Une carte Home Assistant pour n'importe quelle voiture électrique

type: custom:button-card
show_name: false
show_icon: false
show_state: false
show_label: true
tap_action:
  action: none
hold_action:
  action: none
triggers_update: all
grid_options:
  columns: full
variables:
  nom: Ma voiture                            # nom affiché en haut de la carte
  image: ''                                  # photo de la voiture : '' pour aucune, ou /local/… (dossier config/www)
  batterie: sensor.ma_voiture_batterie       # LA SEULE ENTITÉ OBLIGATOIRE : le niveau de batterie (en %) de votre voiture
  capacite_kwh: 0                            # capacité de la batterie en kWh (facultatif : sert à estimer les kWh manquants ; 0 pour ne pas les afficher)
  pression_min: 2.0                          # plage de pression des pneus jugée normale (bar)
  pression_max: 3.0
  # Facultatif : la carte retrouve seule les autres données à partir de l'appareil de la voiture.
  # Si l'une est fausse ou absente, indiquez l'entité à utiliser (ex. sensor.ma_voiture_autonomie).
  autonomie: ''
  odometre: ''
  en_charge: ''
  branche: ''
  puissance: ''
  limite: ''
  temps_restant: ''
  verrou: ''
  position: ''
  temp_habitacle: ''
  pression_av_g: ''
  pression_av_d: ''
  pression_ar_g: ''
  pression_ar_d: ''
extra_styles: >-
  @keyframes cvmv { to { background-position: 26px 0; } }
  @keyframes cvpulse { 50% { opacity: .4; } }
  .cvhalo { animation: cvpulse 2.4s ease-in-out infinite; }
  @keyframes cvpl { 50% { opacity: .7; } }
styles:
  card:
    - background: |
        [[[
        const s0 = parseFloat(states[variables.batterie]?.state);
        const s = isNaN(s0) ? 76 : Math.max(0, Math.min(100, s0));
        const S = [[0, [255, 93, 93]], [25, [255, 138, 61]], [45, [247, 209, 84]], [70, [61, 220, 151]], [100, [79, 163, 255]]];
        let c = [79, 163, 255];
        for (let i = 1; i < S.length; i++) { if (s <= S[i][0]) { const t = (s - S[i - 1][0]) / (S[i][0] - S[i - 1][0]); c = S[i - 1][1].map((x, j) => Math.round(x + (S[i][1][j] - x) * t)); break; } }
        return 'radial-gradient(60% 190px at 50% 0, rgba(' + c.join(',') + ',0.14), transparent 75%), #1c1f24';
        ]]]
    - border: 1px solid #2b3038
    - border-radius: 18px
    - padding: 16px
    - box-shadow: none
    - overflow: hidden
    - pointer-events: auto
  label:
    - width: 100%
    - text-align: left
    - white-space: normal
    - justify-self: stretch
    - pointer-events: auto
label: |
  [[[
  const V = variables;
  const S = e => (e ? states[e]?.state : undefined);
  const N = e => { const x = parseFloat(S(e)); return (e && !isNaN(x)) ? x : null; };
  const lang = String(hass.language || 'fr').slice(0, 2);
  const PC = lang === 'en' ? '%' : ' %';
  const fr = (x, d) => x === null ? '—' : x.toFixed(d).replace('.', lang === 'en' ? '.' : ',');
  const TT = {
    fr: { charging: 'En charge', driving: 'En route', parked: 'Garée', home: 'À la maison', away: 'Hors domicile', seen: 'vu', nodata: 'pas de donnée', now: "à l'instant", ago: (n, u) => 'il y a ' + n + ' ' + u, d: 'j', target: 'Cible', targetIn: (t, d) => t + PC + ' dans ' + d, maxAt: k => 'Max ' + k + ' km à 100 %', missing: k => 'manque ' + k + ' kWh', locked: 'Verrouillée', unlocked: 'Déverrouillée', plugged: 'Branchée', unplugged: 'Non branchée', homeChip: 'Maison', lvl: ['Critique', 'Bas', 'Moyen', 'Bon', 'Plein'], cabin: 'Habitacle', hv: 'Batterie', odo: 'Odomètre', outside: 'Extérieur', tw: 'Pneus et ouvertures', ok: 'Tout est OK', tyres: n => n + ' pneu' + (n > 1 ? 's' : '') + ' à vérifier', opens: n => n + ' ouverture' + (n > 1 ? 's' : '') + ' ouverte' + (n > 1 ? 's' : ''), hist: 'Historique de la batterie', noEnt: 'Entité introuvable : ', fix: 'Corrigez la variable « batterie » de la carte.' },
