\\u2600\\ufe0f ${t.title} \\u2013 7 Tage

([\\s\\S]*?)<\\/pre>/i);\n      const preText = preMatch\n        ? preMatch[1].replace(/<[^>]*>/g, \"\").replace(/&/g, \"&\").replace(\n          /</g,\n          \"<\",\n        ).replace(/>/g, \">\").replace(/©/g, \"\\u00a9\")\n        : \"NO PRE FOUND\";\n      const lines = preText.split(\"\\n\").map((l: string) => l.trim()).filter((\n        l: string,\n      ) => l.length > 0);\n      return new Response(\n        JSON.stringify({ preText, lines, htmlLen: html.length }, null, 2),\n        {\n          headers: { \"Content-Type\": \"application/json\" },\n        },\n      );\n    } catch (e) {\n      return new Response(JSON.stringify({ error: String(e) }), {\n        headers: { \"Content-Type\": \"application/json\" },\n      });\n    }\n  }\n\n  const spots = [\n    { name: \"Candelaria/G\\u00fc\\u00edmar\", lat: 28.3052, lon: -16.3534, coastal: true },\n    { name: \"M\\u00e9dano\", lat: 28.0190, lon: -16.5368, coastal: true },\n    { name: \"Puerto de la Cruz\", lat: 28.4167, lon: -16.5500, coastal: true },\n    { name: \"Punta de Teno\", lat: 28.3467, lon: -16.9239, coastal: true },\n    { name: \"Playa San Juan\", lat: 28.1636, lon: -16.8136, coastal: true },\n    { name: \"Las Teresitas\", lat: 28.5083, lon: -16.1878, coastal: true },\n    { name: \"La Quinta\", lat: 28.3750, lon: -16.5333, coastal: false },\n    { name: \"Anaga\", lat: 28.5550, lon: -16.1700, coastal: true },\n    { name: \"Chamorga\", lat: 28.5700, lon: -16.1450, coastal: true },\n    { name: \"Masca\", lat: 28.2920, lon: -16.8400, coastal: false },\n    { name: \"Teno Alto\", lat: 28.3350, lon: -16.8700, coastal: false },\n    { name: \"Teide\", lat: 28.2716, lon: -16.6424, coastal: false },\n    { name: \"Bajamar\", lat: 28.5450, lon: -16.3480, coastal: true },\n  ];\n\n  const windModels = [\"uwrfgc\", \"wrfcas\", \"swrfeu\", \"ifs\", \"gfs\"];\n  const waveModels = [\"ewam\", \"ifsw\", \"gfsw\"];\n  const windVars = \"WSPD,GUST,WDIRN,TMP,LCLD,APCP1\";\n  const waveVars = \"HTSGW,PERPW,WADIRN,SWELL1,SWPER1,SWDIRN1\";\n\n  // Time-decay weights: model weights per forecast day\n  // uwrfgc(WRF1,1km,~48h), wrfcas(WRF3,3km,~48h), swrfeu(WRF9,9km,~72h), ifs(9km,240h), gfs(13km,384h)\n  const windWeights: Record> = {\n    0: { uwrfgc: 70, wrfcas: 10, swrfeu: 5, ifs: 10, gfs: 5 },\n    1: { uwrfgc: 70, wrfcas: 10, swrfeu: 5, ifs: 10, gfs: 5 },\n    2: { swrfeu: 40, ifs: 40, gfs: 20 },\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  // ewam(ECMWF WAM 5km), ifsw(IFS Wave), gfsw(GFS Wave 16km)\n  // Models not in weights for a given day are ignored; missing models auto-redistribute\n  const waveWeights: Record> = {\n    0: { ewam: 60, ifsw: 25, gfsw: 15 },\n    1: { ewam: 60, ifsw: 25, gfsw: 15 },\n    2: { ewam: 55, ifsw: 25, gfsw: 20 },\n    3: { ewam: 45, ifsw: 25, gfsw: 30 },\n    4: { ewam: 40, ifsw: 25, gfsw: 35 },\n    5: { ewam: 35, ifsw: 25, gfsw: 40 },\n    6: { ewam: 30, ifsw: 25, gfsw: 45 },\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, \"&\")\n      .replace(/</g, \"<\").replace(/>/g, \">\").replace(/©/g, \"\\u00a9\");\n    const lines = preText.split(\"\\n\").map((l) => l.trim()).filter((l) =>\n      l.length > 0\n    );\n    let headerIdx = -1;\n    for (let i = 0; i < lines.length; i++) {\n      if (lines[i].match(/^Date\\s/)) {\n        headerIdx = i;\n        break;\n      }\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 (\n        line.startsWith(\"\\u00a9\") || line.startsWith(\"(c)\") ||\n        line.includes(\"Windguru\")\n      ) 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(\n    lat: number,\n    lon: number,\n    model: string,\n    vars: string,\n  ): Promise {\n    const url =\n      `http://micro.windguru.cz/?lat=${lat}&lon=${lon}&m=${model}&v=${vars}&u=${\n        encodeURIComponent(USER)\n      }&p=${encodeURIComponent(PASS)}&tz=auto`;\n    try {\n      const resp = await fetch(url, {\n        headers: { \"User-Agent\": \"Mozilla/5.0\" },\n      });\n      if (!resp.ok) return [];\n      const html = await resp.text();\n      const points = parseWindguruPre(html, vars);\n      // Tag each point with its model name\n      for (const p of points) p.model = model;\n      return points;\n    } catch {\n      return [];\n    }\n  }\n\n  // === FISH ACTIVITY SCORING ===\n  // Simplified sunrise/sunset for Tenerife (~28.3°N) March/April\n  function getSunTimes(date: Date): { sunrise: number; sunset: number } {\n    const dayOfYear = Math.floor((date.getTime() - new Date(date.getFullYear(), 0, 0).getTime()) / 86400000);\n    // Approximate sunrise/sunset hours for Tenerife latitude\n    const declination = 23.45 * Math.sin((2 * Math.PI / 365) * (dayOfYear - 81));\n    const latRad = 28.3 * Math.PI / 180;\n    const decRad = declination * Math.PI / 180;\n    const hourAngle = Math.acos(-Math.tan(latRad) * Math.tan(decRad)) * 180 / Math.PI;\n    const sunrise = 12 - hourAngle / 15; // UTC hours\n    const sunset = 12 + hourAngle / 15;\n    // Canary Time = UTC+0 winter, UTC+1 summer (late March = summer time)\n    const offset = (date.getMonth() >= 2 && date.getDate() >= 28) || date.getMonth() >= 3 ? 1 : 0;\n    return { sunrise: sunrise + offset, sunset: sunset + offset };\n  }\n\n  // Moon phase (0=new, 0.5=full, 1=new again)\n  function getMoonPhase(date: Date): number {\n    const synodic = 29.53059;\n    const known = new Date(2000, 0, 6, 18, 14); // Known new moon\n    const diff = (date.getTime() - known.getTime()) / 86400000;\n    return ((diff % synodic) + synodic) % synodic / synodic;\n  }\n\n  function fishScore(wind: number, gust: number, waves: number, cloud: number, rain: number, hour: number, date: Date): number {\n    // 1. Wind/Wave score (0-100, weight 30%)\n    let windS = 100;\n    if (wind >= 8) windS = 75;\n    if (wind >= 15) windS = 40;\n    if (wind >= 22) windS = 10;\n    if (waves >= 1.5) windS = Math.min(windS, 70);\n    if (waves >= 2.5) windS = Math.min(windS, 35);\n    if (waves >= 3.5) windS = Math.min(windS, 10);\n\n    // 2. Time-of-day score (0-100, weight 25%)\n    const sun = getSunTimes(date);\n    let timeS = 20; // default: midday = bad\n    const distSunrise = Math.abs(hour - sun.sunrise);\n    const distSunset = Math.abs(hour - sun.sunset);\n    if (distSunrise <= 1.5) timeS = 100;\n    else if (distSunrise <= 3) timeS = 70;\n    if (distSunset <= 1.5) timeS = Math.max(timeS, 95);\n    else if (distSunset <= 3) timeS = Math.max(timeS, 65);\n\n    // 3. Cloud cover score (0-100, weight 15%)\n    let cloudS = 30;\n    if (cloud >= 