🏄 ${t.title} – 7 ${lang === \"en\" ? \"Days\" : \"Tage\"}

([\\s\\S]*?)<\\/pre>/i);\n      const preText = preMatch ? preMatch[1].replace(/<[^>]*>/g, \"\").replace(/&/g, \"&\").replace(/</g, \"<\").replace(/>/g, \">\").replace(/©/g, \"©\") : \"NO PRE FOUND\";\n      const lines = preText.split(\"\\n\").map((l: string) => l.trim()).filter((l: string) => l.length > 0);\n      return new Response(JSON.stringify({ preText, lines, htmlLen: html.length }, null, 2), { headers: { \"Content-Type\": \"application/json\" } });\n    } catch (e) {\n      return new Response(JSON.stringify({ error: String(e) }), { headers: { \"Content-Type\": \"application/json\" } });\n    }\n  }\n\n  // === SURF SPOTS TENERIFE ===\n  // Each spot has a facing direction (degrees) for offshore wind calculation\n  const spots = [\n    { name: \"El Médano (La Jaquita)\", lat: 28.0440, lon: -16.5350, facing: 180, desc: \"Beach break, consistent\" },\n    { name: \"El Médano (Cabezo)\", lat: 28.0400, lon: -16.5290, facing: 160, desc: \"Reef, powerful\" },\n    { name: \"Almáciga\", lat: 28.5670, lon: -16.1850, facing: 0, desc: \"North swell, reef/point\" },\n    { name: \"Punta Blanca\", lat: 28.3100, lon: -16.3600, facing: 90, desc: \"East swell, reef\" },\n    { name: \"Playa de Las Américas\", lat: 28.0590, lon: -16.7290, facing: 225, desc: \"Beach/reef, sheltered\" },\n    { name: \"Martiánez\", lat: 28.4200, lon: -16.5430, facing: 350, desc: \"Point break, north swell\" },\n    { name: \"Bajamar\", lat: 28.5450, lon: -16.3480, facing: 0, desc: \"Reef, north coast\" },\n    { name: \"La Fitenia\", lat: 28.0560, lon: -16.7350, facing: 210, desc: \"Reef break, SW swell\" },\n    { name: \"El Conquistador\", lat: 28.0620, lon: -16.7250, facing: 230, desc: \"Reef, south coast\" },\n    { name: \"Benijo\", lat: 28.5730, lon: -16.1760, facing: 10, desc: \"Beach break, powerful N swell\" },\n    { name: \"Igueste de San Andrés\", lat: 28.5100, lon: -16.1550, facing: 60, desc: \"NE swell, hidden gem\" },\n      { name: \"El Socorro\", lat: 28.3942, lon: -16.6065, facing: 0, desc: \"Beach break, powerful\" },\n    { name: \"Playa del Bollullo\", lat: 28.3960, lon: -16.5130, facing: 350, desc: \"Beach break, sheltered cove\" },\n    { name: \"Punta Brava\", lat: 28.4107, lon: -16.5635, facing: 315, desc: \"Rocky reef, powerful\" },\n    { name: \"Playa Jardín\", lat: 28.4130, lon: -16.5595, facing: 350, desc: \"Beach/reef, designed by Manrique\" },\n];\n\n  const windModels = [\"uwrfgc\", \"wrfcas\", \"ifs\", \"gfs\"];\n  const waveModels = [\"ifsw\", \"gfsw\"];\n  const windVars = \"WSPD,GUST,WDIRN,TMP,LCLD,APCP1,SLP\";\n  const waveVars = \"HTSGW,PERPW,WADIRN,SWELL1,SWPER1,SWDIRN1\";\n\n  // Model weights (same proven approach as Angelwetter)\n  const windWeights: Record> = {\n    0: { uwrfgc: 70, wrfcas: 10, ifs: 13, gfs: 7 },\n    1: { uwrfgc: 70, wrfcas: 10, ifs: 13, gfs: 7 },\n    2: { ifs: 65, gfs: 35 },\n    3: { ifs: 60, gfs: 40 },\n    4: { ifs: 55, gfs: 45 },\n    5: { ifs: 50, gfs: 50 },\n    6: { ifs: 45, gfs: 55 },\n  };\n  const waveWeights: Record> = {\n    0: { ifsw: 60, gfsw: 40 },\n    1: { ifsw: 60, gfsw: 40 },\n    2: { ifsw: 60, gfsw: 40 },\n    3: { ifsw: 50, gfsw: 50 },\n    4: { ifsw: 45, gfsw: 55 },\n    5: { ifsw: 40, gfsw: 60 },\n    6: { ifsw: 40, gfsw: 60 },\n  };\n\n  interface DataPoint {\n    day: number;\n    hour: number;\n    values: Record;\n    model?: string;\n  }\n\n  function parseWindguruPre(html: string, vars: string): DataPoint[] {\n    const varList = vars.split(\",\");\n    const preMatch = html.match(/([\\s\\S]*?)