import kaplay from 'kaplay'
import type { GameObj, SpriteComp, PosComp, ScaleComp, AnchorComp, OpacityComp, ColorComp, RotateComp, ZComp, LoadSpriteOpt } from 'kaplay'

import { generateSpriteSheet, generateJudgeSpriteSheet, generateHumanSpriteSheet, generateHumanFighterSpriteSheet, getBotColors, FRAME_SIZE, MAX_FRAMES, TOTAL_ROWS, ANIMATIONS, JUDGE_ANIMATIONS, JUDGE_MAX_FRAMES, JUDGE_ROWS, HUMAN_ANIMATIONS, HUMAN_MAX_FRAMES, HUMAN_ROWS, type SpriteCustomization } from './sprites'
import type { Fighter, FightSceneConfig, RoundEvent, FightContext, ChoreoContext } from './fight/types'
export type { FightSceneConfig, RoundEvent } from './fight/types'
import { ARENA_THEMES, spriteAnims, CHALLENGE_THEMED, TIER_ULTIMATES, CREATOR_MOVES, CREATOR_ULTIMATES } from './fight/constants'
import {
  CREATOR_ULTIMATE_CHANCE, CREATOR_THEMED_MOVE_RATIO,
  CRIT_THEMED_RATIO, CHOREOGRAPHY_THEMED_RATIO, CHOREOGRAPHY_GENERIC_CUTOFF,
  TIER_ULTIMATE_CHANCES, isPerfMode, perfParticles, isReducedMotion, haptic,
} from './fight/config'
import { spawnSparks as _spawnSparks, spawnBulletHoles as _spawnBulletHoles, spawnExhaust as _spawnExhaust } from './fight/particles'
import { glitchRGB as _glitchRGB, scanlineGlitch as _scanlineGlitch, vhsTracking as _vhsTracking, dimensionalShift as _dimensionalShift } from './fight/effects'
import { spawnProjectile as _spawnProjectile } from './fight/projectiles'
import { createChoreographyMap } from './fight/choreography'
import { createFactories } from './fight/choreography/factories'
import { createMorphSystem } from './fight/morphs'
import { createEntranceSystem } from './fight/entrances'
import { createRoundSystem } from './fight/rounds'
import { createFinisherSystem } from './fight/finishers'
import {
  sfxPunch, sfxKick, sfxSpecial, sfxCritical, sfxGunshot, sfxBulletHit,
  sfxJetpack, sfxExplosion, sfxBlock, sfxDodge, sfxClash, sfxRandomSilly,
  sfxBoing, sfxBonk, sfxZap, sfxSlideDown, sfxSlideUp, sfxZoomWhoosh,
  sfxRapidPunch, sfxPowerUp, sfxCoin, sfxRandomComedy,
  startMusic, stopMusic, announceCool,
} from './audio'








export function pickChoreography(challengeType: string, isCritical: boolean, _round: number, attackerTier: number = 0, attackerArchetype?: string): string {
  // THE CREATOR: special move selection
  if (attackerArchetype === 'the_creator') {
    const ultimateChance = isCritical ? 1.0 : CREATOR_ULTIMATE_CHANCE
    if (Math.random() < ultimateChance) {
      // Creator gets ALL ultimates + their 4 exclusive ones
      const all: string[] = [...CREATOR_ULTIMATES]
      for (let t = 2; t <= 5; t++) {
        if (TIER_ULTIMATES[t]) all.push(...TIER_ULTIMATES[t])
      }
      return all[Math.floor(Math.random() * all.length)]
    }
    if (Math.random() < CREATOR_THEMED_MOVE_RATIO) {
      return CREATOR_MOVES[Math.floor(Math.random() * CREATOR_MOVES.length)]
    }
    // Fall through to normal selection
  }

  // Tier-gated ultimates: higher tier = higher chance of spectacular ultimate moves
  if (attackerTier >= 2) {
    const ultimateChance = TIER_ULTIMATE_CHANCES[attackerTier] ?? TIER_ULTIMATE_CHANCES[5]
    // On crits, double the chance
    const roll = isCritical ? ultimateChance * 2 : ultimateChance
    if (Math.random() < roll) {
      // Collect all ultimates available at this tier (cumulative — higher tiers get lower tier moves too)
      const available: string[] = []
      for (let t = 2; t <= attackerTier; t++) {
        if (TIER_ULTIMATES[t]) available.push(...TIER_ULTIMATES[t])
      }
      if (available.length > 0) {
        return available[Math.floor(Math.random() * available.length)]
      }
    }
  }