75) cloudS = 100;\n    else if (cloud >= 50) cloudS = 75;\n    else if (cloud >= 25) cloudS = 50;\n\n    // 4. Moon/Solunar score (0-100, weight 15%)\n    const phase = getMoonPhase(date);\n    const nearNewOrFull = Math.min(phase, 1 - phase, Math.abs(phase - 0.5));\n    let moonS = 50 + (1 - nearNewOrFull / 0.25) * 50; // Higher near new/full\n    moonS = Math.max(30, Math.min(100, moonS));\n\n    // 5. Rain penalty (weight 15%)\n    let rainS = 100;\n    if (rain > 0 && rain < 1) rainS = 70;\n    if (rain >= 1 && rain < 3) rainS = 50; // Light rain can actually help\n    if (rain >= 3) rainS = 30;\n\n    // Weighted total\n    const total = (windS * 0.30) + (timeS * 0.25) + (cloudS * 0.15) + (moonS * 0.15) + (rainS * 0.15);\n\n    // Scale to 0-3\n    if (total >= 75) return 3;\n    if (total >= 55) return 2;\n    if (total >= 35) return 1;\n    return 0;\n  }\n\n  function fishEmoji(score: number): string {\n    if (score >= 3) return \"\\ud83d\\udc1f\\ud83d\\udc1f\\ud83d\\udc1f\";\n    if (score >= 2) return \"\\ud83d\\udc1f\\ud83d\\udc1f\";\n    if (score >= 1) return \"\\ud83d\\udc1f\";\n    return \"\";\n  }\n\n  function bestFishingTime(date: Date, lat: number): string {\n    const sun = getSunTimes(date);\n    const sunriseH = Math.round(sun.sunrise);\n    const sunsetH = Math.round(sun.sunset);\n    // Best windows: sunrise ±1.5h or sunset ±1.5h\n    const mStart = Math.max(sunriseH - 1, 5);\n    const mEnd = sunriseH + 2;\n    const eStart = sunsetH - 2;\n    const eEnd = Math.min(sunsetH + 1, 21);\n    return `${String(mStart).padStart(2,\"0\")}:00-${String(mEnd).padStart(2,\"0\")}:00 / ${String(eStart).padStart(2,\"0\")}:00-${String(eEnd).padStart(2,\"0\")}:00`;\n  }\n\n  interface DayForecast {\n    date: string;\n    dateLabel: string;\n    weekday: string;\n    morning: { wspd: number; gust: number; htsgw: number; perpw: number; swell: number; waveEnergy: number; tmp: number; cloud: number; rain: number };\n    afternoon: { wspd: number; gust: number; htsgw: number; perpw: number; swell: number; waveEnergy: number; tmp: number; cloud: number; rain: number };\n    morningFish: number;\n    afternoonFish: number;\n    bestTime: string;\n    rating: string;\n    ratingEmoji: string;\n    ratingClass: string;\n  }\n  const KMH_TO_KN = 0.539957;\n\n  async function buildForecast(\n    spot: { name: string; lat: number; lon: number },\n  ): Promise {\n    const windResults = await Promise.all(\n      windModels.map((m) => fetchWG(spot.lat, spot.lon, m, windVars)),\n    );\n    const waveResults = await Promise.all(\n      waveModels.map((m) => fetchWG(spot.lat, spot.lon, m, waveVars)),\n    );\n\n    // Collect ALL data points (not merged) – keep model tag for weighting\n    const allWind: DataPoint[] = windResults.flat();\n    const allWave: DataPoint[] = waveResults.flat();\n\n    // Weighted ensemble average for a variable across models at a given hour\n    function ensembleAvg(\n      points: DataPoint[],\n      variable: string,\n      forecastDay: number,\n      weights: Record>,\n    ): number {\n      const dayWeights = weights[Math.min(forecastDay, 6)] || weights[6];\n      let weightedSum = 0;\n      let totalWeight = 0;\n      // Group values by model, average within each model first\n      const