diff --git a/src/utils/mergeEverything.js b/src/utils/mergeEverything.js
index 512f778..c9b9368 100644
--- a/src/utils/mergeEverything.js
+++ b/src/utils/mergeEverything.js
@@ -1,23 +1,53 @@
-import { mongoRead, upsert } from "./mongo-wrapper.js"
+import { mongoRead, upsert } from "./mongo-wrapper.js";
 
 /* Merge everything */
-let sets = ["astralcodexten", "betfair", "coupcast", "csetforetell", "elicit", /* "estimize" ,*/ "fantasyscotus", "foretold", "givewellopenphil", "goodjudgment","goodjudmentopen", "hypermind", "kalshi", "ladbrokes", "manifoldmarkets", "metaculus", "omen", "polymarket", "predictit", "rootclaim", "smarkets", "wildeford", "williamhill", "xrisk"]
-let suffix = "-questions"
+// let sets = ["astralcodexten", "betfair", "coupcast", "csetforetell", "elicit", /* "estimize" ,*/ "fantasyscotus", "foretold", "givewellopenphil", "goodjudgment","goodjudmentopen", "hypermind", "kalshi", "ladbrokes", "manifoldmarkets", "metaculus", "omen", "polymarket", "predictit", "rootclaim", "smarkets", "wildeford", "williamhill", "xrisk"]
+let sets = [
+  "betfair",
+  "coupcast",
+  "csetforetell",
+  "elicit",
+  /* "estimize" ,*/ "fantasyscotus",
+  "foretold",
+  "givewellopenphil",
+  "goodjudgment",
+  "goodjudmentopen",
+  "hypermind",
+  "kalshi",
+  "ladbrokes",
+  "manifoldmarkets",
+  "metaculus",
+  "omen",
+  "polymarket",
+  "predictit",
+  "rootclaim",
+  "smarkets",
+  "wildeford",
+  "williamhill",
+  "xrisk",
+];
 
-export async function mergeEverythingInner(){
-  let merged = []
-  for(let set of sets){
-    let json = await mongoRead(set+suffix)
-    console.log(`${set} has ${json.length} questions\n`)
-    merged = merged.concat(json)
+let suffix = "-questions";
+
+export async function mergeEverythingInner() {
+  let merged = [];
+  for (let set of sets) {
+    let json = await mongoRead(set + suffix);
+    console.log(`${set} has ${json.length} questions\n`);
+    merged = merged.concat(json);
   }
-  let mergedprocessed = merged.map(element => ({...element, optionsstringforsearch: element.options.map(option => option.name).join(", ")}))
-  console.log(`In total, there are ${mergedprocessed.length} questions`)
-  return mergedprocessed
+  let mergedprocessed = merged.map((element) => ({
+    ...element,
+    optionsstringforsearch: element.options
+      .map((option) => option.name)
+      .join(", "),
+  }));
+  console.log(`In total, there are ${mergedprocessed.length} questions`);
+  return mergedprocessed;
 }
 
-export async function mergeEverything(){
-  let merged = await mergeEverythingInner()
-  await upsert( merged,"metaforecasts")
-  console.log("Done")
+export async function mergeEverything() {
+  let merged = await mergeEverythingInner();
+  await upsert(merged, "metaforecasts");
+  console.log("Done");
 }
diff --git a/src/utils/stars.js b/src/utils/stars.js
index fd4cc71..91534c8 100644
--- a/src/utils/stars.js
+++ b/src/utils/stars.js
@@ -1,321 +1,333 @@
 export function getStarSymbols(numstars) {
-	let stars = "★★☆☆☆"
-	switch (numstars) {
-		case 0:
-			stars = "☆☆☆☆☆"
-			break;
-		case 1:
-			stars = "★☆☆☆☆"
-			break;
-		case 2:
-			stars = "★★☆☆☆"
-			break;
-		case 3:
-			stars = "★★★☆☆"
-			break;
-		case 4:
-			stars = "★★★★☆"
-			break;
-		case 5:
-			stars = "★★★★★"
-			break;
-		default:
-			stars = "★★☆☆☆"
-	}
-	return (stars)
+  let stars = "★★☆☆☆";
+  switch (numstars) {
+    case 0:
+      stars = "☆☆☆☆☆";
+      break;
+    case 1:
+      stars = "★☆☆☆☆";
+      break;
+    case 2:
+      stars = "★★☆☆☆";
+      break;
+    case 3:
+      stars = "★★★☆☆";
+      break;
+    case 4:
+      stars = "★★★★☆";
+      break;
+    case 5:
+      stars = "★★★★★";
+      break;
+    default:
+      stars = "★★☆☆☆";
+  }
+  return stars;
 }
 
