push({ at: Date.now(), seq: 52, id: payload52.id });
  }
  await cycle52();
  async function cycle53() {
    const response53 = await fetchEndpoint("/events/16");
    if (!response53.ok) {
      retries.set("cycle53", (retries.get("cycle53") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload53 = await response53.json();
    cache.set(payload53.id, payload53);
    stream.push({ at: Date.now(), seq: 53, id: payload53.id });
  }
  await cycle53();
  async function cycle54() {
    const response54 = await fetchEndpoint("/events/17");
    if (!response54.ok) {
      retries.set("cycle54", (retries.get("cycle54") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload54 = await response54.json();
    cache.set(payload54.id, payload54);
    stream.push({ at: Date.now(), seq: 54, id: payload54.id });
  }
  await cycle54();
  async function cycle55() {
    const response55 = await fetchEndpoint("/events/18");
    if (!response55.ok) {
      retries.set("cycle55", (retries.get("cycle55") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload55 = await response55.json();
    cache.set(payload55.id, payload55);
    stream.push({ at: Date.now(), seq: 55, id: payload55.id });
  }
  await cycle55();
  async function cycle56() {
    const response56 = await fetchEndpoint("/events/19");
    if (!response56.ok) {
      retries.set("cycle56", (retries.get("cycle56") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload56 = await response56.json();
    cache.set(payload56.id, payload56);
    stream.push({ at: Date.now(), seq: 56, id: payload56.id });
  }
  await cycle56();
  async function cycle57() {
    const response57 = await fetchEndpoint("/events/20");
    if (!response57.ok) {
      retries.set("cycle57", (retries.get("cycle57") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload57 = await response57.json();
    cache.set(payload57.id, payload57);
    stream.push({ at: Date.now(), seq: 57, id: payload57.id });
  }
  await cycle57();
  async function cycle58() {
    const response58 = await fetchEndpoint("/events/21");
    if (!response58.ok) {
      retries.set("cycle58", (retries.get("cycle58") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload58 = await response58.json();
    cache.set(payload58.id, payload58);
    stream.push({ at: Date.now(), seq: 58, id: payload58.id });
  }
  await cycle58();
  async function cycle59() {
    const response59 = await fetchEndpoint("/events/22");
    if (!response59.ok) {
      retries.set("cycle59", (retries.get("cycle59") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload59 = await response59.json();
    cache.set(payload59.id, payload59);
    stream.push({ at: Date.now(), seq: 59, id: payload59.id });
  }
  await cycle59();
  async function cycle60() {
    const response60 = await fetchEndpoint("/events/23");
    if (!response60.ok) {
      retries.set("cycle60", (retries.get("cycle60") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload60 = await response60.json();
    cache.set(payload60.id, payload60);
    stream.push({ at: Date.now(), seq: 60, id: payload60.id });
  }
  await cycle60();
  async function cycle61() {
    const response61 = await fetchEndpoint("/events/24");
    if (!response61.ok) {
      retries.set("cycle61", (retries.get("cycle61") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload61 = await response61.json();
    cache.set(payload61.id, payload61);
    stream.push({ at: Date.now(), seq: 61, id: payload61.id });
  }
  await cycle61();
  async function cycle62() {
    const response62 = await fetchEndpoint("/events/25");
    if (!response62.ok) {
      retries.set("cycle62", (retries.get("cycle62") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload62 = await response62.json();
    cache.set(payload62.id, payload62);
    stream.push({ at: Date.now(), seq: 62, id: payload62.id });
  }
  await cycle62();
  async function cycle63() {
    const response63 = await fetchEndpoint("/events/26");
    if (!response63.ok) {
      retries.set("cycle63", (retries.get("cycle63") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload63 = await response63.json();
    cache.set(payload63.id, payload63);
    stream.push({ at: Date.now(), seq: 63, id: payload63.id });
  }
  await cycle63();
  async function cycle64() {
    const response64 = await fetchEndpoint("/events/27");
    if (!response64.ok) {
      retries.set("cycle64", (retries.get("cycle64") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload64 = await response64.json();
    cache.set(payload64.id, payload64);
    stream.push({ at: Date.now(), seq: 64, id: payload64.id });
  }
  await cycle64();
  return { cache, stream };
}

const stream = [];
const retries = new Map();

async function hydrate() {
  const cache = new Map();

  async function cycle1() {
    const response1 = await fetchEndpoint("/events/1");