byModel = new Map();\n      for (const p of points) {\n        const m = p.model || \"unknown\";\n        if (dayWeights[m] === undefined) continue; // model not expected for this day\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        // Fallback: simple average of all available data\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    // Weighted max for gust (take max per model, then weighted average of maxes)\n    function ensembleMax(\n      points: DataPoint[],\n      variable: string,\n      forecastDay: number,\n      weights: Record>,\n    ): 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;\n      let 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    // Wave energy: P (kW/m) ~ 0.5 * H^2 * T (deep water approximation)\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    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    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      // Filter all model data for this day's morning/afternoon\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      const morning = {\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,\n        perpw: mPerpw,\n        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      };\n      const afternoon = {\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,\n        perpw: aPerpw,\n        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      };\n      const dayMaxWspd = Math.max(morning.wspd, afternoon.wspd);\n      const dayMaxGust = Math.max(morning.gust, afternoon.gust);\n      const dayMaxWave = Math.max(morning.htsgw, afternoon.htsgw);\n      const dayMaxRain = Math.max(morning.rain, afternoon.rain);\n      let rating: string, ratingEmoji: string, ratingClass: string;\n      if (dayMaxWspd > 25 || dayMaxGust > 30 || dayMaxWave > 3.0 || dayMaxRain > 8) {\n        rating = \"schlecht\";\n        ratingEmoji = \"\\ud83d\\udd34\";\n        ratingClass = \"red\";\n      } else if (dayMaxWspd < 18 && dayMaxGust < 25 && dayMaxWave < 1.5 && dayMaxRain < 2) {\n        rating = \"perfekt\";\n        ratingEmoji = \"\\ud83d\\udfe2\";\n        ratingClass = \"green\";\n      } else {\n        rating = \"ok\";\n        ratingEmoji = \"\\ud83d\\udfe1\";\n        ratingClass = \"yellow\";\n      }\n      // Fish activity score per half-day (9:00 = middle of morning, 15:00 = middle of afternoon)\n      const mFish = fishScore(morning.wspd, morning.gust, morning.htsgw, morning.cloud, morning.rain, 9, dayDate);\n      const aFish = fishScore(afternoon.wspd, afternoon.gust, afternoon.htsgw, afternoon.cloud, afternoon.rain, 15, dayDate);\n      const bt = bestFishingTime(dayDate, spot.lat);\n      days.push({\n        date: dateStr,\n        dateLabel: dayLabel,\n        weekday: wdName,\n        morning,\n        afternoon,\n        morningFish: mFish,\n        afternoonFish: aFish,\n        bestTime: bt,\n        rating,\n        ratingEmoji,\n        ratingClass,\n      });\n    }\n    return days;\n  }\n\n  const allForecasts: { name: string; coastal: boolean; days: DayForecast[] }[] = [];\n  for (const spot of spots) {\n    const days = await buildForecast(spot);\n    allForecasts.push({ name: spot.name, coastal: spot.coastal, days });\n  }\n\n  const updatedAt = new Date().toLocaleString(\"de-DE\", {\n    