<\\/pre>/i);\n    if (!preMatch) return [];\n    const preText = preMatch[1].replace(/<[^>]*>/g, \"\").replace(/&/g, \"&\").replace(/</g, \"<\").replace(/>/g, \">\").replace(/©/g, \"©\");\n    const lines = preText.split(\"\\n\").map((l) => l.trim()).filter((l) => l.length > 0);\n    let headerIdx = -1;\n    for (let i = 0; i < lines.length; i++) {\n      if (lines[i].match(/^Date\\s/)) { headerIdx = i; break; }\n    }\n    if (headerIdx === -1) return [];\n    const headers = lines[headerIdx].split(/\\s+/);\n    const varColMap: Record = {};\n    for (const v of varList) {\n      const idx = headers.indexOf(v);\n      if (idx !== -1) varColMap[v] = idx;\n    }\n    const dataPoints: DataPoint[] = [];\n    for (let i = headerIdx + 2; i < lines.length; i++) {\n      const line = lines[i];\n      if (line.startsWith(\"©\") || line.startsWith(\"(c)\") || line.includes(\"Windguru\")) break;\n      const cols = line.split(/\\s+/);\n      if (cols.length < 4) continue;\n      const dayNum = parseInt(cols[1]);\n      const hourNum = parseInt(cols[2]);\n      if (isNaN(dayNum) || isNaN(hourNum)) continue;\n      const values: Record = {};\n      for (const v of varList) {\n        const colIdx = varColMap[v];\n        if (colIdx !== undefined) {\n          const val = parseFloat(cols[colIdx + 2]);\n          values[v] = isNaN(val) ? 0 : val;\n        }\n      }\n      dataPoints.push({ day: dayNum, hour: hourNum, values });\n    }\n    return dataPoints;\n  }\n\n  async function fetchWG(lat: number, lon: number, model: string, vars: string): Promise {\n    const url = `http://micro.windguru.cz/?lat=${lat}&lon=${lon}&m=${model}&v=${vars}&u=${encodeURIComponent(USER)}&p=${encodeURIComponent(PASS)}&tz=auto`;\n    try {\n      const resp = await fetch(url, { headers: { \"User-Agent\": \"Mozilla/5.0\" } });\n      if (!resp.ok) return [];\n      const html = await resp.text();\n      const points = parseWindguruPre(html, vars);\n      for (const p of points) p.model = model;\n      return points;\n    } catch { return []; }\n  }\n\n  // === SURF-SPECIFIC SCORING ===\n\n  // Wind direction relative to spot facing: offshore = ideal\n  function getWindType(windDir: number, spotFacing: number): { type: string; score: number } {\n    // Offshore = wind blowing FROM land TO sea = opposite of spot facing\n    const offshoreDir = (spotFacing + 180) % 360;\n    let diff = Math.abs(windDir - offshoreDir);\n    if (diff > 180) diff = 360 - diff;\n\n    if (diff <= 30) return { type: \"offshore\", score: 100 };\n    if (diff <= 60) return { type: \"cross-off\", score: 75 };\n    if (diff <= 90) return { type: \"cross\", score: 50 };\n    if (diff <= 