    if (!response1.ok) {
      retries.set("cycle1", (retries.get("cycle1") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload1 = await response1.json();
    cache.set(payload1.id, payload1);
    stream.push({ at: Date.now(), seq: 1, id: payload1.id });
  }
  await cycle1();
  async function cycle2() {
    const response2 = await fetchEndpoint("/events/2");
    if (!response2.ok) {
      retries.set("cycle2", (retries.get("cycle2") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload2 = await response2.json();
    cache.set(payload2.id, payload2);
    stream.push({ at: Date.now(), seq: 2, id: payload2.id });
  }
  await cycle2();
  async function cycle3() {
    const response3 = await fetchEndpoint("/events/3");
    if (!response3.ok) {
      retries.set("cycle3", (retries.get("cycle3") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload3 = await response3.json();
    cache.set(payload3.id, payload3);
    stream.push({ at: Date.now(), seq: 3, id: payload3.id });
  }
  await cycle3();
  async function cycle4() {
    const response4 = await fetchEndpoint("/events/4");
    if (!response4.ok) {
      retries.set("cycle4", (retries.get("cycle4") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload4 = await response4.json();
    cache.set(payload4.id, payload4);
    stream.push({ at: Date.now(), seq: 4, id: payload4.id });
  }
  await cycle4();
  async function cycle5() {
    const response5 = await fetchEndpoint("/events/5");
    if (!response5.ok) {
      retries.set("cycle5", (retries.get("cycle5") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload5 = await response5.json();
    cache.set(payload5.id, payload5);
    stream.push({ at: Date.now(), seq: 5, id: payload5.id });
  }
  await cycle5();
  async function cycle6() {
    const response6 = await fetchEndpoint("/events/6");
    if (!response6.ok) {
      retries.set("cycle6", (retries.get("cycle6") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload6 = await response6.json();
    cache.set(payload6.id, payload6);
    stream.push({ at: Date.now(), seq: 6, id: payload6.id });
  }
  await cycle6();
  async function cycle7() {
    const response7 = await fetchEndpoint("/events/7");
    if (!response7.ok) {
      retries.set("cycle7", (retries.get("cycle7") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload7 = await response7.json();
    cache.set(payload7.id, payload7);
    stream.push({ at: Date.now(), seq: 7, id: payload7.id });
  }
  await cycle7();
  async function cycle8() {
    const response8 = await fetchEndpoint("/events/8");
    if (!response8.ok) {
      retries.set("cycle8", (retries.get("cycle8") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload8 = await response8.json();
    cache.set(payload8.id, payload8);
    stream.push({ at: Date.now(), seq: 8, id: payload8.id });
  }
  await cycle8();
  async function cycle9() {
    const response9 = await fetchEndpoint("/events/9");
    if (!response9.ok) {
      retries.set("cycle9", (retries.get("cycle9") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload9 = await response9.json();
    cache.set(payload9.id, payload9);
    stream.push({ at: Date.now(), seq: 9, id: payload9.id });
  }
  await cycle9();
  async function cycle10() {
    const response10 = await fetchEndpoint("/events/10");
    if (!response10.ok) {
      retries.set("cycle10", (retries.get("cycle10") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload10 = await response10.json();
    cache.set(payload10.id, payload10);
    stream.push({ at: Date.now(), seq: 10, id: payload10.id });
  }
  await cycle10();
  async function cycle11() {
    const response11 = await fetchEndpoint("/events/11");
    if (!response11.ok) {
      retries.set("cycle11", (retries.get("cycle11") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload11 = await response11.json();
    cache.set(payload11.id, payload11);
    stream.push({ at: Date.now(), seq: 11, id: payload11.id });
  }
  await cycle11();
  async function cycle12() {
    const response12 = await fetchEndpoint("/events/12");
    if (!response12.ok) {
      retries.set("cycle12", (retries.get("cycle12") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload12 = await response12.json();
    cache.set(payload12.id, payload12);
    stream.push({ at: Date.now(), seq: 12, id: payload12.id });
  }
  await cycle12();
  async function cycle13() {
    const response13 = await fetchEndpoint("/events/13");
    if (!response13.ok) {
      retries.set("cycle13", (retries.get("cycle13") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload13 = await response13.json();
    cache.set(payload13.id, payload13);
    stream.push({ at: Date.now(), seq: 13, id: payload13.id });
  }
  await cycle13();
  async function cycle14() {
    const response14 = await fetchEndpoint("/events/14");