  // Critical hits always get BIG moves (but can still be themed)
  if (isCritical) {
    const entry = CHALLENGE_THEMED[challengeType]
    if (entry && Math.random() < CRIT_THEMED_RATIO) {
      return entry.themed[Math.floor(Math.random() * entry.themed.length)]
    }
    const critMoves = [
      'groundPound', 'jetpackDive', 'gunBurst', 'fullScreenDash', 'multiHit', 'fireBreath',
      'lightningRush', 'zoomRush', 'rapidFlurry', 'rocketLauncher', 'laserBeam', 'katanaCombo',
      'hammerSmash', 'sniperShot', 'minigunSpray', 'chainsawRev', 'carSmash', 'motorbikeCharge',
      'anvilDrop', 'pocketCannon', 'bodySlam', 'suplex', 'pinballCombo', 'grappleFlurry',
      // New epic crits
      'kamehameha', 'nukeStrike', 'tankRoll', 'helicopterStrike', 'chokeslam', 'tombstone',
      'rko', 'piledriver', 'powerbomb', 'meteorStrike', 'spiritBomb', 'blackHole',
      'alienAbduction', 'tsunamiWave', 'earthquakeStrike', 'dragonBreath', 'pianoDrop',
      'fridgeDrop', 'volcanoErupt', 'warpDrive', 'dubstepCannon', 'tornadoSpin',
      'trampolineBounce', 'watermelonBomb', 'nftRugPull', 'blueScreen', 'yeetThrow',
      'bulletTimeAttack',
    ]
    return critMoves[Math.floor(Math.random() * critMoves.length)]
  }

  const entry = CHALLENGE_THEMED[challengeType]
  if (!entry) {
    const fallback = ['dashPunch', 'flyingKick', 'aerialSlam', 'backflipKick', 'fingerGuns', 'rubberChicken', 'pizzaSlam', 'fryingPan', 'snowballFight']
    return fallback[Math.floor(Math.random() * fallback.length)]
  }

  const roll = Math.random()
  if (roll < CHOREOGRAPHY_THEMED_RATIO) {
    return entry.themed[Math.floor(Math.random() * entry.themed.length)]
  } else if (roll < CHOREOGRAPHY_GENERIC_CUTOFF) {
    return entry.generic[Math.floor(Math.random() * entry.generic.length)]
  } else {
    const wild = [
      'jetpackDive', 'gunBurst', 'groundPound', 'teleportStrike', 'fullScreenDash', 'fireBreath',
      'golfClubSmash', 'zoomRush', 'rapidFlurry', 'swordSlash', 'hammerSmash', 'laserBeam',
      'rocketLauncher', 'bombThrow', 'minigunSpray', 'sniperShot', 'whipCrack', 'katanaCombo',
      'chainsawRev', 'motorbikeCharge', 'carSmash', 'boatCannon', 'anvilDrop', 'pocketCannon',
      'grappleFlurry', 'bodySlam', 'pinballCombo', 'suplex',
      // New wild cards — food
      'pizzaSlam', 'bananaFling', 'pieSmash', 'burgerToss', 'tomatoBarrage', 'fishSlap',
      // New wild cards — weapons
      'fryingPan', 'baseballBat', 'guitarSmash', 'umbrellaWhack', 'plungerSlam', 'wrenchSmash',
      // New wild cards — drops
      'pianoDrop', 'toiletDrop', 'tvDrop', 'chandelierDrop', 'micDrop',
      // New wild cards — vehicles
      'shoppingCart', 'zamboniCrush', 'unicycleRun', 'tankRoll',
      // New wild cards — spins/flips
      'tornadoSpin', 'backflipKick', 'corkscrewDive', 'barrelRoll', 'skateTrick',
      // New wild cards — beams
      'kamehameha', 'freezeRay', 'heatVision', 'rainbowBeam', 'glitchBeam',
      // New wild cards — silly
      'rubberChicken', 'selfieStrike', 'fingerGuns', 'yeetThrow', 'emojiBarrage', 'touchGrass',
      // New wild cards — wrestling
      'clothesline', 'rko', 'stunner', 'piledriver',
      // New wild cards — magic
      'fireball', 'portalPunch', 'crystalShards', 'spiritBomb',
      // New wild cards — tech
      'stackOverflow', 'blueScreen', 'aiUprising', 'popupSpam',
      // New wild cards — music
      'bassDrop', 'dubstepCannon', 'vinylScratch',
      // New wild cards — nature
      'avalanche', 'lavaSplash', 'tornadoFling',
    ]
    return wild[Math.floor(Math.random() * wild.length)]
  }
}