120) return { type: \"cross-on\", score: 30 };\n    return { type: \"onshore\", score: 10 };\n  }\n\n  function windTypeLabel(type: string): string {\n    const map: Record = {\n      \"offshore\": t.offshore, \"cross-off\": t.crossOff, \"cross\": t.cross,\n      \"cross-on\": t.crossOn, \"onshore\": t.onshore,\n    };\n    return map[type] || type;\n  }\n\n  function windTypeEmoji(type: string): string {\n    if (type === \"offshore\") return \"🟢\";\n    if (type === \"cross-off\") return \"🟡\";\n    if (type === \"cross\") return \"🟠\";\n    return \"🔴\";\n  }\n\n  // Board recommendation based on wave height\n  function boardRec(waveH: number, period: number): string {\n    if (waveH < 0.3) return lang === \"en\" ? \"Stay home 😴\" : \"Zuhause bleiben 😴\";\n    if (waveH < 0.6) return \"Longboard 🏄\";\n    if (waveH < 1.0) return lang === \"en\" ? \"Funboard / Mini-Mal\" : \"Funboard / Mini-Mal\";\n    if (waveH < 1.5) return \"Shortboard 🏄‍♂️\";\n    if (waveH < 2.5) return lang === \"en\" ? \"Shortboard / Gun\" : \"Shortboard / Gun\";\n    return lang === \"en\" ? \"Big wave board ⚠️\" : \"Big-Wave-Board ⚠️\";\n  }\n\n  // Neoprene recommendation based on month (Tenerife water temp ranges)\n  // March ~19°C, Summer ~23°C, Oct-Nov ~22°C, Dec-Feb ~18-19°C\n  function neoRec(month: number): string {\n    if (month >= 6 && month <= 9) return lang === \"en\" ? \"Shorty 2mm or Boardshorts\" : \"Shorty 2mm oder Boardshorts\";\n    if (month >= 4 && month <= 5 || month === 10) return lang === \"en\" ? \"Shorty 2mm or 3/2mm\" : \"Shorty 2mm oder 3/2mm\";\n    return \"3/2mm Fullsuit\";\n  }\n\n  // Estimated water temp for Tenerife by month\n  function waterTemp(month: number): number {\n    const temps = [18, 18, 19, 19, 20, 21, 22, 23, 23, 22, 21, 19];\n    return temps[month] || 20;\n  }\n\n  // Surf score: 0-100\n  function surfScore(waveH: number, period: number, swell: number, windSpd: number, gustSpd: number, windDir: number, spotFacing: number, rain: number): number {\n    // 1. Wave height (30%) — sweet spot 0.8-2.0m\n    let waveS: number;\n    if (waveH < 0.3) waveS = 0;         // flat\n    else if (waveH < 0.5) waveS = 25;   // barely surfable\n    else if (waveH < 0.8) waveS = 50;   // small but fun\n    else if (waveH < 1.5) waveS = 100;  // ideal\n    else if (waveH < 2.5) waveS = 85;   // powerful, good\n    else if (waveH < 3.5) waveS = 60;   // big, experienced only\n    else waveS = 30;                     // too big for most\n\n    // 2. Period (20%) — longer = better organized swell\n    let periodS: number;\n    if (period < 5) periodS = 15;\n    else if (period < 8) periodS = 40;\n    else if (period < 11) periodS = 70;\n    else if (period < 15) periodS = 100;\n    else periodS = 90;  // very long period, powerful\n\n    // 3. Wind (25%) — direction relative to spot + speed\n    const windInfo = getWindType(windDir, spotFacing);\n    let windS: number;\n    if (windSpd < 5) windS = 95;  // glassy, any direction fine\n    else if (windSpd < 10) windS = windInfo.score;\n    else if (windSpd < 15) windS = Math.round(windInfo.score * 0.7);\n    else if (windSpd < 20) windS = Math.round(windInfo.score * 0.4);\n    else windS = Math.round(windInfo.score * 0.15);  // too windy\n\n    // 4. Swell ratio (15%) — ground swell vs wind chop\n    let swellS: number;\n    if (waveH <= 0) swellS = 0;\n    else {\n      const ratio = swell / Math.max(waveH, 0.1);\n      if (ratio > 0.8) swellS = 100;  // mostly ground swell\n      else if (ratio > 0.5) swellS = 70;\n      else if (ratio > 0.3) swellS = 40;\n      else swellS = 15;  // mostly wind chop\n    }\n\n    // 5. Gust factor (10%) — gusty = messy conditions\n    let gustS: number;\n    const gustFactor = windSpd > 0 ? gustSpd / windSpd : 1;\n    if (gustFactor < 1.3) gustS = 100;\n    else if (gustFactor < 1.5) gustS = 70;\n    else if (gustFactor < 1.8) gustS = 40;\n    else gustS = 15;\n\n    return Math.round(waveS * 0.30 + periodS * 0.20 + windS * 0.25 + swellS * 0.15 + gustS * 0.10);\n  }\n\n  function surfScoreEmoji(score: number): string {\n    if (score >= 75) return \"🔥\";\n    if (score >= 55) return \"👍\";\n    if (score >= 35) return \"🤷\";\n    return \"💤\";\n  }\n\n  function surfScoreLabel(score: number): string {\n    if (score >= 75) return lang === \"en\" ? \"Epic\" : \"Epic\";\n    if (score >= 55) return lang === \"en\" ? \"Good\" : \"Gut\";\n    if (score >= 35) return lang === \"en\" ? \"Meh\" : \"Mäßig\";\n    return \"Flat\";\n  }\n\n  const KMH_TO_KN = 0.539957;\n\n  function calcWaveEnergy(h: number, t: number): number {\n    if (h <= 0 || t <= 0) return 0;\n    return Math.round(0.5 * h * h * t * 10) / 10;\n  }\n\n  interface HalfDay {\n    wspd: number; gust: number; htsgw: number; perpw: number; swell: number;\n    waveEnergy: number; tmp: number; cloud: number; rain: number; slp: number;\n    wdirn: number; swdirn: number;\n  }\n\n  interface DayForecast {\n    date: string; dateLabel: string; weekday: string;\n    morning: HalfDay; afternoon: HalfDay;\n    surfScoreMorning: number; surfScoreAfternoon: number;\n    bestScore: number;\n    ratingClass: string; ratingEmoji: string;\n    boardRec: string; neoRec: string; waterTemp: number;\n    windTypeMorning: { type: string; score: number };\n    windTypeAfternoon: { type: string; score: number };\n  }\n\n  // Ensemble average (from Angelwetter - proven)\n  function ensembleAvg(points: DataPoint[], variable: string, forecastDay: number, weights: Record>): number {\n    const dayWeights = weights[Math.min(forecastDay, 6)] || weights[6];\n    let weightedSum = 0, totalWeight = 0;\n    const byModel = new Map();\n    for (const p of points) {\n      const m = p.model || \"unknown\";\n      if (dayWeights[m] === undefined) continue;\n      const val = p.values[variable];\n      if (val === undefined || val === 0) continue;\n      if (!byModel.has(m)) byModel.set(m, []);\n      byModel.get(m)!.push(val);\n    }\n    for (const [model, vals] of byModel) {\n      const w = dayWeights[model] || 0;\n      if (w === 0 || vals.length === 0) continue;\n      const avg = vals.reduce((a, b) => a + b, 0) / vals.length;\n      weightedSum += avg * w;\n      totalWeight += w;\n    }\n    if (totalWeight === 0) {\n      const allVals = points.map((p) => p.values[variable] || 0).filter((x) => x !