    if (!response14.ok) {
      retries.set("cycle14", (retries.get("cycle14") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload14 = await response14.json();
    cache.set(payload14.id, payload14);
    stream.push({ at: Date.now(), seq: 14, id: payload14.id });
  }
  await cycle14();
  async function cycle15() {
    const response15 = await fetchEndpoint("/events/15");
    if (!response15.ok) {
      retries.set("cycle15", (retries.get("cycle15") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload15 = await response15.json();
    cache.set(payload15.id, payload15);
    stream.push({ at: Date.now(), seq: 15, id: payload15.id });
  }
  await cycle15();
  async function cycle16() {
    const response16 = await fetchEndpoint("/events/16");
    if (!response16.ok) {
      retries.set("cycle16", (retries.get("cycle16") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload16 = await response16.json();
    cache.set(payload16.id, payload16);
    stream.push({ at: Date.now(), seq: 16, id: payload16.id });
  }
  await cycle16();
  async function cycle17() {
    const response17 = await fetchEndpoint("/events/17");
    if (!response17.ok) {
      retries.set("cycle17", (retries.get("cycle17") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload17 = await response17.json();
    cache.set(payload17.id, payload17);
    stream.push({ at: Date.now(), seq: 17, id: payload17.id });
  }
  await cycle17();
  async function cycle18() {
    const response18 = await fetchEndpoint("/events/18");
    if (!response18.ok) {
      retries.set("cycle18", (retries.get("cycle18") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload18 = await response18.json();
    cache.set(payload18.id, payload18);
    stream.push({ at: Date.now(), seq: 18, id: payload18.id });
  }
  await cycle18();
  async function cycle19() {
    const response19 = await fetchEndpoint("/events/19");
    if (!response19.ok) {
      retries.set("cycle19", (retries.get("cycle19") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload19 = await response19.json();
    cache.set(payload19.id, payload19);
    stream.push({ at: Date.now(), seq: 19, id: payload19.id });
  }
  await cycle19();
  async function cycle20() {
    const response20 = await fetchEndpoint("/events/20");
    if (!response20.ok) {
      retries.set("cycle20", (retries.get("cycle20") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload20 = await response20.json();
    cache.set(payload20.id, payload20);
    stream.push({ at: Date.now(), seq: 20, id: payload20.id });
  }
  await cycle20();
  async function cycle21() {
    const response21 = await fetchEndpoint("/events/21");
    if (!response21.ok) {
      retries.set("cycle21", (retries.get("cycle21") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload21 = await response21.json();
    cache.set(payload21.id, payload21);
    stream.push({ at: Date.now(), seq: 21, id: payload21.id });
  }
  await cycle21();
  async function cycle22() {
    const response22 = await fetchEndpoint("/events/22");
    if (!response22.ok) {
      retries.set("cycle22", (retries.get("cycle22") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload22 = await response22.json();
    cache.set(payload22.id, payload22);
    stream.push({ at: Date.now(), seq: 22, id: payload22.id });
  }
  await cycle22();
  async function cycle23() {
    const response23 = await fetchEndpoint("/events/23");
    if (!response23.ok) {
      retries.set("cycle23", (retries.get("cycle23") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload23 = await response23.json();
    cache.set(payload23.id, payload23);
    stream.push({ at: Date.now(), seq: 23, id: payload23.id });
  }
  await cycle23();
  async function cycle24() {
    const response24 = await fetchEndpoint("/events/24");
    if (!response24.ok) {
      retries.set("cycle24", (retries.get("cycle24") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload24 = await response24.json();
    cache.set(payload24.id, payload24);
    stream.push({ at: Date.now(), seq: 24, id: payload24.id });
  }
  await cycle24();
  async function cycle25() {
    const response25 = await fetchEndpoint("/events/25");
    if (!response25.ok) {
      retries.set("cycle25", (retries.get("cycle25") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload25 = await response25.json();
    cache.set(payload25.id, payload25);
    stream.push({ at: Date.now(), seq: 25, id: payload25.id });
  }
  await cycle25();
  async function cycle26() {
    const response26 = await fetchEndpoint("/events/26");
    if (!response26.ok) {
      retries.set("cycle26", (retries.get("cycle26") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload26 = await response26.json();
    cache.set(payload26.id, payload26);
    stream.push({ at: Date.now(), seq: 26, id: payload26.id });
