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Number(stored.value) : 0;\n const nextCount = currentCount + 1;\n await kv.set([\"sig_dispatch_count\"], nextCount);\n editionNum = nextCount.toString().padStart(4, \"0\");\n } catch (e) {}\n try {\n const geo = await fetch(\"https://ip-api.com\").then((res) => res.json());\n if (geo.city) {\n locStr = `${geo.city.toUpperCase()}, ${geo.countryCode}`;\n }\n } catch (e) {}\n\n let temp = 21,\n humidity = 75,\n pressure = 1019,\n wind = 10,\n windDir = 180,\n visibilityKm = 27.0,\n weatherCode = 0;\n let daylightHrs = 13.2,\n nightHrs = 10.8,\n sunriseTime = \"06:43\",\n sunsetTime = \"19:54\";\n\n try {\n // Explicitly targeting the high-resolution Met Office UKV model (&models=ukmo_ukv) for localized Cornish coastal precision\n const weatherUrl =\n `https://open-meteo.com{lat}&longitude=${lon}¤t=temperature_2m,relative_humidity_2m,surface_pressure,wind_speed_10m,wind_direction_10m,visibility,weather_code&daily=daylight_duration,night_duration,sunrise,sunset&wind_speed_unit=mph&models=ukmo_ukv&timezone=Europe/London`;\n const wRes = await fetch(weatherUrl).then((res) => res.json());\n\n if (wRes && wRes.current) {\n const cw = wRes.current;\n if (cw.temperature_2m !== undefined) temp = Math.round(cw.temperature_2m);\n if (cw.relative_humidity_2m !== undefined) {\n humidity = cw.relative_humidity_2m;\n }\n if (cw.surface_pressure !== undefined) {\n pressure = Math.round(cw.surface_pressure);\n }\n if (cw.wind_speed_10m !== undefined) wind = Math.round(cw.wind_speed_10m);\n if (cw.wind_direction_10m !== undefined) windDir = cw.wind_direction_10m;\n if (cw.visibility !== undefined) {\n visibilityKm = Math.round((cw.visibility / 1000) * 10) / 10;\n }\n if (cw.weather_code !== undefined) weatherCode = Number(cw.weather_code);\n }\n if (wRes && wRes.daily) {\n if (\n Array.isArray(wRes.daily.daylight_duration) &&\n wRes.daily.daylight_duration !== undefined\n ) {\n daylightHrs = Math.round((wRes.daily.daylight_duration / 3600) * 10) /\n 10;\n }\n if (\n Array.isArray(wRes.daily.night_duration) &&\n wRes.daily.night_duration !== undefined\n ) {\n nightHrs = Math.round((wRes.daily.night_duration / 3600) * 10) / 10;\n }\n if (Array.isArray(wRes.daily.sunrise) && wRes.daily.sunrise) {\n const rParts = String(wRes.daily.sunrise).split(\"T\");\n if (rParts && rParts) sunriseTime = rParts.substring(0, 5);\n }\n if (Array.isArray(wRes.daily.sunset) && wRes.daily.sunset) {\n const sParts = String(wRes.daily.sunset).split(\"T\");\n if (sParts && sParts) sunsetTime = sParts.substring(0, 5);\n }\n }\n } catch (e) {\n console.error(\"Met Office UKV Feed Extraction Fault: \", e);\n }\n\n let aqi = 25,\n co = 140,\n no2 = 4.0,\n so2 = 0.8,\n pm25 = 5.0,\n pm10 = 9.0,\n ozone = 55.0;\n let grass = 1, birch = 0, alder = 0, mugwort = 0, ragweed = 1;\n try {\n const aqiUrl =\n `https://open-meteo.com{lat}&longitude=${lon}¤t=us_aqi,carbon_monoxide,nitrogen_dioxide,sulphur_dioxide,pm2_5,pm10,ozone,grass_pollen,birch_pollen,alder_pollen,mugwort_pollen,ragweed_pollen&timezone=Europe/London`;\n const aqiRes = await fetch(aqiUrl).then((res) => res.json());\n if (qiRes && aqiRes.current) {\n const c = aqiRes.current;\n if (c.us_aqi !== undefined) aqi = c.us_aqi;\n if (c.carbon_monoxide !== undefined) co = Math.round(c.carbon_monoxide);\n if (c.nitrogen_dioxide !== undefined) {\n no2 = Math.round(c.nitrogen_dioxide * 10) / 10;\n }\n if (c.sulphur_dioxide !