-let average = array => array.reduce((a, b) => a + b, 0) / (array.length)
+let average = (array) => array.reduce((a, b) => a + b, 0) / array.length;
 
 function calculateStarsAstralCodexTen(data) {
-	let nuno = data => 3
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 3;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsBetfair(data) {
-	let nuno = data => data.volume > 10000 ? 4 : (data.volume > 1000 ? 3 : 2)
-	let eli = (data) => data.volume > 10000 ? null : null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	// Substract 1 star if probability is above 90% or below 10%
-	if(data.option &&
-		(data.option.probability < 0.1 || data.option.probability > 0.9)
-	){
-		starsDecimal = starsDecimal - 1
-	}
+  let nuno = (data) => (data.volume > 10000 ? 4 : data.volume > 1000 ? 3 : 2);
+  let eli = (data) => (data.volume > 10000 ? null : null);
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  // Substract 1 star if probability is above 90% or below 10%
+  if (
+    data.option &&
+    (data.option.probability < 0.1 || data.option.probability > 0.9)
+  ) {
+    starsDecimal = starsDecimal - 1;
+  }
 
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsCoupCast(data) {
-	let nuno = (data) => 3
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 3;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsCSETForetell(data) {
-	let nuno = (data) => data.numforecasts > 100 ? 3 : 2
-	let eli = (data) => 3
-	let misha = (data) => 2
-	let starsDecimal = average([nuno(data), eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => (data.numforecasts > 100 ? 3 : 2);
+  let eli = (data) => 3;
+  let misha = (data) => 2;
+  let starsDecimal = average([nuno(data), eli(data), misha(data)]);
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsElicit(data) {
-	let nuno = data => 1
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 1;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsEstimize(data) {
-	let nuno = data => 2
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 2;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsForetold(data) {
-	let nuno = data => 2
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 2;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsGiveWellOpenPhil(data) {
-	let nuno = data => 2
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 2;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsGoodJudment(data) {
-	let nuno = data => 4
-	let eli = (data) => 4
-	let misha = (data) => 3.5
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 4;
+  let eli = (data) => 4;
+  let misha = (data) => 3.5;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsGoodJudmentOpen(data) {
-	let nuno = data => data.numforecasts > 100 ? 3 : 2
-	let eli = (data) => 3
-	let misha = (data) => (data.minProbability > 0.1 || data.maxProbability < 0.9) ? 3.1 : 2.5
-	let starsDecimal = average([nuno(data), eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => (data.numforecasts > 100 ? 3 : 2);
+  let eli = (data) => 3;
+  let misha = (data) =>
+    data.minProbability > 0.1 || data.maxProbability < 0.9 ? 3.1 : 2.5;
+  let starsDecimal = average([nuno(data), eli(data), misha(data)]);
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsHypermind(data) {
-	let nuno = data => 3
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 3;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsKalshi(data) {
-	let nuno = data => data.interest > 500 && data.shares_volume > 10000 ? 4 : (data.shares_volume > 2000 ? 3 : 2)
-	// let eli = (data) => data.interest > 10000 ? 5 : 4
-	// let misha = (data) => 4
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	// Substract 1 star if probability is above 90% or below 10%
-	if(data.option &&
-		(data.option.probability < 0.1 || data.option.probability > 0.9)
-	){
-		starsDecimal = starsDecimal - 1
-	}
+  let nuno = (data) =>
+    data.interest > 500 && data.shares_volume > 10000
+      ? 4
+      : data.shares_volume > 2000
+      ? 3
+      : 2;
+  // let eli = (data) => data.interest > 10000 ? 5 : 4
+  // let misha = (data) => 4
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  // Substract 1 star if probability is above 90% or below 10%
+  if (
+    data.option &&
+    (data.option.probability < 0.1 || data.option.probability > 0.9)
+  ) {
+    starsDecimal = starsDecimal - 1;
+  }
 