== 0);\n      if (allVals.length === 0) return 0;\n      return allVals.reduce((a, b) => a + b, 0) / allVals.length;\n    }\n    return weightedSum / totalWeight;\n  }\n\n  function ensembleMax(points: DataPoint[], variable: string, forecastDay: number, weights: Record>): number {\n    const dayWeights = weights[Math.min(forecastDay, 6)] || weights[6];\n    const byModel = new Map();\n    for (const p of points) {\n      const m = p.model || \"unknown\";\n      if (dayWeights[m] === undefined) continue;\n      const val = p.values[variable] || 0;\n      byModel.set(m, Math.max(byModel.get(m) || 0, val));\n    }\n    let weightedSum = 0, totalWeight = 0;\n    for (const [model, maxVal] of byModel) {\n      const w = dayWeights[model] || 0;\n      if (w === 0 || maxVal === 0) continue;\n      weightedSum += maxVal * w;\n      totalWeight += w;\n    }\n    if (totalWeight === 0) {\n      const allVals = points.map((p) => p.values[variable] || 0);\n      return allVals.length ? Math.max(...allVals) : 0;\n    }\n    return weightedSum / totalWeight;\n  }\n\n  // Circular mean for wind/swell directions\n  function circularMean(points: DataPoint[], variable: string): number {\n    let sinSum = 0, cosSum = 0, count = 0;\n    for (const p of points) {\n      const val = p.values[variable];\n      if (val === undefined) continue;\n      const rad = val * Math.PI / 180;\n      sinSum += Math.sin(rad);\n      cosSum += Math.cos(rad);\n      count++;\n    }\n    if (count === 0) return 0;\n    return ((Math.atan2(sinSum / count, cosSum / count) * 180 / Math.PI) + 360) % 360;\n  }\n\n  async function buildForecast(spot: typeof spots[0]): Promise {\n    const windResults = await Promise.all(windModels.map((m) => fetchWG(spot.lat, spot.lon, m, windVars)));\n    const waveResults = await Promise.all(waveModels.map((m) => fetchWG(spot.lat, spot.lon, m, waveVars)));\n    const allWind: DataPoint[] = windResults.flat();\n    const allWave: DataPoint[] = waveResults.flat();\n\n    const days: DayForecast[] = [];\n    const now = new Date();\n    const weekdays = lang === \"en\" ? [\"Sun\", \"Mon\", \"Tue\", \"Wed\", \"Thu\", \"Fri\", \"Sat\"] : [\"So\", \"Mo\", \"Di\", \"Mi\", \"Do\", \"Fr\", \"Sa\"];\n    const currentMonth = now.getMonth();\n\n    for (let d = 0; d < 7; d++) {\n      const dayDate = new Date(now);\n      dayDate.setDate(now.getDate() + d);\n      const dateStr = dayDate.toISOString().slice(0, 10);\n      const dayLabel = `${dayDate.getDate()}.${dayDate.getMonth() + 1}.`;\n      const wdName = weekdays[dayDate.getDay()];\n      const dayNum = dayDate.getDate();\n\n      const dayWind = allWind.filter((dp) => dp.day === dayNum);\n      const dayWave = allWave.filter((dp) => dp.day === dayNum);\n      const morningWind = dayWind.filter((dp) => dp.hour >= 6 && dp.hour < 12);\n      const afternoonWind = dayWind.filter((dp) => dp.hour >= 12 && dp.hour < 18);\n      const morningWave = dayWave.filter((dp) => dp.hour >= 6 && dp.hour < 12);\n      const afternoonWave = dayWave.filter((dp) => dp.hour >= 12 && dp.hour < 18);\n\n      const mHtsgw = Math.round(ensembleAvg(morningWave, \"HTSGW\", d, waveWeights) * 10) / 10;\n      const mPerpw = Math.round(ensembleAvg(morningWave, \"PERPW\", d, waveWeights) * 10) / 10;\n      const mSwell = Math.round(ensembleAvg(morningWave, \"SWELL1\", d, waveWeights) * 10) / 10;\n      const aHtsgw = Math.round(ensembleAvg(afternoonWave, \"HTSGW\", d, waveWeights) * 10) / 10;\n      const aPerpw = Math.round(ensembleAvg(afternoonWave, \"PERPW\", d, waveWeights) * 10) / 10;\n      const aSwell = Math.round(ensembleAvg(afternoonWave, \"SWELL1\", d, waveWeights) * 10) / 10;\n\n      const mWdirn = Math.round(circularMean(morningWind, \"WDIRN\"));\n      const aWdirn = Math.round(circularMean(afternoonWind, \"WDIRN\"));\n      const mSwdirn = Math.round(circularMean(morningWave, \"SWDIRN1\"));\n      const aSwdirn = Math.round(circularMean(afternoonWave, \"SWDIRN1\"));\n\n      const morning: HalfDay = {\n        wspd: Math.round(ensembleAvg(morningWind, \"WSPD\", d, windWeights) * KMH_TO_KN * 10) / 10,\n        gust: Math.round(ensembleMax(morningWind, \"GUST\", d, windWeights) * KMH_TO_KN * 10) / 10,\n        htsgw: mHtsgw, perpw: mPerpw, swell: mSwell,\n        waveEnergy: calcWaveEnergy(mHtsgw, mPerpw),\n        tmp: Math.round(ensembleAvg(morningWind, \"TMP\", d, windWeights)),\n        cloud: Math.round(ensembleAvg(morningWind, \"LCLD\", d, windWeights)),\n        rain: Math.round(ensembleAvg(morningWind, \"APCP1\", d, windWeights) * 10) / 10,\n        slp: Math.round(ensembleAvg(morningWind, \"SLP\", d, windWeights) * 10) / 10,\n        wdirn: mWdirn, swdirn: mSwdirn,\n      };\n      const afternoon: HalfDay = {\n        wspd: Math.round(ensembleAvg(afternoonWind, \"WSPD\", d, windWeights) * KMH_TO_KN * 10) / 10,\n        gust: Math.round(ensembleMax(afternoonWind, \"GUST\", d, windWeights) * KMH_TO_KN * 10) / 10,\n        htsgw: aHtsgw, perpw: aPerpw, swell: aSwell,\n        waveEnergy: calcWaveEnergy(aHtsgw, aPerpw),\n        tmp: Math.round(ensembleAvg(afternoonWind, \"TMP\", d, windWeights)),\n        cloud: Math.round(ensembleAvg(afternoonWind, \"LCLD\", d, windWeights)),\n        rain: Math.round(ensembleAvg(afternoonWind, \"APCP1\", d, windWeights) * 10) / 10,\n        slp: Math.round(ensembleAvg(afternoonWind, \"SLP\", d, windWeights) * 10) / 10,\n        wdirn: aWdirn, swdirn: aSwdirn,\n      };\n\n      const mSurfScore = surfScore(mHtsgw, mPerpw, mSwell, morning.wspd, morning.gust, mWdirn, spot.facing, morning.rain);\n      const aSurfScore = surfScore(aHtsgw, aPerpw, aSwell, afternoon.wspd, afternoon.gust, aWdirn, spot.facing, afternoon.rain);\n      const best = Math.max(mSurfScore, aSurfScore);\n\n      let ratingClass: string, ratingEmoji: string;\n      if (best >= 65) { ratingClass = \"green\"; ratingEmoji = \"🔥\"; }\n      else if (best >= 40) { ratingClass = \"yellow\"; ratingEmoji = \"👍\"; }\n      else if (best >= 20) { ratingClass = \"orange\"; ratingEmoji = \"🤷\"; }\n      else { ratingClass = \"red\"; ratingEmoji = \"💤\"; }\n\n      const maxWave = Math.max(mHtsgw, aHtsgw);\n      const maxPeriod = Math.max(mPerpw, aPerpw);\n\n      