timeZone: \"Atlantic/Canary\",\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 greenCount = f.days.filter(d => d.ratingClass === \"green\").length;\n    const navEmoji = greenCount > 0 ? \"\\ud83d\\udfe2\" : \"\\ud83d\\udfe1\";\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 the single best day for THIS spot\n    // Scoring: Wind 35%, Wind-waves 25%, Total waves 15%, Rain 15%, Clouds 10%\n    let bestIdx = -1;\n    let bestScore = Infinity;\n    for (let i = 0; i < forecast.days.length; i++) {\n      const d = forecast.days[i];\n      if (d.ratingClass === \"green\") {\n        const maxWspd = Math.max(d.morning.wspd, d.afternoon.wspd);\n        const maxHtsgw = Math.max(d.morning.htsgw, d.afternoon.htsgw);\n        const maxSwell = Math.max(d.morning.swell, d.afternoon.swell);\n        const windWaves = Math.max(0, maxHtsgw - maxSwell); // wind-wave component\n        const maxRain = Math.max(d.morning.rain, d.afternoon.rain);\n        const avgCloud = (d.morning.cloud + d.afternoon.cloud) / 2;\n        const score = (maxWspd * 0.35) + (windWaves * 15 * 0.25) + (maxHtsgw * 10 * 0.15) + (maxRain * 5 * 0.15) + (avgCloud * 0.05 * 0.10);\n        if (score < bestScore) { bestScore = score; bestIdx = i; }\n      }\n    }\n    // Helper: cloud emoji\n    function cloudEmoji(pct: number): string {\n      if (pct < 20) return \"\\u2600\\ufe0f\";\n      if (pct < 50) return \"\\u26c5\";\n      if (pct < 80) return \"\\ud83c\\udf25\\ufe0f\";\n      return \"\\u2601\\ufe0f\";\n    }\n    // Helper: rain indicator\n    function rainStr(mm: number): string {\n      if (mm <= 0) return \"\";\n      if (mm < 1) return \"\\ud83d\\udca7 \" + mm + \"mm\";\n      return \"\\ud83c\\udf27\\ufe0f \" + mm + \"mm\";\n    }\n    // Helper: rate a half-day period\n    function ratePeriod(p: { wspd: number; gust: number; htsgw: number; rain: number }): { emoji: string; cls: string } {\n      if (p.wspd > 25 || p.gust > 30 || p.htsgw > 3.0 || p.rain > 8) return { emoji: \"\\ud83d\\udd34\", cls: \"red\" };\n      if (p.wspd < 18 && p.gust < 25 && p.htsgw < 1.5 && p.rain < 2) return { emoji: \"\\ud83d\\udfe2\", cls: \"green\" };\n      return { emoji: \"\\ud83d\\udfe1\", cls: \"yellow\" };\n    }\n    // Helper: wave energy emoji\n    function energyEmoji(e: number): string {\n      if (e < 2) return \"\\ud83d\\udfe2\";\n      if (e < 5) return \"\\ud83d\\udfe1\";\n      if (e < 10) return \"\\ud83d\\udfe0\";\n      return \"\\ud83d\\udd34\";\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);\n      const isGreen = day.ratingClass === \"green\";\n      const dimmed = (!isGreen) ? \"dimmed\" : \"\";\n      const mRating = ratePeriod(day.morning);\n      const aRating = ratePeriod(day.afternoon);\n      // Recommendation line\n      let recHTML = \"\";\n      if (mRating.cls === \"green\" && aRating.cls !== \"green\") {\n        recHTML = `${t.goMorning}
`;\n      } else if (aRating.cls === \"green\" && mRating.cls !== \"green\") {\n        recHTML = `${t.goAfternoon}
`;\n      } else if (mRating.cls === \"green\" && aRating.cls === \"green\") {\n        recHTML = `${t.allDayGood}
`;\n      } else if (mRating.cls === \"yellow\" && aRating.cls === \"red\") {\n        recHTML = `${t.ifThenMorning}