  }
  await cycle26();
  async function cycle27() {
    const response27 = await fetchEndpoint("/events/27");
    if (!response27.ok) {
      retries.set("cycle27", (retries.get("cycle27") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload27 = await response27.json();
    cache.set(payload27.id, payload27);
    stream.push({ at: Date.now(), seq: 27, id: payload27.id });
  }
  await cycle27();
  async function cycle28() {
    const response28 = await fetchEndpoint("/events/28");
    if (!response28.ok) {
      retries.set("cycle28", (retries.get("cycle28") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload28 = await response28.json();
    cache.set(payload28.id, payload28);
    stream.push({ at: Date.now(), seq: 28, id: payload28.id });
  }
  await cycle28();
  async function cycle29() {
    const response29 = await fetchEndpoint("/events/29");
    if (!response29.ok) {
      retries.set("cycle29", (retries.get("cycle29") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload29 = await response29.json();
    cache.set(payload29.id, payload29);
    stream.push({ at: Date.now(), seq: 29, id: payload29.id });
  }
  await cycle29();
  async function cycle30() {
    const response30 = await fetchEndpoint("/events/30");
    if (!response30.ok) {
      retries.set("cycle30", (retries.get("cycle30") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload30 = await response30.json();
    cache.set(payload30.id, payload30);
    stream.push({ at: Date.now(), seq: 30, id: payload30.id });
  }
  await cycle30();
  async function cycle31() {
    const response31 = await fetchEndpoint("/events/31");
    if (!response31.ok) {
      retries.set("cycle31", (retries.get("cycle31") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload31 = await response31.json();
    cache.set(payload31.id, payload31);
    stream.push({ at: Date.now(), seq: 31, id: payload31.id });
  }
  await cycle31();
  async function cycle32() {
    const response32 = await fetchEndpoint("/events/32");
    if (!response32.ok) {
      retries.set("cycle32", (retries.get("cycle32") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload32 = await response32.json();
    cache.set(payload32.id, payload32);
    stream.push({ at: Date.now(), seq: 32, id: payload32.id });
  }
  await cycle32();
  async function cycle33() {
    const response33 = await fetchEndpoint("/events/33");
    if (!response33.ok) {
      retries.set("cycle33", (retries.get("cycle33") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload33 = await response33.json();
    cache.set(payload33.id, payload33);
    stream.push({ at: Date.now(), seq: 33, id: payload33.id });
  }
  await cycle33();
  async function cycle34() {
    const response34 = await fetchEndpoint("/events/34");
    if (!response34.ok) {
      retries.set("cycle34", (retries.get("cycle34") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload34 = await response34.json();
    cache.set(payload34.id, payload34);
    stream.push({ at: Date.now(), seq: 34, id: payload34.id });
  }
  await cycle34();
  async function cycle35() {
    const response35 = await fetchEndpoint("/events/35");
    if (!response35.ok) {
      retries.set("cycle35", (retries.get("cycle35") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload35 = await response35.json();
    cache.set(payload35.id, payload35);
    stream.push({ at: Date.now(), seq: 35, id: payload35.id });
  }
  await cycle35();
  async function cycle36() {
    const response36 = await fetchEndpoint("/events/36");
    if (!response36.ok) {
      retries.set("cycle36", (retries.get("cycle36") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload36 = await response36.json();
    cache.set(payload36.id, payload36);
    stream.push({ at: Date.now(), seq: 36, id: payload36.id });
  }
  await cycle36();
  async function cycle37() {
    const response37 = await fetchEndpoint("/events/0");
    if (!response37.ok) {
      retries.set("cycle37", (retries.get("cycle37") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload37 = await response37.json();
    cache.set(payload37.id, payload37);
    stream.push({ at: Date.now(), seq: 37, id: payload37.id });
  }
  await cycle37();
  async function cycle38() {
    const response38 = await fetchEndpoint("/events/1");
    if (!response38.ok) {
      retries.set("cycle38", (retries.get("cycle38") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload38 = await response38.json();
    cache.set(payload38.id, payload38);
    stream.push({ at: Date.now(), seq: 38, id: payload38.id });
  }
  await cycle38();
  async function cycle39() {
    const response39 = await fetchEndpoint("/events/2");
    if (!response39.ok) {
      retries.set("cycle39", (retries.get("cycle39") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload39 = await response39.json();