    en: { charging: 'Charging', driving: 'Driving', parked: 'Parked', home: 'At home', away: 'Away from home', seen: 'seen', nodata: 'no data', now: 'just now', ago: (n, u) => n + ' ' + u + ' ago', d: 'd', target: 'Target', targetIn: (t, d) => t + PC + ' in ' + d, maxAt: k => 'Max ' + k + ' km at 100%', missing: k => k + ' kWh missing', locked: 'Locked', unlocked: 'Unlocked', plugged: 'Plugged in', unplugged: 'Unplugged', homeChip: 'Home', lvl: ['Critical', 'Low', 'Medium', 'Good', 'Full'], cabin: 'Cabin', hv: 'Battery', odo: 'Odometer', outside: 'Outside', tw: 'Tyres and openings', ok: 'All good', tyres: n => n + ' tyre' + (n > 1 ? 's' : '') + ' to check', opens: n => n + ' opening' + (n > 1 ? 's' : '') + ' open', hist: 'Battery history', noEnt: 'Entity not found: ', fix: 'Fix the “batterie” variable of the card.' },
    es: { charging: 'Cargando', driving: 'En marcha', parked: 'Aparcado', home: 'En casa', away: 'Fuera de casa', seen: 'visto', nodata: 'sin datos', now: 'ahora mismo', ago: (n, u) => 'hace ' + n + ' ' + u, d: 'd', target: 'Objetivo', targetIn: (t, d) => t + PC + ' en ' + d, maxAt: k => 'Máx. ' + k + ' km al 100 %', missing: k => 'faltan ' + k + ' kWh', locked: 'Bloqueado', unlocked: 'Desbloqueado', plugged: 'Conectado', unplugged: 'Desconectado', homeChip: 'Casa', lvl: ['Crítico', 'Bajo', 'Medio', 'Bueno', 'Lleno'], cabin: 'Habitáculo', hv: 'Batería', odo: 'Cuentakm', outside: 'Exterior', tw: 'Neumáticos y aperturas', ok: 'Todo correcto', tyres: n => n + ' neumático' + (n > 1 ? 's' : '') + ' a revisar', opens: n => n + ' apertura' + (n > 1 ? 's' : '') + ' abierta' + (n > 1 ? 's' : ''), hist: 'Historial de la batería', noEnt: 'Entidad no encontrada: ', fix: 'Corrige la variable «batterie» de la tarjeta.' },
    de: { charging: 'Lädt', driving: 'Unterwegs', parked: 'Geparkt', home: 'Zu Hause', away: 'Nicht zu Hause', seen: 'zuletzt gesehen', nodata: 'keine Daten', now: 'gerade eben', ago: (n, u) => 'vor ' + n + ' ' + u, d: 'T', target: 'Ziel', targetIn: (t, d) => t + PC + ' in ' + d, maxAt: k => 'Max. ' + k + ' km bei 100 %', missing: k => 'es fehlen ' + k + ' kWh', locked: 'Verriegelt', unlocked: 'Entriegelt', plugged: 'Angesteckt', unplugged: 'Nicht angesteckt', homeChip: 'Zuhause', lvl: ['Kritisch', 'Niedrig', 'Mittel', 'Gut', 'Voll'], cabin: 'Innenraum', hv: 'Akku', odo: 'Kilometer', outside: 'Außen', tw: 'Reifen und Öffnungen', ok: 'Alles in Ordnung', tyres: n => n + ' Reifen prüfen', opens: n => n + ' Öffnung' + (n > 1 ? 'en' : '') + ' offen', hist: 'Akkuverlauf', noEnt: 'Entität nicht gefunden: ', fix: 'Korrigieren Sie die Variable „batterie“ der Karte.' }
  };
  const T = TT[lang] || TT.en;

  const C = { g: '#3ddc97', am: '#f5a524', rd: '#ff5d5d', bl: '#4fa3ff', yl: '#f7d154', vi: '#b18cff', or: '#ff8a3d', mu: '#8a919c' };
  if (!V.batterie || !states[V.batterie]) {
    return '<div style="color:#e8eaed;font-size:13px;line-height:1.4"><b style="color:' + C.am + '">' + T.noEnt + '<code>' + (V.batterie || '—') + '</code></b><br>' + T.fix + '</div>';
  }