// Convert any CSS color string to a kaplay Color object safely
function safeColor(k: ReturnType<typeof kaplay>, color: string) {
  if (color.startsWith('#')) {
    try { return k.Color.fromHex(color) } catch { /* fall through */ }
  }
  // HSL / rgb / named color — render to a 1px canvas to extract RGB
  const cv = document.createElement('canvas')
  cv.width = 1; cv.height = 1
  const cx = cv.getContext('2d')!
  cx.fillStyle = color
  cx.fillRect(0, 0, 1, 1)
  const [r, g, b] = cx.getImageData(0, 0, 1, 1).data
  return k.Color.fromArray([r, g, b])
}

export async function createFightScene(config: FightSceneConfig) {
  const { canvas, botA, botB, arena } = config
  const theme = ARENA_THEMES[arena] || ARENA_THEMES.localhost

  const k = kaplay({
    canvas,
    width: canvas.width || 800,
    height: canvas.height || 500,
    background: theme.bg,
    global: false,
    scale: 1,
    crisp: true,
    texFilter: 'nearest',
  })

  // Wrap k.shake to support reduced motion + haptic feedback
  const _origShake = k.shake.bind(k)
  k.shake = ((intensity: number) => {
    if (intensity >= 3) haptic(Math.min(100, intensity * 8))
    if (!isReducedMotion()) _origShake(intensity)
  }) as typeof k.shake

  const colorsA = getBotColors(botA.seed)
  const colorsB = getBotColors(botB.seed)

  let sheetA: string
  let sheetB: string

  // Human fighters use their profile human character, not a bot sprite
  const winRateA = (botA.wins || 0) / Math.max(1, (botA.wins || 0) + (botA.losses || 0))
  const winRateB = (botB.wins || 0) / Math.max(1, (botB.wins || 0) + (botB.losses || 0))

  try {
    sheetA = botA.archetype === 'human'
      ? generateHumanFighterSpriteSheet(botA.seed, botA.archetype, colorsA.primary, colorsA.secondary, winRateA)
      : generateSpriteSheet(botA.seed, botA.tier, colorsA.primary, colorsA.secondary, botA.archetype, botA.customization)
  } catch (err) {
    console.error('[FightScene] Failed to generate sprite for botA:', err)
    sheetA = generateSpriteSheet(botA.seed, botA.tier, colorsA.primary, colorsA.secondary)
  }
  try {
    sheetB = botB.archetype === 'human'
      ? generateHumanFighterSpriteSheet(botB.seed, botB.archetype, colorsB.primary, colorsB.secondary, winRateB)
      : generateSpriteSheet(botB.seed, botB.tier, colorsB.primary, colorsB.secondary, botB.archetype, botB.customization)
  } catch (err) {
    console.error('[FightScene] Failed to generate sprite for botB:', err)
    sheetB = generateSpriteSheet(botB.seed, botB.tier, colorsB.primary, colorsB.secondary)
  }

  const isHumanA = botA.archetype === 'human'
  const isHumanB = botB.archetype === 'human'

  // Helper: load sprite with a 5s timeout so mobile never hangs forever
  async function loadSpriteWithTimeout(name: string, src: string, opts: LoadSpriteOpt): Promise<void> {
    try {
      await Promise.race([
        k.loadSprite(name, src, opts),
        new Promise<never>((_resolve, reject) => setTimeout(() => reject(new Error('timeout')), 5_000)),
      ])
    } catch (err) {
      console.warn(`[FightScene] Sprite '${name}' failed/timed out:`, err)
    }
  }

  // Await sprite loading — timeout prevents mobile hangs
  await Promise.all([
    loadSpriteWithTimeout('botA', sheetA, { sliceX: MAX_FRAMES, sliceY: TOTAL_ROWS, anims: spriteAnims }),
    loadSpriteWithTimeout('botB', sheetB, { sliceX: MAX_FRAMES, sliceY: TOTAL_ROWS, anims: spriteAnims }),
  ])