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsLadbrokes(data) {
-	let nuno = data => 2
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 2;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsManifoldMarkets(data) {
-	let nuno = data => 2
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) =>
+    data.volume7Days > 500 || (data.pool > 500 && data.volume7Days > 200)
+      ? 2
+      : 1;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsMetaculus(data) {
-	let nuno = data => data.numforecasts > 300 ? 4 : (data.numforecasts > 100 ? 3 : 2)
-	let eli = (data) => 3
-	let misha = (data) => 3
-	let starsDecimal = average([nuno(data), eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) =>
+    data.numforecasts > 300 ? 4 : data.numforecasts > 100 ? 3 : 2;
+  let eli = (data) => 3;
+  let misha = (data) => 3;
+  let starsDecimal = average([nuno(data), eli(data), misha(data)]);
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsOmen(data) {
-	let nuno = data => 1
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 1;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsPolymarket(data) {
-	let nuno = data => data.volume > 10000 ? 4 : (data.volume > 1000 ? 3 : 2)
-	// let eli = (data) => data.liquidity > 10000 ? 5 : 4
-	// let misha = (data) => 4
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	// Substract 1 star if probability is above 90% or below 10%
-	if(data.option &&
-		(data.option.probability < 0.1 || data.option.probability > 0.9)
-	){
-		starsDecimal = starsDecimal - 1
-	}
+  let nuno = (data) => (data.volume > 10000 ? 4 : data.volume > 1000 ? 3 : 2);
+  // let eli = (data) => data.liquidity > 10000 ? 5 : 4
+  // let misha = (data) => 4
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  // Substract 1 star if probability is above 90% or below 10%
+  if (
+    data.option &&
+    (data.option.probability < 0.1 || data.option.probability > 0.9)
+  ) {
+    starsDecimal = starsDecimal - 1;
+  }
 
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsPredictIt(data) {
-	let nuno = data => 3
-	let eli = (data) => 3.5
-	let misha = (data) => 2.5
-	let starsDecimal = average([nuno(data), eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 3;
+  let eli = (data) => 3.5;
+  let misha = (data) => 2.5;
+  let starsDecimal = average([nuno(data), eli(data), misha(data)]);
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsRootclaim(data) {
-	let nuno = data => 4
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)/*, eli(data), misha(data)*/])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 4;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data) /*, eli(data), misha(data)*/]);
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsSmarkets(data) {
-	let nuno = data => 2
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 2;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
-
 function calculateStarsWildeford(data) {
-	let nuno = data => 3
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 3;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 function calculateStarsWilliamHill(data) {
-	let nuno = data => 2
-	let eli = (data) => null
-	let misha = (data) => null
-	let starsDecimal = average([nuno(data)]) //, eli(data), misha(data)])
-	let starsInteger = Math.round(starsDecimal)
-	return starsInteger
+  let nuno = (data) => 2;
+  let eli = (data) => null;
+  let misha = (data) => null;
+  let starsDecimal = average([nuno(data)]); //, eli(data), misha(data)])
+  let starsInteger = Math.round(starsDecimal);
+  return starsInteger;
 }
 