  /* Retrouver les autres entités de la voiture : même appareil que l'entité « batterie » (ou, à défaut, même début de nom), puis classe d'appareil et mots du nom. */
  const REG = hass.entities || {};
  const dev = REG[V.batterie]?.device_id;
  const base = (V.batterie.split('.')[1] || '').replace(/_(battery_level|battery|soc|state_of_charge|ev_battery_level|batterie|niveau_de_batterie|niveau_batterie|ladezustand|nivel_de_bateria|bateria)$/, '');
  const cand = Object.keys(states).filter(k => dev ? REG[k]?.device_id === dev : k.indexOf('.' + base + '_') > 0);
  const at = k => states[k]?.attributes || {};
  const nm = k => (k.split('.')[1] + ' ' + (at(k).friendly_name || '')).toLowerCase();
  const dc = k => at(k).device_class;
  const un = k => String(at(k).unit_of_measurement || '');
  const find = (dom, test) => cand.find(k => k.startsWith(dom + '.') && test(k)) || null;
  const use = (v, ...fs) => { if (v) return v; for (const f of fs) { const r = f(); if (r) return r; } return null; };
  const ON = /^(on|true|yes|charging|in_progress|charge_in_progress|chargingactive|started|laden|en_charge|cargando)$/i;
  const PLUG = /^(on|true|yes|connected|plugged|plugged_in|plugged_in_charging|charging|angesteckt|branche|conectado)$/i;

  const eSoc = V.batterie;
  const eRng = use(V.autonomie, () => find('sensor', k => (dc(k) === 'distance' || /^(km|mi)$/.test(un(k))) && /range|autonom|reichweite/.test(nm(k)) && !/max|total|fuel|carburant|100|target|cible|limit/.test(nm(k))));
  const eOdo = use(V.odometre, () => find('sensor', k => (dc(k) === 'distance' || /^(km|mi)$/.test(un(k))) && /odom|mileage|kilom|kilometer|cuentakm|kilometrage|kilométrage/.test(nm(k))));
  const eChg = use(V.en_charge, () => find('binary_sensor', k => dc(k) === 'battery_charging'),
    () => find('binary_sensor', k => /charging|en_charge|laden|cargando/.test(nm(k)) && !/plug|cable|prise|stecker|connect|enchufe/.test(nm(k))),
    () => find('sensor', k => /charging_state|charge_state|charging_status|charge_status|etat_de_charge|ladestatus|ladevorgang|estado_de_carga/.test(nm(k)) && !/power|puiss|leistung|potencia|remain|restant|limit/.test(nm(k))));
  const ePlg = use(V.branche, () => find('binary_sensor', k => dc(k) === 'plug'),
    () => find('binary_sensor', k => /plug|cable|prise|stecker|enchufe/.test(nm(k)) && !/wifi|online|internet|remote/.test(nm(k))),
    () => find('sensor', k => /plug_state|plugged|prise|stecker|enchufe/.test(nm(k))));
  const ePow = use(V.puissance, () => find('sensor', k => (dc(k) === 'power' || /^k?w$/i.test(un(k))) && /charg|lad|carga|puiss|leist|potencia/.test(nm(k))));
  const eTgt = use(V.limite, () => cand.find(k => /^(sensor|number)\./.test(k) && un(k) === '%' && k !== eSoc && /limit|target|cible|objectif|ziel|max_?soc|objetivo/.test(nm(k))) || null);
  const eRem = use(V.temps_restant, () => find('sensor', k => /remain|restant|time_to_full|until_full|time_to_complete|verbleib|restante/.test(nm(k)) && (dc(k) === 'duration' || /^(min|h|s)$/.test(un(k)))));
  const eLck = use(V.verrou, () => find('lock', k => true), () => find('binary_sensor', k => dc(k) === 'lock'));
  const eTrk = use(V.position, () => find('device_tracker', k => true));
  const eCab = use(V.temp_habitacle, () => find('sensor', k => dc(k) === 'temperature' && /interior|cabin|inside|habitacle|innen|interior|cabina/.test(nm(k))));
  const eOut = find('sensor', k => dc(k) === 'temperature' && /outside|outdoor|exterior|ext[eé]rieur|außen|aussen/.test(nm(k)));
  const eBat = find('sensor', k => dc(k) === 'temperature' && /battery|batterie|hv|akku|bater/.test(nm(k)) && !/interior|cabin|habitacle/.test(nm(k)));
  const e12v = find('sensor', k => dc(k) === 'voltage' && /12|aux/.test(nm(k)));
  const eSpd = find('sensor', k => dc(k) === 'speed');
  const eSeen = find('sensor', k => dc(k) === 'timestamp' && /last.?(seen|update|updated|contact|sync|connection)|derni[eè]re|aktualis|actualiz/.test(nm(k)));