`;\n      } else if (aRating.cls === \"yellow\" && mRating.cls === \"red\") {\n        recHTML = `${t.ifThenAfternoon}
`;\n      }\n      const mRain = rainStr(day.morning.rain);\n      const aRain = rainStr(day.afternoon.rain);\n      const isCoastal = forecast.coastal;\n      // Morning wave details (only coastal)\n      const mWaveDetail = isCoastal ? (\n        `${t.waves}${day.morning.htsgw} m
` +\n        (day.morning.swell > 0 ? `${t.swell}${day.morning.swell} m
` : '') +\n        `${t.period}${day.morning.perpw} s
` +\n        `${energyEmoji(day.morning.waveEnergy)} ${t.waveEnergy}${day.morning.waveEnergy} kW/m
`\n      ) : '';\n      // Afternoon wave details (only coastal)\n      const aWaveDetail = isCoastal ? (\n        `${t.waves}${day.afternoon.htsgw} m
` +\n        (day.afternoon.swell > 0 ? `${t.swell}${day.afternoon.swell} m
` : '') +\n        `${t.period}${day.afternoon.perpw} s
` +\n        `${energyEmoji(day.afternoon.waveEnergy)} ${t.waveEnergy}${day.afternoon.waveEnergy} kW/m
`\n      ) : '';\n      // Fish metrics (only coastal)\n      const mFishHTML = isCoastal ? `\\ud83c\\udfa3 ${t.fishActivity}${fishEmoji(day.morningFish)}
` : '';\n      const aFishHTML = isCoastal ? `\\ud83c\\udfa3 ${t.fishActivity}${fishEmoji(day.afternoonFish)}
` : '';\n      const bestTimeHTML = (isCoastal && day.ratingClass === \"green\") ? `\\ud83c\\udfa3 ${t.bestTime}: ${day.bestTime}
` : '';\n      const cardContent = `${day.weekday}${day.dateLabel}${\n        isStar ? '\\u2b50' : \"\"\n      }
${day.ratingEmoji}
${recHTML}${mRating.emoji} ${t.morning}
${t.wind}${day.morning.wspd} kn
${t.gusts}${day.morning.gust} kn
${mWaveDetail}${cloudEmoji(day.morning.cloud)} ${t.clouds}${day.morning.cloud}%
${mRain ? '' + t.rain + '' + mRain + '
' : ''}${t.temp}${day.morning.tmp}\\u00b0
${mFishHTML}
${aRating.emoji} ${t.afternoon}
${t.wind}${day.afternoon.wspd} kn
${t.gusts}${day.afternoon.gust} kn
${aWaveDetail}${cloudEmoji(day.afternoon.cloud)} ${t.clouds}${day.afternoon.cloud}%
${aRain ? '' + t.rain + '' + aRain + '
' : ''}${t.temp}${day.afternoon.tmp}\\u00b0
${aFishHTML}
${bestTimeHTML}`;\n      if (isGreen) {\n        daysHTML += `${cardContent}
`;\n      } else {\n        daysHTML += `${day.weekday}${day.dateLabel}
${day.ratingEmoji}
${cardContent}
`;\n      }\n    }\n    spotsHTML +=\n      `\\ud83d\\udccd ${forecast.name}
${daysHTML}
`;\n  }\n  const legendHTML =\n    `\\ud83d\\udfe2 ${t.legendGreen}\\ud83d\\udfe1 ${t.legendYellow}\\ud83d\\udd34 ${t.legendRed}\\u2b50 = ${t.legendStar}\\ud83d\\udc1f = ${lang === \"en\" ? \"Fish activity (0-3)\" : \"Fischaktivit\\u00e4t (0-3)\"}${lang === \"en\" ? \"Wave energy: \\ud83d\\udfe2<2 \\ud83d\\udfe1 2-5 \\ud83d\\udfe0 5-10 \\ud83d\\udd34>10 kW/m\" : \"Wellenenergie: \\ud83d\\udfe2<2 \\ud83d\\udfe1 2-5 \\ud83d\\udfe0 5-10 \\ud83d\\udd34>10 kW/m\"}
`;\n  const html =\n    `\\u2600\\ufe0f ${t.title} \\u2013 7 Tage${langLabel}\\u2600\\ufe0f ${t.title}
${t.subtitle} \\u00b7 ${t.updated}: ${updatedAt} (${t.canaryTime})
${navHTML}${legendHTML}${\n      spotsHTML ||\n      `${t.noData}`\n    }`;\n  return new Response(html, {\n    headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n  });\n}","deleted","label",[102],"permalink","https://www.val.town/x/escape/angelwetter7tage/code/main.ts","extension","actionData","errors"]