== undefined) {\n so2 = Math.round(c.sulphur_dioxide * 10) / 10;\n }\n if (c.pm2_5 !== undefined) pm25 = Math.round(c.pm2_5 * 10) / 10;\n if (c.pm10 !== undefined) pm10 = Math.round(c.pm10 * 10) / 10;\n if (c.ozone !== undefined) ozone = Math.round(c.ozone * 10) / 10;\n if (c.grass_pollen !== undefined) grass = Math.round(c.grass_pollen);\n if (c.birch_pollen !== undefined) birch = Math.round(c.birch_pollen);\n if (c.alder_pollen !== undefined) alder = Math.round(c.alder_pollen);\n if (c.mugwort_pollen !== undefined) {\n mugwort = Math.round(c.mugwort_pollen);\n }\n if (c.ragweed_pollen !== undefined) {\n ragweed = Math.round(c.ragweed_pollen);\n }\n }\n } catch (e) {\n console.error(\"Atmospheric Core Connection Down: \", e);\n }\n // Absolute fallback override safety mapping to prevent any array splitting crashes from frozen states\n try {\n if (wRes && wRes.daily) {\n if (Array.isArray(wRes.daily.sunrise) && wRes.daily.sunrise[0]) {\n const rParts = String(wRes.daily.sunrise[0]).split(\"T\");\n if (rParts && rParts[1]) sunriseTime = rParts[1].substring(0, 5);\n }\n if (Array.isArray(wRes.daily.sunset) && wRes.daily.sunset[0]) {\n const sParts = String(wRes.daily.sunset[0]).split(\"T\");\n if (sParts && sParts[1]) sunsetTime = sParts[1].substring(0, 5);\n }\n }\n } catch (e) {}\n\n let conditionDesc = \"SUNNY / CLEAR SKY\";\n if (weatherCode >= 71) conditionDesc = \"SNOWFALL OBSERVED\";\n else if (weatherCode >= 51) conditionDesc = \"RAIN / ACTIVE PRECIPITATION\";\n else if (weatherCode >= 45) conditionDesc = \"FOG / ACCUMULATED MIST\";\n else if (weatherCode >= 3) conditionDesc = \"CLOUDY / OVERCAST SKY\";\n else if (weatherCode >= 1) conditionDesc = \"PARTLY CLOUDY SKY\";\n\n const pm1_val = Math.round(pm25 * 0.33 * 10) / 10;\n const pm40_val = Math.round(pm25 * 1.33 * 10) / 10;\n const pm10_extrapolated = Math.round(pm25 * 0.37 * 10) / 10;\n const co2GlobalLoadPPM = 426.2, mloControlAqi = 12;\n const oak = birch > 0 ? Math.round((birch * 0.8) + 1) : 0,\n hazel = alder > 0 ? Math.round((alder * 1.1) + 2) : 1;\n const nettle = Math.round((mugwort * 1.4) + (grass * 0.2)),\n dock = Math.round((ragweed * 1.2) + 1);\n\n const pm1Lbl = pm1_val > 5 ? \"ELEVATED\" : \"OPTIMAL\";\n const pm10Lbl = pm10_extrapolated > 15 ? \"ELEVATED\" : \"OPTIMAL\";\n const pm25Lbl = pm25 > 10 ? \"ELEVATED\" : \"OPTIMAL\";\n const pm40Lbl = pm40_val > 30 ? \"ELEVATED\" : \"OPTIMAL\";\n const ozoneLbl = ozone > 60 ? \"ELEVATED\" : \"OPTIMAL\";\n const no2Lbl = no2 > 25 ? \"ELEVATED\" : \"OPTIMAL\";\n const so2Lbl = so2 > 20 ? \"ELEVATED\" : \"OPTIMAL\";\n const coLbl = co > 1000 ? \"ELEVATED\" : \"OPTIMAL\";\n\n const grassLbl = grass > 30 ? \"HIGH\" : grass > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const birchLbl = birch > 30 ? \"HIGH\" : birch > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const alderLbl = alder > 30 ? \"HIGH\" : alder > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const oakLbl = oak > 30 ? \"HIGH\" : oak > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const hazelLbl = hazel > 30 ? \"HIGH\" : hazel > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const nettleLbl = nettle > 30 ? \"HIGH\" : nettle > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const dockLbl = dock > 30 ? \"HIGH\" : dock > 10 ? \"MODERATE\" : \"OPTIMAL\";\n\n let dirTxt = \"\";\n if (337.5 <= windDir || windDir < 22.5) {\n dirTxt = `${windDir}° (NORTHWARD CURRENT)`;\n } else if (22.5 <= windDir && windDir < 67.5) {\n dirTxt = `${windDir}° (NORTH-EASTWARD DRIFT)`;\n } else if (67.5 <= windDir && windDir < 112.5) {\n dirTxt = `${windDir}° (EASTWARD DRIFT)`;\n } else if (112.5 <= windDir && windDir < 157.5) {\n dirTxt = `${windDir}° (SOUTH-EASTWARD DRIFT)`;\n } else if (157.5 <= windDir && windDir < 202.5) {\n dirTxt = `${windDir}° (SOUTHWARD CURRENT)`;\n } else if (202.5 <= windDir && windDir < 247.5) {\n dirTxt = `${windDir}° (SOUTH-WESTWARD WIND)`;\n } else if (247.5 <= windDir && windDir < 292.5) {\n dirTxt = `${windDir}° (WESTWARD DRIFT)`;\n } else dirTxt = `${windDir}° (NORTH-WESTWARD WIND)`;\n\n const turbulence = wind > 35\n ? \"SEVERE GUSTS\"\n : wind > 18\n ? \"MODERATE BREEZE\"\n : wind > 4\n ? \"LIGHT AIR MOTION\"\n : \"STABLE / CALM\";\n const visDesc = visibilityKm >= 10\n ? `${visibilityKm} km (THE VIEW IS CLEAR)`\n : `${visibilityKm} km (MISTED / OBSCURED)`;\n const aqiDesc = aqi > 100\n ? `${aqi} (POOR / HAZY)`\n : aqi > 50\n ? `${aqi} (MODERATE)`\n : `${aqi} (GOOD CONDITIONS)`;\n const baroDesc = pressure > 1020\n ? \"HIGH SYSTEM\"\n : pressure < 1009\n ? \"LOW DEPRESSION\"\n : \"STANDARD REGIME\";\n\n const localNow = new Date(\n new Date().toLocaleString(\"en-US\", { timeZone: \"Europe/London\" }),\n );\n const hr = localNow.getHours(), min = localNow.getMinutes();\n let breathsCount = 0;\n if (hr >= 7) breathsCount = (((hr - 7) * 60) + min) * 15;\n\n let solarAngleCalculated = 0.0, solarPhase = \"NIGHT INFRARED\";\n try {\n const riseParts = sunriseTime.split(\":\");\n const setParts = sunsetTime.split(\":\");\n const riseMins = (Number(riseParts[0]) * 60) + Number(riseParts[1]);\n const setMins = (Number(setParts[0]) * 60) + Number(setParts[1]);\n const nowMins = (hr * 60) + min;\n if (nowMins >= riseMins && nowMins <= setMins) {\n const midMins = (riseMins + setMins) / 2;\n if (nowMins <= midMins) {\n solarAngleCalculated =\n Math.round(\n (60.0 * ((nowMins - riseMins) / (midMins - riseMins))) * 10,\n ) / 10;\n solarPhase = \"ASCENT\";\n } else {\n solarAngleCalculated =\n Math.round(\n (60.0 * ((setMins - nowMins) / (setMins - midMins))) * 10,\n ) / 10;\n solarPhase = \"DESCENT\";\n }\n }\n } catch (e) {}\n const solarDesc = solarAngleCalculated > 0\n ? `${solarAngleCalculated}° (${solarPhase})`\n : `0.0° (${solarPhase})`;\n const ukDateString = `${localNow.getDate().toString().padStart(2, \"0\")}/${\n (localNow.getMonth() + 1).toString().padStart(2, \"0\")\n }/${localNow.getFullYear()} ${hr.toString().padStart(2, \"0\")}:${\n min.toString().padStart(2, \"0\")\n }`;\n\n const border = \"======================================================\\n\";\n const divider = \"------------------------------------------------------\\n\";\n\n let out = border +\n \" Today I am away from my desk. I am studying air.\\n I will respond on my return.\\n\" +\n border;\n out += \" TIME: \" + ukDateString + \"\\n\";\n out += \" SOURCE: ip-api.com\\n\";\n out += \" LOC: \" + locStr + \"\\n\";\n out += \" DISPATCH STATE: ACTIVE OK\\n\";\n out += \" EDITION # \" + editionNum + \"\\n\";\n out += divider + \" PERSONAL RESPIRATORY PROFILE\\n\";\n out += \" INTERNAL SCRIPT BASING : 15 breaths/min standard\\n\";\n out += \" WAKING BREATHS : \" + breathsCount + \" (SINCE 07:00)\\n\";\n out += divider +\n \" OUTDOOR ATMOSPHERE AT LOC.