  const soc = N(eSoc);
  const socV = soc === null ? 0 : Math.max(0, Math.min(100, soc));
  const rngRaw = N(eRng);
  const rng = rngRaw !== null && /^mi$/.test(un(eRng)) ? rngRaw * 1.609 : rngRaw;
  const pwRaw = N(ePow), pw = pwRaw !== null && /^w$/i.test(un(ePow)) ? pwRaw / 1000 : pwRaw;
  const charging = (eChg ? ON.test(String(S(eChg))) : false) || (pw !== null && pw > 0.2);
  const plugged = charging || (ePlg ? PLUG.test(String(S(ePlg))) : false);
  const tgtRaw = N(eTgt), tgt = tgtRaw !== null && tgtRaw > 0 && tgtRaw <= 100 ? tgtRaw : 100;
  const miss = (V.capacite_kwh > 0 && soc !== null) ? Math.max(0, (tgt - soc) / 100 * V.capacite_kwh) : null;
  const remRaw = N(eRem), rem = remRaw === null ? null : Math.round(un(eRem) === 'h' ? remRaw * 60 : un(eRem) === 's' ? remRaw / 60 : remRaw);
  const spd = N(eSpd) || 0;
  const driving = !charging && spd > 3;
  let locked = null;
  if (eLck) { const l = String(S(eLck)).toLowerCase(); locked = eLck.startsWith('lock.') ? l === 'locked' : dc(eLck) === 'lock' ? l === 'off' : (l === 'locked' || l === 'on'); }

  let home = null;
  if (eTrk) {
    const ts = String(S(eTrk)).toLowerCase(), ta = at(eTrk), hz = states['zone.home']?.attributes;
    if (ts === 'home') home = true;
    else if (ta.latitude !== undefined && hz) { const dLa = (ta.latitude - hz.latitude) * 111320, dLo = (ta.longitude - hz.longitude) * 111320 * Math.cos(hz.latitude * Math.PI / 180); home = Math.sqrt(dLa * dLa + dLo * dLo) < 200; }
    else if (ts !== 'unknown' && ts !== 'unavailable') home = false;
  }
  const seenIso = (eSeen && S(eSeen)) || states[eSoc].last_reported || states[eSoc].last_updated;
  const age = seenIso ? Math.round((Date.now() - new Date(seenIso).getTime()) / 60000) : null;
  const ageTxt = age === null || isNaN(age) ? T.nodata : age < 1 ? T.now : age < 60 ? T.ago(age, 'min') : age < 1440 ? T.ago(Math.round(age / 60), 'h') : T.ago(Math.round(age / 1440), T.d);