  // Preload bot sprites for human fighters (used when humans morph into bots)
  if (isHumanA) {
    const botSheetA = generateSpriteSheet(botA.seed, botA.tier, colorsA.primary, colorsA.secondary)
    loadSpriteWithTimeout('botA_morph', botSheetA, { sliceX: MAX_FRAMES, sliceY: TOTAL_ROWS, anims: spriteAnims })
  }
  if (isHumanB) {
    const botSheetB = generateSpriteSheet(botB.seed, botB.tier, colorsB.primary, colorsB.secondary)
    loadSpriteWithTimeout('botB_morph', botSheetB, { sliceX: MAX_FRAMES, sliceY: TOTAL_ROWS, anims: spriteAnims })
  }

  // Judge sprite (red lobster referee)
  const judgeSheet = generateJudgeSpriteSheet()
  const judgeAnims = {
    idle:       { from: 0, to: JUDGE_ANIMATIONS.idle.frames - 1, loop: true, speed: 4 },
    call_left:  { from: JUDGE_MAX_FRAMES, to: JUDGE_MAX_FRAMES + JUDGE_ANIMATIONS.call_left.frames - 1, loop: false, speed: 8 },
    call_right: { from: JUDGE_MAX_FRAMES * 2, to: JUDGE_MAX_FRAMES * 2 + JUDGE_ANIMATIONS.call_right.frames - 1, loop: false, speed: 8 },
    shocked:    { from: JUDGE_MAX_FRAMES * 3, to: JUDGE_MAX_FRAMES * 3 + JUDGE_ANIMATIONS.shocked.frames - 1, loop: false, speed: 10 },
  }
  await loadSpriteWithTimeout('judge', judgeSheet, { sliceX: JUDGE_MAX_FRAMES, sliceY: JUDGE_ROWS, anims: judgeAnims })

  // Human sprites (the bot owner's silly human avatar for crowd)
  const humanSheetA = generateHumanSpriteSheet(botA.seed, botA.archetype || 'standard', colorsA.primary, colorsA.secondary, winRateA)
  const humanSheetB = generateHumanSpriteSheet(botB.seed, botB.archetype || 'standard', colorsB.primary, colorsB.secondary, winRateB)
  const humanAnims: Record<string, { from: number; to: number; loop: boolean; speed: number }> = {}
  for (const [name, cfg] of Object.entries(HUMAN_ANIMATIONS)) {
    humanAnims[name] = { from: cfg.row * HUMAN_MAX_FRAMES, to: cfg.row * HUMAN_MAX_FRAMES + cfg.frames - 1, loop: true, speed: 6 }
  }
  await Promise.all([
    loadSpriteWithTimeout('humanA', humanSheetA, { sliceX: HUMAN_MAX_FRAMES, sliceY: HUMAN_ROWS, anims: humanAnims }),
    loadSpriteWithTimeout('humanB', humanSheetB, { sliceX: HUMAN_MAX_FRAMES, sliceY: HUMAN_ROWS, anims: humanAnims }),
  ])

  const W = k.width()
  const H = k.height()
  // Track all intervals/timeouts for cleanup on scene destroy
  const cleanupTimers = new Set<ReturnType<typeof setTimeout>>()
  function trackedTimeout(fn: () => void, ms: number): ReturnType<typeof setTimeout> {
    const id = setTimeout(() => { cleanupTimers.delete(id); fn() }, ms)
    cleanupTimers.add(id)
    return id
  }
  function trackedInterval(fn: () => void, ms: number): ReturnType<typeof setInterval> {
    const id = setInterval(fn, ms)
    cleanupTimers.add(id)
    return id
  }
  function clearTracked(id: ReturnType<typeof setTimeout>) {
    clearInterval(id)
    clearTimeout(id)
    cleanupTimers.delete(id)
  }
  // Scale factor so sprites shrink on small canvases (reference: 500px tall)

  // Fight context for extracted modules
  const fightCtx: FightContext = {
    k, W, H, theme,
    trackedTimeout, trackedInterval, clearTracked,
    safeColor: (color: string) => safeColor(k, color),
  }