\\n SOURCE: MET OFFICE UK (VIA OPEN-METEO FEED)\\n\";\n out += \" TEMPERATURE : \" + temp + \"°C\\n\";\n out += \" HUMIDITY : \" + humidity + \"%\\n\";\n out += \" PRESSURE : \" + pressure + \" hPa (\" + baroDesc + \")\\n\";\n out += \" WINDSPEED : \" + wind + \" mph (\" + turbulence + \")\\n\";\n out += \" DIRECTION : \" + dirTxt + \"\\n\";\n out += \" VISIBILITY : \" + visDesc + \"\\n\";\n out += \" CONDITION : \" + conditionDesc + \"\\n\";\n out += divider +\n \" SOLAR RADIANCE AT LOC.\\n SOURCE: MET OFFICE UK (VIA OPEN-METEO FEED)\\n\";\n out += \" SUNRISE : \" + sunriseTime + \"\\n\";\n out += \" SUNSET : \" + sunsetTime + \"\\n\";\n out += \" DAYLIGHT HOURS : \" + daylightHrs + \" HRS\\n\";\n out += \" NON-DAYLIGHT HOURS : \" + nightHrs + \" HRS\\n\";\n out += \" SOLAR ANGLE : \" + solarDesc + \"\\n\";\n out += divider +\n \" AERO-ALLERGENS & BIOLOGICAL PARTICLES AT LOC.\\n SOURCE: COPERNICUS CAMS (VIA OPEN-METEO FEED)\\n\";\n out += \" GRAMINEAE (GRASS) : \" + grass + \" grains/m³ (\" + grassLbl +\n \")\\n\";\n out += \" BETULA (BIRCH) : \" + birch + \" grains/m³ (\" + birchLbl +\n \")\\n\";\n out += \" ALNUS (ALDER) : \" + alder + \" grains/m³ (\" + alderLbl +\n \")\\n\";\n out += \" QUERCUS (OAK) : \" + oak + \" grains/m³ (\" + oakLbl + \")\\n\";\n out += \" CORYLUS (HAZEL) : \" + hazel + \" grains/m³ (\" + hazelLbl +\n \")\\n\";\n out += \" URTICA (NETTLE) : \" + nettle + \" grains/m³ (\" + nettleLbl +\n \")\\n\";\n out += \" RUMEX (DOCK) : \" + dock + \" grains/m³ (\" + dockLbl +\n \")\\n\";\n out += divider +\n \" PARTICULATE DENSITIES AT LOC.\\n SOURCE: COPERNICUS CAMS (VIA OPEN-METEO FEED)\\n\";\n out += \" PM1 (ULTRAFINE PARTICLE) : \" + pm1_val + \" µg/m³ (\" + pm1Lbl +\n \")\\n\";\n out += \" PM2.5 (FINE PARTICLE) : \" + pm25 + \" µg/m³ (\" + pm25Lbl +\n \")\\n\";\n out += \" PM4.0 (RESPIRABLE PARTICLE): \" + pm40_val + \" µg/m³ (\" + pm40Lbl +\n \")\\n\";\n out += \" PM10 (INHALABLE PARTICLE) : \" + pm10_extrapolated + \" µg/m³ (\" +\n pm10Lbl + \")\\n\";\n out += divider +\n \" TRACE GAS ANALYSIS & RESPIRATORY LOAD AT LOC.\\n SOURCE: COPERNICUS CAMS (VIA OPEN-METEO FEED)\\n\";\n out += \" CARBON MONOXIDE (CO) : \" + co + \" µg/m³ (\" + coLbl + \")\\n\";\n out += \" NITROGEN DIOXIDE (NO2) : \" + no2 + \" µg/m³ (\" + no2Lbl + \")\\n\";\n out += \" SULPHUR DIOXIDE (SO2) : \" + so2 + \" µg/m³ (\" + so2Lbl + \")\\n\";\n out += \" OZONE (GROUND IRRITANT): \" + ozone + \" µg/m³ (\" + ozoneLbl + \")\\n\";\n out += divider +\n \" GLOBAL CLIMATE CARBON RECORD\\n SOURCE: NOAA GLOBAL MONITOR (MAUNA LOA BASING)\\n\";\n out += \" CO2 GLOBAL LOAD : \" + co2GlobalLoadPPM + \" PPM\\n\";\n out += \" PRE-INDUSTRIAL BASELINE: \" + \"280.0 PPM (CRITICAL MAX)\\n\";\n out += \" LOCAL AQI (AIR QUALITY): \" + aqiDesc + \"\\n\";\n out += \" CONTROL REFERENCE MLO : \" + mloControlAqi +\n \" AQI (PURIFIED REF)\\n\" + border;\n\n const htmlHead =\n '

';\n  return new Response(htmlHead + out + \"

\", {\n headers: {\n \"Content-Type\": \"text/html; charset=utf-8\",\n \"Cache-Control\":\n \"no-store, no-cache, must-revalidate, max-age=0, proxy-revalidate\",\n \"Pragma\": \"no-cache\",\n \"Expires\": \"0\",\n },\n });\n}","export default async function (req: Request): Promise {\n let lat = 50.1522,\n lon = -5.0658,\n locStr = \"FALMOUTH, UK\",\n editionNum = \"0001\";\n try {\n const kv = await Deno.openKv();\n const stored = await kv.get([\"sig_dispatch_count\"]);\n const currentCount = stored.value ? Number(stored.value) : 0;\n const nextCount = currentCount + 1;\n await kv.set([\"sig_dispatch_count\"], nextCount);\n editionNum = nextCount.toString().padStart(4, \"0\");\n } catch (e) {}\n\n try {\n // FIX: ip-api.com needs a path + format to return JSON\n const geo = await fetch(\"http://ip-api.com/json/\").then((res) =>\n res.json()\n );\n if (geo.city) {\n locStr = `${geo.city.toUpperCase()}, ${geo.countryCode}`;\n }\n } catch (e) {\n console.error(\"Geo Lookup Fault: \", e);\n }\n\n let temp = 21,\n humidity = 75,\n pressure = 1019,\n wind = 10,\n windDir = 180,\n visibilityKm = 27.0,\n weatherCode = 0;\n let daylightHrs = 13.2,\n nightHrs = 10.8,\n sunriseTime = \"06:43\",\n sunsetTime = \"19:54\";\n\n // FIX: declared here (not inside the try block) so the values survive\n // past the try/catch and can be reused later if needed.\n let wRes: any = null;\n\n try {\n // FIX: correct host + path (api.open-meteo.com/v1/forecast), and\n // FIX: ${lat} was previously written as {lat} (missing the \"$\", so it\n // was never interpolated into the URL at all).\n const weatherUrl =\n `https://api.open-meteo.com/v1/forecast?latitude=${lat}&longitude=${lon}¤t=temperature_2m,relative_humidity_2m,surface_pressure,wind_speed_10m,wind_direction_10m,visibility,weather_code&daily=daylight_duration,night_duration,sunrise,sunset&wind_speed_unit=mph&models=ukmo_ukv&timezone=Europe/London`;\n wRes = await fetch(weatherUrl).then((res) => res.json());\n\n if (wRes && wRes.current) {\n const cw = wRes.current;\n if (cw.temperature_2m !== undefined) temp = Math.round(cw.temperature_2m);\n if (cw.relative_humidity_2m !== undefined) {\n humidity = cw.relative_humidity_2m;\n }\n if (cw.surface_pressure !== undefined) {\n pressure = Math.round(cw.surface_pressure);\n }\n if (cw.wind_speed_10m !== undefined) wind = Math.round(cw.wind_speed_10m);\n if (cw.wind_direction_10m !== undefined) windDir = cw.wind_direction_10m;\n if (cw.visibility !== undefined) {\n visibilityKm = Math.round((cw.visibility / 1000) * 10) / 10;\n }\n if (cw.weather_code !== undefined) weatherCode = Number(cw.weather_code);\n }\n\n if (wRes && wRes.daily) {\n // FIX: daily.* fields are arrays (one entry per day). The original\n // code divided/split the array itself instead of its first element\n // (index [0]), which produced NaN / crashes and was silently caught.\n if (\n Array.isArray(wRes.daily.daylight_duration) &&\n wRes.daily.daylight_duration[0] !== undefined\n ) {\n daylightHrs =\n Math.round((wRes.daily.daylight_duration[0] / 3600) * 10) /\n 10;\n }\n if (\n Array.isArray(wRes.daily.night_duration) &&\n wRes.daily.night_duration[0] !== undefined\n ) {\n nightHrs = Math.round((wRes.daily.night_duration[0] / 3600) * 10) / 10;\n }\n if (Array.isArray(wRes.daily.sunrise) && wRes.daily.sunrise[0]) {\n const rParts = String(wRes.daily.sunrise[0]).split(\"T\");\n if (rParts && rParts[1]) sunriseTime = rParts[1].substring(0, 5);\n }\n if (Array.isArray(wRes.daily.sunset) && wRes.daily.sunset[0]) {\n const sParts = String(wRes.daily.sunset[0]).split(\"T\");\n if (sParts && sParts[1]) sunsetTime = sParts[1].substring(0, 5);\n }\n }\n } catch (e) {\n console.error(\"Met Office UKV Feed Extraction Fault: \", e);\n }\n\n let aqi = 25,\n co = 140,\n no2 = 4.0,\n so2 = 0.8,\n pm25 = 5.0,\n pm10 = 9.0,\n ozone = 55.0;\n let grass = 1, birch = 0, alder = 0, mugwort = 0, ragweed = 1;\n try {\n // FIX: air quality / pollen data comes from the separate air-quality\n // endpoint, not /v1/forecast — plus the same {lat} -> ${lat} fix as above.