  const STOPS = [[0, [255, 93, 93]], [25, [255, 138, 61]], [45, [247, 209, 84]], [70, [61, 220, 151]], [100, [79, 163, 255]]];
  const colAt = s => { for (let i = 1; i < STOPS.length; i++) { if (s <= STOPS[i][0]) { const a = STOPS[i - 1], b = STOPS[i], t = (s - a[0]) / (b[0] - a[0]); return '#' + a[1].map((v, j) => Math.round(v + (b[1][j] - v) * t).toString(16).padStart(2, '0')).join(''); } } return '#4fa3ff'; };
  const sc = colAt(socV);
  const lvl = T.lvl[socV < 20 ? 0 : socV < 40 ? 1 : socV < 60 ? 2 : socV <= 90 ? 3 : 4];
  const mix = (c, a) => c + Math.round(a * 255).toString(16).padStart(2, '0');
  const IC = (ic, n, c) => '<span style="width:' + n + 'px;height:' + n + 'px;flex:none;display:inline-flex;overflow:hidden;align-items:center;justify-content:center;line-height:0"><ha-icon icon="' + ic + '" style="--mdc-icon-size:' + n + 'px' + (c ? ';color:' + c : '') + '"></ha-icon></span>';

  let st, stIc, stC;
  if (charging) { st = T.charging + (pw ? ' ' + fr(pw, 1) + ' kW' : ''); stIc = 'mdi:lightning-bolt'; stC = C.g; }
  else if (driving) { st = T.driving; stIc = 'mdi:steering'; stC = C.bl; }
  else if (plugged) { st = T.plugged; stIc = 'mdi:power-plug'; stC = C.bl; }
  else { st = T.parked; stIc = 'mdi:parking'; stC = C.vi; }

  const where = home === null ? '' : home ? T.home : T.away;
  const sub = where + (where ? ' · ' : '') + (driving ? Math.round(spd) + ' km/h' : T.seen + ' ' + ageTxt);

  let line;
  if (charging) {
    line = rem ? T.targetIn(Math.round(tgt), rem >= 60 ? Math.floor(rem / 60) + ' h ' + String(rem % 60).padStart(2, '0') : rem + ' min') : T.target + ' ' + Math.round(tgt) + PC;
  } else if (driving) {
    line = (rng !== null && soc > 0) ? T.maxAt(fr(rng * 100 / soc, 0)) : '';
  } else {
    line = T.target + ' ' + Math.round(tgt) + PC + (miss !== null && miss > 0 ? ' · ' + T.missing(fr(miss, 1)) : '');
  }

  const chip = (ic, t, c) => '<span style="display:inline-flex;align-items:center;gap:5px;border-radius:20px;padding:4px 10px;font-size:12px;margin:0 4px 5px 0;background:' + mix(c, 0.14) + ';color:' + c + '">' + IC(ic, 15) + t + '</span>';
  let chips = '';
  if (locked !== null) chips += locked ? chip('mdi:lock', T.locked, C.g) : chip('mdi:lock-open-variant', T.unlocked, C.am);
  if (charging) chips += chip('mdi:ev-plug-type2', pw ? fr(pw, 1) + ' kW' : T.charging, C.yl);
  else if (eChg || ePlg) chips += plugged ? chip('mdi:power-plug', T.plugged, C.bl) : chip('mdi:power-plug-off', T.unplugged, C.mu);
  if (home) chips += chip('mdi:home', T.homeChip, C.vi);

  const tile = (ic, k, v, c, vc) => '<div style="background:#252a31;border-radius:12px;padding:8px 10px;min-width:0;text-align:center;border-top:2px solid ' + c + '"><div style="font-size:11px;color:' + C.mu + ';display:flex;align-items:center;justify-content:center;gap:5px;white-space:nowrap">' + IC(ic, 14, c) + '<span>' + k + '</span></div><div style="font-size:14px;font-weight:500;white-space:nowrap;margin-top:3px;text-align:center;color:' + (vc || '#e8eaed') + '">' + v + '</div></div>';
  const tmp = e => { const x = N(e); return x === null ? null : fr(/f/i.test(un(e)) ? (x - 32) * 5 / 9 : x, 0) + ' °C'; };
  const odoRaw = N(eOdo), odo = odoRaw !== null && /^mi$/.test(un(eOdo)) ? odoRaw * 1.609 : odoRaw;
  const v12 = N(e12v);
  let tiles = '';
  if (tmp(eCab) !== null) tiles += tile('mdi:car-seat', T.cabin, tmp(eCab), C.or);
  if (tmp(eOut) !== null) tiles += tile('mdi:thermometer', T.outside, tmp(eOut), C.bl);
  if (tmp(eBat) !== null) tiles += tile('mdi:battery-high', T.hv, tmp(eBat), C.bl);
  if (v12 !== null) tiles += tile('mdi:car-battery', '12 V', fr(v12, 1) + ' V', C.yl, v12 < 12.2 ? C.rd : null);
  if (odo !== null) tiles += tile('mdi:counter', T.odo, Math.round(odo).toLocaleString(lang) + ' km', C.vi);