 export function calculateStars(platform, data) {
-	let stars = 2;
-	switch (platform) {
-		case "AstralCodexTen":
-			stars = calculateStarsAstralCodexTen(data)
-			break;
-		case "Betfair":
-			stars = calculateStarsBetfair(data)
-			break;
-		case "CoupCast":
-			stars = calculateStarsCoupCast(data)
-			break;
-		case "CSET-foretell":
-			stars = calculateStarsCSETForetell(data)
-			break;
-		case "Elicit":
-			stars = calculateStarsElicit(data)
-			break;
-		case "Estimize":
-			stars = calculateStarsEstimize(data)
-			break;
-		case "Foretold":
-			stars = calculateStarsForetold(data)
-			break;
-		case "GiveWell/OpenPhilanthropy":
-			stars = calculateStarsGiveWellOpenPhil(data)
-			break;
-		case "Good Judgment":
-			stars = calculateStarsGoodJudment(data)
-			break;
-		case "Good Judgment Open":
-			stars = calculateStarsGoodJudmentOpen(data)
-			break;
-		case "Hypermind":
-			stars = calculateStarsHypermind(data)
-			break;
-		case "Kalshi":
-			stars = calculateStarsKalshi(data)
-			break;
-		case "Ladbrokes":
-			stars = calculateStarsLadbrokes(data)
-			break;
-		case "Manifold Markets":
-			stars = calculateStarsManifoldMarkets(data)
-			break;
-		case "Metaculus":
-			stars = calculateStarsMetaculus(data)
-			break;
-		case "Omen":
-			stars = calculateStarsOmen(data)
-			break;
-		case "Polymarket":
-			stars = calculateStarsPolymarket(data)
-			break;
-		case "PredictIt":
-			stars = calculateStarsPredictIt(data)
-			break;
-		case "Rootclaim":
-			stars = calculateStarsRootclaim(data)
-			break;
-		case "Smarkets":
-			stars = calculateStarsSmarkets(data)
-			break;
-		case "Peter Wildeford":
-			stars = calculateStarsWildeford(data)
-			break;
-		case "WilliamHill":
-			stars = calculateStarsWilliamHill(data)
-			break;
-		default:
-			stars = 2
-	}
-	return stars
+  let stars = 2;
+  switch (platform) {
+    case "AstralCodexTen":
+      stars = calculateStarsAstralCodexTen(data);
+      break;
+    case "Betfair":
+      stars = calculateStarsBetfair(data);
+      break;
+    case "CoupCast":
+      stars = calculateStarsCoupCast(data);
+      break;
+    case "CSET-foretell":
+      stars = calculateStarsCSETForetell(data);
+      break;
+    case "Elicit":
+      stars = calculateStarsElicit(data);
+      break;
+    case "Estimize":
+      stars = calculateStarsEstimize(data);
+      break;
+    case "Foretold":
+      stars = calculateStarsForetold(data);
+      break;
+    case "GiveWell/OpenPhilanthropy":
+      stars = calculateStarsGiveWellOpenPhil(data);
+      break;
+    case "Good Judgment":
+      stars = calculateStarsGoodJudment(data);
+      break;
+    case "Good Judgment Open":
+      stars = calculateStarsGoodJudmentOpen(data);
+      break;
+    case "Hypermind":
+      stars = calculateStarsHypermind(data);
+      break;
+    case "Kalshi":
+      stars = calculateStarsKalshi(data);
+      break;
+    case "Ladbrokes":
+      stars = calculateStarsLadbrokes(data);
+      break;
+    case "Manifold Markets":
+      stars = calculateStarsManifoldMarkets(data);
+      break;
+    case "Metaculus":
+      stars = calculateStarsMetaculus(data);
+      break;
+    case "Omen":
+      stars = calculateStarsOmen(data);
+      break;
+    case "Polymarket":
+      stars = calculateStarsPolymarket(data);
+      break;
+    case "PredictIt":
+      stars = calculateStarsPredictIt(data);
+      break;
+    case "Rootclaim":
+      stars = calculateStarsRootclaim(data);
+      break;
+    case "Smarkets":
+      stars = calculateStarsSmarkets(data);
+      break;
+    case "Peter Wildeford":
+      stars = calculateStarsWildeford(data);
+      break;
+    case "WilliamHill":
+      stars = calculateStarsWilliamHill(data);
+      break;
+    default:
+      stars = 2;
+  }
+  return stars;
 }