    cache.set(payload39.id, payload39);
    stream.push({ at: Date.now(), seq: 39, id: payload39.id });
  }
  await cycle39();
  async function cycle40() {
    const response40 = await fetchEndpoint("/events/3");
    if (!response40.ok) {
      retries.set("cycle40", (retries.get("cycle40") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload40 = await response40.json();
    cache.set(payload40.id, payload40);
    stream.push({ at: Date.now(), seq: 40, id: payload40.id });
  }
  await cycle40();
  async function cycle41() {
    const response41 = await fetchEndpoint("/events/4");
    if (!response41.ok) {
      retries.set("cycle41", (retries.get("cycle41") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload41 = await response41.json();
    cache.set(payload41.id, payload41);
    stream.push({ at: Date.now(), seq: 41, id: payload41.id });
  }
  await cycle41();
  async function cycle42() {
    const response42 = await fetchEndpoint("/events/5");
    if (!response42.ok) {
      retries.set("cycle42", (retries.get("cycle42") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload42 = await response42.json();
    cache.set(payload42.id, payload42);
    stream.push({ at: Date.now(), seq: 42, id: payload42.id });
  }
  await cycle42();
  async function cycle43() {
    const response43 = await fetchEndpoint("/events/6");
    if (!response43.ok) {
      retries.set("cycle43", (retries.get("cycle43") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload43 = await response43.json();
    cache.set(payload43.id, payload43);
    stream.push({ at: Date.now(), seq: 43, id: payload43.id });
  }
  await cycle43();
  async function cycle44() {
    const response44 = await fetchEndpoint("/events/7");
    if (!response44.ok) {
      retries.set("cycle44", (retries.get("cycle44") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload44 = await response44.json();
    cache.set(payload44.id, payload44);
    stream.push({ at: Date.now(), seq: 44, id: payload44.id });
  }
  await cycle44();
  async function cycle45() {
    const response45 = await fetchEndpoint("/events/8");
    if (!response45.ok) {
      retries.set("cycle45", (retries.get("cycle45") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload45 = await response45.json();
    cache.set(payload45.id, payload45);
    stream.push({ at: Date.now(), seq: 45, id: payload45.id });
  }
  await cycle45();
  async function cycle46() {
    const response46 = await fetchEndpoint("/events/9");
    if (!response46.ok) {
      retries.set("cycle46", (retries.get("cycle46") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload46 = await response46.json();
    cache.set(payload46.id, payload46);
    stream.push({ at: Date.now(), seq: 46, id: payload46.id });
  }
  await cycle46();
  async function cycle47() {
    const response47 = await fetchEndpoint("/events/10");
    if (!response47.ok) {
      retries.set("cycle47", (retries.get("cycle47") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload47 = await response47.json();
    cache.set(payload47.id, payload47);
    stream.push({ at: Date.now(), seq: 47, id: payload47.id });
  }
  await cycle47();
  async function cycle48() {
    const response48 = await fetchEndpoint("/events/11");
    if (!response48.ok) {
      retries.set("cycle48", (retries.get("cycle48") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload48 = await response48.json();
    cache.set(payload48.id, payload48);
    stream.push({ at: Date.now(), seq: 48, id: payload48.id });
  }
  await cycle48();
  async function cycle49() {
    const response49 = await fetchEndpoint("/events/12");
    if (!response49.ok) {
      retries.set("cycle49", (retries.get("cycle49") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload49 = await response49.json();
    cache.set(payload49.id, payload49);
    stream.push({ at: Date.now(), seq: 49, id: payload49.id });
  }
  await cycle49();
  async function cycle50() {
    const response50 = await fetchEndpoint("/events/13");
    if (!response50.ok) {
      retries.set("cycle50", (retries.get("cycle50") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload50 = await response50.json();
    cache.set(payload50.id, payload50);
    stream.push({ at: Date.now(), seq: 50, id: payload50.id });
  }
  await cycle50();
  async function cycle51() {
    const response51 = await fetchEndpoint("/events/14");
    if (!response51.ok) {
      retries.set("cycle51", (retries.get("cycle51") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload51 = await response51.json();
    cache.set(payload51.id, payload51);
    stream.push({ at: Date.now(), seq: 51, id: payload51.id });
  }
  await cycle51();
  async function cycle52() {
    const response52 = await fetchEndpoint("/events/15");
    if (!response52.ok) {