  /* Pneus : par position (avant/arrière, gauche/droite) ; les pressions en kPa ou en psi sont converties en bar. */
  const POS = {
    fl: [V.pression_av_g, /front.?left|avant.?gauche|vorn.?links|vorne.?links|delantera.?izq|\bfl\b|\blf\b|\bav.?g\b/],
    fr: [V.pression_av_d, /front.?right|avant.?droit|vorn.?rechts|vorne.?rechts|delantera.?der|\bfr\b|\brf\b|\bav.?d\b/],
    rl: [V.pression_ar_g, /rear.?left|arri[eè]re.?gauche|hinten.?links|trasera.?izq|\brl\b|\blr\b|\bar.?g\b/],
    rr: [V.pression_ar_d, /rear.?right|arri[eè]re.?droit|hinten.?rechts|trasera.?der|\brr\b|\bar.?d\b/]
  };
  const tyreAll = cand.filter(k => k.startsWith('sensor.') && dc(k) === 'pressure' && /tire|tyre|pneu|reifen|neum/.test(nm(k)));
  const bar = e => { const x = N(e); if (x === null) return null; const u = un(e).toLowerCase(); return u === 'kpa' ? x / 100 : u === 'psi' ? x / 14.5038 : u === 'pa' ? x / 100000 : u === 'hpa' || u === 'mbar' ? x / 1000 : x; };
  const used = new Set(); const tyre = {};
  for (const p of ['fl', 'fr', 'rl', 'rr']) { const e = POS[p][0] || tyreAll.find(k => !used.has(k) && POS[p][1].test(nm(k))); if (e) { used.add(e); tyre[p] = e; } }
  const rest = tyreAll.filter(k => !used.has(k));
  let nTyre = 0;
  const pill = e => { const p = bar(e), ok = p !== null && p >= V.pression_min && p <= V.pression_max; if (!ok) nTyre++; const c = ok ? C.g : C.am;
    return '<div style="display:flex;align-items:center;gap:6px;background:#252a31;border-radius:10px;padding:6px 8px;font-size:13px"><span style="width:8px;height:8px;border-radius:50%;background:' + c + ';flex:none"></span><b style="font-weight:500">' + fr(p, 2) + '</b><span style="color:' + C.mu + ';font-size:11px;margin-left:auto">bar</span></div>'; };
  const tyreList = ['fl', 'fr', 'rl', 'rr'].filter(p => tyre[p]).map(p => tyre[p]).concat(rest.slice(0, 4 - Object.keys(tyre).length));
  const tyreHtml = tyreList.map(pill).join('');
  const nOpen = cand.filter(k => (k.startsWith('binary_sensor.') && (dc(k) === 'door' || dc(k) === 'window' || dc(k) === 'opening') && S(k) === 'on') || (k.startsWith('cover.') && dc(k) === 'window' && S(k) === 'open')).length;
  const hasOpen = cand.some(k => k.startsWith('binary_sensor.') && (dc(k) === 'door' || dc(k) === 'window'));
  const showTW = tyreList.length > 0 || hasOpen;
  const sumTxt = (nTyre === 0 && nOpen === 0) ? T.ok : [nTyre ? T.tyres(nTyre) : '', nOpen ? T.opens(nOpen) : ''].filter(x => x).join(' · ');
  const sumC = (nTyre === 0 && nOpen === 0) ? C.g : C.am;

  const SEC = 'background:#20242a;border:1px solid #2b3038;border-radius:14px;padding:10px 12px;margin-top:10px';
  const H4 = (ic, t, r, rc) => '<div style="display:flex;justify-content:space-between;align-items:center;font-size:12px;color:' + C.mu + ';margin-bottom:8px"><span style="display:flex;align-items:center;gap:5px">' + IC(ic, 15) + t + '</span><span style="color:' + rc + '">' + r + '</span></div>';
  const MORE = 'onclick="event.stopPropagation();this.dispatchEvent(new CustomEvent(\'hass-more-info\',{bubbles:true,composed:true,detail:{entityId:\'' + eSoc + '\'}}))" title="' + T.hist + '"';