days.push({\n        date: dateStr, dateLabel: dayLabel, weekday: wdName,\n        morning, afternoon,\n        surfScoreMorning: mSurfScore, surfScoreAfternoon: aSurfScore,\n        bestScore: best,\n        ratingClass, ratingEmoji,\n        boardRec: boardRec(maxWave, maxPeriod),\n        neoRec: neoRec(currentMonth),\n        waterTemp: waterTemp(currentMonth),\n        windTypeMorning: getWindType(mWdirn, spot.facing),\n        windTypeAfternoon: getWindType(aWdirn, spot.facing),\n      });\n    }\n    return days;\n  }\n\n  // Fetch all spots\n  const allForecasts: { name: string; desc: string; facing: number; days: DayForecast[] }[] = [];\n  for (const spot of spots) {\n    const days = await buildForecast(spot);\n    allForecasts.push({ name: spot.name, desc: spot.desc, facing: spot.facing, days });\n  }\n\n  const updatedAt = new Date().toLocaleString(\"de-DE\", { timeZone: \"Atlantic/Canary\" });\n\n  // Compass direction label\n  function compassDir(deg: number): string {\n    const dirs = [\"N\", \"NNO\", \"NO\", \"ONO\", \"O\", \"OSO\", \"SO\", \"SSO\", \"S\", \"SSW\", \"SW\", \"WSW\", \"W\", \"WNW\", \"NW\", \"NNW\"];\n    return dirs[Math.round(deg / 22.5) % 16];\n  }\n\n  // Build spot navigation\n  let navHTML = '';\n  for (let s = 0; s < allForecasts.length; s++) {\n    const f = allForecasts[s];\n    const bestScore = f.days.length > 0 ? f.days[0].bestScore : 0;\n    const navEmoji = bestScore >= 65 ? \"🔥\" : bestScore >= 40 ? \"👍\" : bestScore >= 20 ? \"🤷\" : \"💤\";\n    navHTML += `${navEmoji} ${f.name}`;\n  }\n  navHTML += '
';\n\n  let spotsHTML = \"\";\n  for (let si = 0; si < allForecasts.length; si++) {\n    const forecast = allForecasts[si];\n    // Find best surf day\n    let bestIdx = -1, bestScore = 0;\n    for (let i = 0; i < forecast.days.length; i++) {\n      if (forecast.days[i].bestScore > bestScore) {\n        bestScore = forecast.days[i].bestScore;\n        bestIdx = i;\n      }\n    }\n\n    function cloudEmoji(pct: number): string {\n      if (pct < 20) return \"☀️\";\n      if (pct < 50) return \"⛅\";\n      if (pct < 80) return \"🌥️\";\n      return \"☁️\";\n    }\n    function rainStr(mm: number): string {\n      if (mm <= 0) return \"\";\n      if (mm < 1) return \"💧 \" + mm + \"mm\";\n      return \"🌧️ \" + mm + \"mm\";\n    }\n\n    let daysHTML = \"\";\n    for (let i = 0; i < forecast.days.length; i++) {\n      const day = forecast.days[i];\n      const isStar = (i === bestIdx && bestScore >= 40);\n      const isGood = day.bestScore >= 40;\n\n      const mRain = rainStr(day.morning.rain);\n      const aRain = rainStr(day.afternoon.rain);\n\n      // Recommendation\n      let recHTML = \"\";\n      if (day.surfScoreMorning >= 65 && day.surfScoreAfternoon >= 65) {\n        recHTML = `${t.allDayGood}
`;\n      } else if (day.surfScoreMorning >= 50 && day.surfScoreAfternoon < 40) {\n        recHTML = `${t.goMorning}
`;\n      } else if (day.surfScoreAfternoon >= 50 && day.surfScoreMorning < 40) {\n        recHTML = `${t.goAfternoon}
`;\n      } else if (day.surfScoreMorning >= 40 && day.surfScoreAfternoon < 30) {\n        recHTML = `${t.ifThenMorning}