\n const aqiUrl =\n `https://air-quality-api.open-meteo.com/v1/air-quality?latitude=${lat}&longitude=${lon}¤t=us_aqi,carbon_monoxide,nitrogen_dioxide,sulphur_dioxide,pm2_5,pm10,ozone,grass_pollen,birch_pollen,alder_pollen,mugwort_pollen,ragweed_pollen&timezone=Europe/London`;\n const aqiRes = await fetch(aqiUrl).then((res) => res.json());\n // FIX: was \"qiRes\" (undefined variable, threw ReferenceError every time\n // and got silently swallowed) — should reference \"aqiRes\".\n if (aqiRes && aqiRes.current) {\n const c = aqiRes.current;\n if (c.us_aqi !== undefined) aqi = c.us_aqi;\n if (c.carbon_monoxide !== undefined) co = Math.round(c.carbon_monoxide);\n if (c.nitrogen_dioxide !== undefined) {\n no2 = Math.round(c.nitrogen_dioxide * 10) / 10;\n }\n if (c.sulphur_dioxide !== undefined) {\n so2 = Math.round(c.sulphur_dioxide * 10) / 10;\n }\n if (c.pm2_5 !== undefined) pm25 = Math.round(c.pm2_5 * 10) / 10;\n if (c.pm10 !== undefined) pm10 = Math.round(c.pm10 * 10) / 10;\n if (c.ozone !== undefined) ozone = Math.round(c.ozone * 10) / 10;\n if (c.grass_pollen !== undefined) grass = Math.round(c.grass_pollen);\n if (c.birch_pollen !== undefined) birch = Math.round(c.birch_pollen);\n if (c.alder_pollen !== undefined) alder = Math.round(c.alder_pollen);\n if (c.mugwort_pollen !== undefined) {\n mugwort = Math.round(c.mugwort_pollen);\n }\n if (c.ragweed_pollen !== undefined) {\n ragweed = Math.round(c.ragweed_pollen);\n }\n }\n } catch (e) {\n console.error(\"Atmospheric Core Connection Down: \", e);\n }\n\n // NOTE: the original file had a second \"absolute fallback\" try block here\n // that re-parsed wRes.daily.sunrise/sunset. It's removed because it's now\n // redundant — the indexing fix above already sets sunriseTime/sunsetTime\n // correctly the first time, and that block referenced a \"wRes\" that was\n // out of scope anyway (declared with const inside the earlier try block),\n // so it always threw and did nothing.\n\n let conditionDesc = \"SUNNY / CLEAR SKY\";\n if (weatherCode >= 71) conditionDesc = \"SNOWFALL OBSERVED\";\n else if (weatherCode >= 51) conditionDesc = \"RAIN / ACTIVE PRECIPITATION\";\n else if (weatherCode >= 45) conditionDesc = \"FOG / ACCUMULATED MIST\";\n else if (weatherCode >= 3) conditionDesc = \"CLOUDY / OVERCAST SKY\";\n else if (weatherCode >= 1) conditionDesc = \"PARTLY CLOUDY SKY\";\n\n const pm1_val = Math.round(pm25 * 0.33 * 10) / 10;\n const pm40_val = Math.round(pm25 * 1.33 * 10) / 10;\n const pm10_extrapolated = Math.round(pm25 * 0.37 * 10) / 10;\n const co2GlobalLoadPPM = 426.2, mloControlAqi = 12;\n const oak = birch > 0 ? Math.round((birch * 0.8) + 1) : 0,\n hazel = alder > 0 ? Math.round((alder * 1.1) + 2) : 1;\n const nettle = Math.round((mugwort * 1.4) + (grass * 0.2)),\n dock = Math.round((ragweed * 1.2) + 1);\n\n const pm1Lbl = pm1_val > 5 ? \"ELEVATED\" : \"OPTIMAL\";\n const pm10Lbl = pm10_extrapolated > 15 ? \"ELEVATED\" : \"OPTIMAL\";\n const pm25Lbl = pm25 > 10 ? \"ELEVATED\" : \"OPTIMAL\";\n const pm40Lbl = pm40_val > 30 ? \"ELEVATED\" : \"OPTIMAL\";\n const ozoneLbl = ozone > 60 ? \"ELEVATED\" : \"OPTIMAL\";\n const no2Lbl = no2 > 25 ? \"ELEVATED\" : \"OPTIMAL\";\n const so2Lbl = so2 > 20 ? \"ELEVATED\" : \"OPTIMAL\";\n const coLbl = co > 1000 ? \"ELEVATED\" : \"OPTIMAL\";\n\n const grassLbl = grass > 30 ? \"HIGH\" : grass > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const birchLbl = birch > 30 ? \"HIGH\" : birch > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const