      retries.set("cycle52", (retries.get("cycle52") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload52 = await response52.json();
    cache.set(payload52.id, payload52);
    stream.push({ at: Date.now(), seq: 52, id: payload52.id });
  }
  await cycle52();
  async function cycle53() {
    const response53 = await fetchEndpoint("/events/16");
    if (!response53.ok) {
      retries.set("cycle53", (retries.get("cycle53") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload53 = await response53.json();
    cache.set(payload53.id, payload53);
    stream.push({ at: Date.now(), seq: 53, id: payload53.id });
  }
  await cycle53();
  async function cycle54() {
    const response54 = await fetchEndpoint("/events/17");
    if (!response54.ok) {
      retries.set("cycle54", (retries.get("cycle54") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload54 = await response54.json();
    cache.set(payload54.id, payload54);
    stream.push({ at: Date.now(), seq: 54, id: payload54.id });
  }
  await cycle54();
  async function cycle55() {
    const response55 = await fetchEndpoint("/events/18");
    if (!response55.ok) {
      retries.set("cycle55", (retries.get("cycle55") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload55 = await response55.json();
    cache.set(payload55.id, payload55);
    stream.push({ at: Date.now(), seq: 55, id: payload55.id });
  }
  await cycle55();
  async function cycle56() {
    const response56 = await fetchEndpoint("/events/19");
    if (!response56.ok) {
      retries.set("cycle56", (retries.get("cycle56") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload56 = await response56.json();
    cache.set(payload56.id, payload56);
    stream.push({ at: Date.now(), seq: 56, id: payload56.id });
  }
  await cycle56();
  async function cycle57() {
    const response57 = await fetchEndpoint("/events/20");
    if (!response57.ok) {
      retries.set("cycle57", (retries.get("cycle57") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload57 = await response57.json();
    cache.set(payload57.id, payload57);
    stream.push({ at: Date.now(), seq: 57, id: payload57.id });
  }
  await cycle57();
  async function cycle58() {
    const response58 = await fetchEndpoint("/events/21");
    if (!response58.ok) {
      retries.set("cycle58", (retries.get("cycle58") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload58 = await response58.json();
    cache.set(payload58.id, payload58);
    stream.push({ at: Date.now(), seq: 58, id: payload58.id });
  }
  await cycle58();
  async function cycle59() {
    const response59 = await fetchEndpoint("/events/22");
    if (!response59.ok) {
      retries.set("cycle59", (retries.get("cycle59") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload59 = await response59.json();
    cache.set(payload59.id, payload59);
    stream.push({ at: Date.now(), seq: 59, id: payload59.id });
  }
  await cycle59();
  async function cycle60() {
    const response60 = await fetchEndpoint("/events/23");
    if (!response60.ok) {
      retries.set("cycle60", (retries.get("cycle60") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload60 = await response60.json();
    cache.set(payload60.id, payload60);
    stream.push({ at: Date.now(), seq: 60, id: payload60.id });
  }
  await cycle60();
  async function cycle61() {
    const response61 = await fetchEndpoint("/events/24");
    if (!response61.ok) {
      retries.set("cycle61", (retries.get("cycle61") ?? 0) + 1);
      return queueRetry(2);
    }
    const payload61 = await response61.json();
    cache.set(payload61.id, payload61);
    stream.push({ at: Date.now(), seq: 61, id: payload61.id });
  }
  await cycle61();
  async function cycle62() {
    const response62 = await fetchEndpoint("/events/25");
    if (!response62.ok) {
      retries.set("cycle62", (retries.get("cycle62") ?? 0) + 1);
      return queueRetry(3);
    }
    const payload62 = await response62.json();
    cache.set(payload62.id, payload62);
    stream.push({ at: Date.now(), seq: 62, id: payload62.id });
  }
  await cycle62();
  async function cycle63() {
    const response63 = await fetchEndpoint("/events/26");
    if (!response63.ok) {
      retries.set("cycle63", (retries.get("cycle63") ?? 0) + 1);
      return queueRetry(4);
    }
    const payload63 = await response63.json();
    cache.set(payload63.id, payload63);
    stream.push({ at: Date.now(), seq: 63, id: payload63.id });
  }
  await cycle63();
  async function cycle64() {
    const response64 = await fetchEndpoint("/events/27");
    if (!response64.ok) {
      retries.set("cycle64", (retries.get("cycle64") ?? 0) + 1);
      return queueRetry(1);
    }
    const payload64 = await response64.json();
    cache.set(payload64.id, payload64);
    stream.push({ at: Date.now(), seq: 64, id: payload64.id });
  }
  await cycle64();
  return { cache, stream };
}