`;\n      } else if (day.surfScoreAfternoon >= 40 && day.surfScoreMorning < 30) {\n        recHTML = `${t.ifThenAfternoon}
`;\n      } else if (day.bestScore < 20) {\n        recHTML = `${t.flat}
`;\n      }\n\n      const surfBadgeMorning = `= 65 ? 'epic' : day.surfScoreMorning >= 40 ? 'good' : 'meh'}\">${surfScoreEmoji(day.surfScoreMorning)} ${day.surfScoreMorning}`;\n      const surfBadgeAfternoon = `= 65 ? 'epic' : day.surfScoreAfternoon >= 40 ? 'good' : 'meh'}\">${surfScoreEmoji(day.surfScoreAfternoon)} ${day.surfScoreAfternoon}`;\n\n      const cardContent = `\n        \n          ${day.weekday}\n          ${day.dateLabel}\n          ${isStar ? '⭐' : \"\"}\n        
\n        ${day.ratingEmoji}
\n        ${recHTML}\n        \n          🏄 ${day.boardRec}
\n          🩱 ${day.neoRec}
\n          🌊 ${day.waterTemp}°C
\n        
\n        \n          ${surfBadgeMorning} ${t.morning}
\n          ${t.waves}${day.morning.htsgw} m
\n          ${t.swell}${day.morning.swell} m
\n          ${t.period}${day.morning.perpw} s
\n          ${t.wind}${day.morning.wspd} kn
\n          ${t.gusts}${day.morning.gust} kn
\n          ${windTypeEmoji(day.windTypeMorning.type)} ${t.windDir}${windTypeLabel(day.windTypeMorning.type)} ${compassDir(day.morning.wdirn)}
\n          ${cloudEmoji(day.morning.cloud)} ${t.clouds}${day.morning.cloud}%
\n          ${mRain ? '' + t.rain + '' + mRain + '
' : ''}\n          ${t.temp}${day.morning.tmp}°
\n        
\n        \n          ${surfBadgeAfternoon} ${t.afternoon}
\n          ${t.waves}${day.afternoon.htsgw} m
\n          ${t.swell}${day.afternoon.swell} m
\n          ${t.period}${day.afternoon.perpw} s
\n          ${t.wind}${day.afternoon.wspd} kn
\n          ${t.gusts}${day.afternoon.gust} kn
\n          ${windTypeEmoji(day.windTypeAfternoon.type)} ${t.windDir}${windTypeLabel(day.windTypeAfternoon.type)} ${compassDir(day.afternoon.wdirn)}
\n          ${cloudEmoji(day.afternoon.cloud)} ${t.clouds}${day.afternoon.cloud}%
\n          ${aRain ? '' + t.rain + '' + aRain + '
' : ''}\n          ${t.temp}${day.afternoon.tmp}°
\n        
`;\n\n      if (isGood) {\n        daysHTML += `${cardContent}
`;\n      } else {\n        daysHTML += `${day.weekday}${day.dateLabel}
${day.ratingEmoji}
${cardContent}
`;\n      }\n    }\n    spotsHTML += `📍 ${forecast.name}
${forecast.desc} · ${lang === \"en\" ? \"Facing\" : \"Ausrichtung\"}: ${compassDir(forecast.facing)}
${daysHTML}
`;\n  }\n\n  const legendHTML = `\n    🔥 ${t.legendGreen}\n    👍 ${t.legendYellow}\n    💤 ${t.legendRed}\n    ⭐ = ${t.legendStar}\n    🟢 Offshore · 🟡 Cross-off · 🟠 Cross · 🔴 Onshore\n  
`;\n\n  const html = `🏄 ${t.title} – 7 ${lang === \"en\" ? \"Days\" : \"Tage\"}\n\n\n  ${langLabel}\n  🏄 ${t.title}
\n  ${t.subtitle} · ${t.updated}: ${updatedAt} (${t.canaryTime})
\n
\n${navHTML}\n${legendHTML}\n${spotsHTML || `${t.noData}`}\n`;\n\n  return new Response(html, { headers: { \"Content-Type\": \"text/html; charset=utf-8\" } });\n}\n","deleted","label",[102],"permalink","https://www.val.town/x/escape/surfwetter/code/main.ts","extension","actionData","errors"]