alderLbl = alder > 30 ? \"HIGH\" : alder > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const oakLbl = oak > 30 ? \"HIGH\" : oak > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const hazelLbl = hazel > 30 ? \"HIGH\" : hazel > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const nettleLbl = nettle > 30 ? \"HIGH\" : nettle > 10 ? \"MODERATE\" : \"OPTIMAL\";\n const dockLbl = dock > 30 ? \"HIGH\" : dock > 10 ? \"MODERATE\" : \"OPTIMAL\";\n\n let dirTxt = \"\";\n if (337.5 <= windDir || windDir < 22.5) {\n dirTxt = `${windDir}° (NORTHWARD CURRENT)`;\n } else if (22.5 <= windDir && windDir < 67.5) {\n dirTxt = `${windDir}° (NORTH-EASTWARD DRIFT)`;\n } else if (67.5 <= windDir && windDir < 112.5) {\n dirTxt = `${windDir}° (EASTWARD DRIFT)`;\n } else if (112.5 <= windDir && windDir < 157.5) {\n dirTxt = `${windDir}° (SOUTH-EASTWARD DRIFT)`;\n } else if (157.5 <= windDir && windDir < 202.5) {\n dirTxt = `${windDir}° (SOUTHWARD CURRENT)`;\n } else if (202.5 <= windDir && windDir < 247.5) {\n dirTxt = `${windDir}° (SOUTH-WESTWARD WIND)`;\n } else if (247.5 <= windDir && windDir < 292.5) {\n dirTxt = `${windDir}° (WESTWARD DRIFT)`;\n } else dirTxt = `${windDir}° (NORTH-WESTWARD WIND)`;\n\n const turbulence = wind > 35\n ? \"SEVERE GUSTS\"\n : wind > 18\n ? \"MODERATE BREEZE\"\n : wind > 4\n ? \"LIGHT AIR MOTION\"\n : \"STABLE / CALM\";\n const visDesc = visibilityKm >= 10\n ? `${visibilityKm} km (THE VIEW IS CLEAR)`\n : `${visibilityKm} km (MISTED / OBSCURED)`;\n const aqiDesc = aqi > 100\n ? `${aqi} (POOR / HAZY)`\n : aqi > 50\n ? `${aqi} (MODERATE)`\n : `${aqi} (GOOD CONDITIONS)`;\n const baroDesc = pressure > 1020\n ? \"HIGH SYSTEM\"\n : pressure < 1009\n ? \"LOW DEPRESSION\"\n : \"STANDARD REGIME\";\n\n const localNow = new Date(\n new Date().toLocaleString(\"en-US\", { timeZone: \"Europe/London\" }),\n );\n const hr = localNow.getHours(), min = localNow.getMinutes();\n let breathsCount = 0;\n if (hr >= 7) breathsCount = (((hr - 7) * 60) + min) * 15;\n\n let solarAngleCalculated = 0.0, solarPhase = \"NIGHT INFRARED\";\n try {\n const riseParts = sunriseTime.split(\":\");\n const setParts = sunsetTime.split(\":\");\n const riseMins = (Number(riseParts[0]) * 60) + Number(riseParts[1]);\n const setMins = (Number(setParts[0]) * 60) + Number(setParts[1]);\n const nowMins = (hr * 60) + min;\n if (nowMins >= riseMins && nowMins <= setMins) {\n const midMins = (riseMins + setMins) / 2;\n if (nowMins <= midMins) {\n solarAngleCalculated = Math.round(\n (60.0 * ((nowMins - riseMins) / (midMins - riseMins))) * 10,\n ) / 10;\n solarPhase = \"ASCENT\";\n } else {\n solarAngleCalculated = Math.round(\n (60.0 * ((setMins - nowMins) / (setMins - midMins))) * 10,\n ) / 10;\n solarPhase = \"DESCENT\";\n }\n }\n } catch (e) {}\n const solarDesc = solarAngleCalculated > 0\n ? `${solarAngleCalculated}° (${solarPhase})`\n : `0.0° (${solarPhase})`;\n const ukDateString = `${localNow.getDate().toString().padStart(2, \"0\")}/${\n (localNow.getMonth() + 1).toString().padStart(2, \"0\")\n }/${localNow.getFullYear()} ${hr.toString().padStart(2, \"0\")}:${\n min.toString().padStart(2, \"0\")\n }`;\n\n const border = \"======================================================\\n\";\n const divider = \"------------------------------------------------------\\n\";\n\n let out = border +\n \" Today I am away from my desk. I am studying air.\\n I will respond on my return.