  let H = '<div style="color:#e8eaed;font-size:13px;line-height:1.35">';
  H += '<div style="display:flex;justify-content:space-between;align-items:flex-start"><div><div style="font-size:18px;font-weight:500">' + V.nom + '</div><div style="font-size:12px;color:' + C.mu + '">' + sub + '</div></div>';
  H += '<span style="font-size:12px;padding:3px 10px;border-radius:20px;background:' + mix(stC, 0.18) + ';color:' + stC + ';display:inline-flex;gap:4px;align-items:center;white-space:nowrap">' + IC(stIc, 14) + st + '</span></div>';

  if (V.image) {
    H += '<div style="position:relative;margin:4px 0 0">';
    if (charging) H += '<div class="cvhalo" style="position:absolute;left:8%;right:8%;bottom:0;height:26%;border-radius:50%;background:radial-gradient(closest-side,' + mix(sc, 0.6) + ',transparent)"></div>';
    H += '<img src="' + V.image + '" style="width:100%;max-width:460px;display:block;margin:0 auto;position:relative"></div>';
  } else { H += '<div style="height:10px"></div>'; }

  H += '<div ' + MORE + ' style="display:flex;align-items:baseline;gap:10px;white-space:nowrap;cursor:pointer"><span style="font-size:34px;font-weight:500;line-height:1;color:' + sc + '">' + (soc === null ? '—' : Math.round(soc) + PC) + '</span><span style="font-size:16px">' + (rng === null ? '' : fr(rng, 0) + ' km') + '</span><span style="font-size:12px;margin-left:auto;color:' + sc + '">' + lvl + '</span></div>';
  H += '<div style="font-size:12px;color:' + C.mu + ';margin:5px 0 7px">' + line + '</div>';
  const SPEC = 'linear-gradient(90deg,#ff5d5d 0%,#ff8a3d 25%,#f7d154 45%,#3ddc97 70%,#4fa3ff 100%)';
  H += '<div ' + MORE + ' style="position:relative;height:12px;margin:2px 0 4px;cursor:pointer">';
  H += '<div style="position:absolute;inset:0;border-radius:6px;overflow:hidden"><div style="position:absolute;inset:0;background:' + SPEC + '"></div>';
  if (charging) H += '<div style="position:absolute;top:0;bottom:0;left:0;width:' + socV + '%;background:repeating-linear-gradient(110deg,rgba(255,255,255,.22) 0 8px,transparent 8px 20px);background-size:26px 100%;animation:cvmv .9s linear infinite"></div>';
  H += '<div style="position:absolute;top:0;bottom:0;right:0;width:' + (100 - socV) + '%;background:#252a31"></div></div>';
  H += '<div style="position:absolute;top:-1px;bottom:-1px;left:calc(' + Math.min(100, tgt) + '% - 1px);width:2px;background:#ffffff66;border-radius:1px"></div>';
  H += '<div style="position:absolute;top:-3px;bottom:-3px;left:calc(' + socV + '% - 2px);width:4px;border-radius:2px;background:#fff;box-shadow:0 0 8px #fff' + (charging ? ';animation:cvpl 1.6s ease-in-out infinite' : '') + '"></div></div>';
  H += '<div style="display:flex;justify-content:space-between;font-size:10px;color:#5d646e;margin-bottom:10px"><span>0</span><span>20</span><span>40</span><span>60</span><span>80</span><span>100</span></div>';
  if (chips) H += '<div>' + chips + '</div>';
  if (tiles) H += '<div style="display:grid;grid-template-columns:repeat(auto-fit,minmax(78px,1fr));gap:8px;margin-top:5px">' + tiles + '</div>';
  if (showTW) H += '<div style="' + SEC + '">' + H4('mdi:tire', T.tw, sumTxt, sumC) + (tyreHtml ? '<div style="display:grid;grid-template-columns:repeat(2,minmax(0,1fr));gap:8px">' + tyreHtml + '</div>' : '') + '</div>';

  return H + '</div>';
  ]]]