\\n\" +\n border;\n out += \" TIME: \" + ukDateString + \"\\n\";\n out += \" SOURCE: ip-api.com\\n\";\n out += \" LOC: \" + locStr + \"\\n\";\n out += \" DISPATCH STATE: ACTIVE OK\\n\";\n out += \" EDITION # \" + editionNum + \"\\n\";\n out += divider + \" PERSONAL RESPIRATORY PROFILE\\n\";\n out += \" INTERNAL SCRIPT BASING : 15 breaths/min standard\\n\";\n out += \" WAKING BREATHS : \" + breathsCount + \" (SINCE 07:00)\\n\";\n out += divider +\n \" OUTDOOR ATMOSPHERE AT LOC.\\n SOURCE: MET OFFICE UK (VIA OPEN-METEO FEED)\\n\";\n out += \" TEMPERATURE : \" + temp + \"°C\\n\";\n out += \" HUMIDITY : \" + humidity + \"%\\n\";\n out += \" PRESSURE : \" + pressure + \" hPa (\" + baroDesc + \")\\n\";\n out += \" WINDSPEED : \" + wind + \" mph (\" + turbulence + \")\\n\";\n out += \" DIRECTION : \" + dirTxt + \"\\n\";\n out += \" VISIBILITY : \" + visDesc + \"\\n\";\n out += \" CONDITION : \" + conditionDesc + \"\\n\";\n out += divider +\n \" SOLAR RADIANCE AT LOC.\\n SOURCE: MET OFFICE UK (VIA OPEN-METEO FEED)\\n\";\n out += \" SUNRISE : \" + sunriseTime + \"\\n\";\n out += \" SUNSET : \" + sunsetTime + \"\\n\";\n out += \" DAYLIGHT HOURS : \" + daylightHrs + \" HRS\\n\";\n out += \" NON-DAYLIGHT HOURS : \" + nightHrs + \" HRS\\n\";\n out += \" SOLAR ANGLE : \" + solarDesc + \"\\n\";\n out += divider +\n \" AERO-ALLERGENS & BIOLOGICAL PARTICLES AT LOC.\\n SOURCE: COPERNICUS CAMS (VIA OPEN-METEO FEED)\\n\";\n out += \" GRAMINEAE (GRASS) : \" + grass + \" grains/m³ (\" + grassLbl +\n \")\\n\";\n out += \" BETULA (BIRCH) : \" + birch + \" grains/m³ (\" + birchLbl +\n \")\\n\";\n out += \" ALNUS (ALDER) : \" + alder + \" grains/m³ (\" + alderLbl +\n \")\\n\";\n out += \" QUERCUS (OAK) : \" + oak + \" grains/m³ (\" + oakLbl + \")\\n\";\n out += \" CORYLUS (HAZEL) : \" + hazel + \" grains/m³ (\" + hazelLbl +\n \")\\n\";\n out += \" URTICA (NETTLE) : \" + nettle + \" grains/m³ (\" + nettleLbl +\n \")\\n\";\n out += \" RUMEX (DOCK) : \" + dock + \" grains/m³ (\" + dockLbl +\n \")\\n\";\n out += divider +\n \" PARTICULATE DENSITIES AT LOC.\\n SOURCE: COPERNICUS CAMS (VIA OPEN-METEO FEED)\\n\";\n out += \" PM1 (ULTRAFINE PARTICLE) : \" + pm1_val + \" µg/m³ (\" + pm1Lbl +\n \")\\n\";\n out += \" PM2.5 (FINE PARTICLE) : \" + pm25 + \" µg/m³ (\" + pm25Lbl +\n \")\\n\";\n out += \" PM4.0 (RESPIRABLE PARTICLE): \" + pm40_val + \" µg/m³ (\" + pm40Lbl +\n \")\\n\";\n out += \" PM10 (INHALABLE PARTICLE) : \" + pm10_extrapolated + \" µg/m³ (\" +\n pm10Lbl + \")\\n\";\n out += divider +\n \" TRACE GAS ANALYSIS & RESPIRATORY LOAD AT LOC.\\n SOURCE: COPERNICUS CAMS (VIA OPEN-METEO FEED)\\n\";\n out += \" CARBON MONOXIDE (CO) : \" + co + \" µg/m³ (\" + coLbl + \")\\n\";\n out += \" NITROGEN DIOXIDE (NO2) : \" + no2 + \" µg/m³ (\" + no2Lbl + \")\\n\";\n out += \" SULPHUR DIOXIDE (SO2) : \" + so2 + \" µg/m³ (\" + so2Lbl + \")\\n\";\n out += \" OZONE (GROUND IRRITANT): \" + ozone + \" µg/m³ (\" + ozoneLbl + \")\\n\";\n out += divider +\n \" GLOBAL CLIMATE CARBON RECORD\\n SOURCE: NOAA GLOBAL MONITOR (MAUNA LOA BASING)\\n\";\n out += \" CO2 GLOBAL LOAD : \" + co2GlobalLoadPPM + \" PPM\\n\";\n out += \" PRE-INDUSTRIAL BASELINE: \" + \"280.0 PPM (CRITICAL MAX)\\n\";\n out += \" LOCAL AQI (AIR QUALITY): \" + aqiDesc + \"\\n\";\n out += \" CONTROL REFERENCE MLO : \" + mloControlAqi +\n \" AQI (PURIFIED REF)\\n\" + border;\n\n const htmlHead =\n '

';\n  return new Response(htmlHead + out + \"

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Diff · v66