  // Wrappers for extracted particle/effect/projectile functions
  const spawnSparks = (x: number, y: number, count: number, color: string) => _spawnSparks(fightCtx, x, y, count, color)
  const spawnBulletHoles = (x: number, y: number, count: number) => _spawnBulletHoles(fightCtx, x, y, count)
  const spawnExhaust = (x: number, y: number, duration: number) => _spawnExhaust(fightCtx, x, y, duration)
  const spawnProjectile = (fromX: number, fromY: number, toX: number, toY: number, color: string, size: number = 8) => _spawnProjectile(fightCtx, fromX, fromY, toX, toY, color, size)
  const glitchRGB = (duration: number = 0.2) => _glitchRGB(fightCtx, duration)
  const scanlineGlitch = (duration: number = 0.3) => _scanlineGlitch(fightCtx, duration)
  const vhsTracking = (duration: number = 0.4) => _vhsTracking(fightCtx, duration)
  const dimensionalShift = (duration: number = 0.6) => _dimensionalShift(fightCtx, duration)

  const SF = Math.min(1, H / 500)
  const GROUND_Y = H * 0.78
  const HOME_A = W * 0.28
  const HOME_B = W * 0.72





  function spawnBullet(fromX: number, fromY: number, toX: number, toY: number): Promise<void> {
    return new Promise(resolve => {
      const bullet = k.add([
        k.rect(6, 2),
        k.pos(fromX, fromY),
        k.color(safeColor(k,'#ffee00')),
        k.opacity(1),
        k.z(15),
        k.rotate(Math.atan2(toY - fromY, toX - fromX) * 180 / Math.PI),
      ])
      const dur = 0.08 + Math.random() * 0.04
      k.tween(0, 1, dur, (t) => {
        bullet.pos.x = fromX + (toX - fromX) * t
        bullet.pos.y = fromY + (toY - fromY) * t + (Math.random() - 0.5) * 4
      }, k.easings.linear).then(() => {
        bullet.destroy()
        // Muzzle flash at impact
        spawnSparks(toX, toY, 3, '#ffcc00')
        resolve()
      })
    })
  }

  function spawnShockwave(x: number, y: number, color: string) {
    const wave = k.add([
      k.circle(5),
      k.pos(x, y),
      k.color(safeColor(k,color)),
      k.opacity(0.7),
      k.z(5),
      k.scale(1),
    ])
    k.tween(1, 15, 0.4, (v) => { wave.scaleTo(v, v * 0.3) }, k.easings.easeOutQuad)
    k.tween(0.7, 0, 0.4, (v) => { wave.opacity = v }, k.easings.easeOutQuad).then(() => wave.destroy())
  }

  // === VISUAL CHAOS EFFECTS ===





  // Schizo cut — rapid zoom/position jitter simulating jump cuts
  async function schizoCut() {
    const fA = k.get('fighterA')[0] as Fighter
    const fB = k.get('fighterB')[0] as Fighter
    if (!fA || !fB) return
    const origAX = fA.pos.x, origBX = fB.pos.x
    const origAY = fA.pos.y, origBY = fB.pos.y
    // 3-5 rapid cuts
    const cuts = 3 + Math.floor(Math.random() * 3)
    for (let i = 0; i < cuts; i++) {
      // Random offset both fighters
      fA.pos.x = origAX + (Math.random() - 0.5) * 30
      fA.pos.y = origAY + (Math.random() - 0.5) * 15
      fB.pos.x = origBX + (Math.random() - 0.5) * 30
      fB.pos.y = origBY + (Math.random() - 0.5) * 15
      screenFlash(Math.random() > 0.5 ? '#000000' : '#ffffff', 0.03)
      await k.wait(0.04 + Math.random() * 0.03)
    }
    fA.pos.x = origAX; fA.pos.y = origAY
    fB.pos.x = origBX; fB.pos.y = origBY
  }

  // Hyperspeed lines — converging toward a point
  function hyperSpeedLines(targetX: number, targetY: number, duration: number = 0.3) {
    const lineCount = isPerfMode() ? 6 : 16
    const lines: GameObj[] = []
    for (let i = 0; i < lineCount; i++) {
      const angle = (i / lineCount) * Math.PI * 2
      const dist = 300 + Math.random() * 200
      const sx = targetX + Math.cos(angle) * dist
      const sy = targetY + Math.sin(angle) * dist
      const len = 30 + Math.random() * 60
      const line = k.add([
        k.rect(len, 1.5), k.pos(sx, sy),
        k.color(safeColor(k,'#ffffff')), k.opacity(0.3), k.z(52),
        k.rotate(angle * 180 / Math.PI + 180),
      ])
      line.onUpdate(() => {
        const dx = targetX - line.pos.x
        const dy = targetY - line.pos.y
        const d = Math.sqrt(dx * dx + dy * dy)
        if (d > 10) {
          line.pos.x += (dx / d) * 600 * k.dt()
          line.pos.y += (dy / d) * 600 * k.dt()
        }
        line.opacity -= 0.8 * k.dt()
        if (line.opacity <= 0 && line.exists()) line.destroy()
      })
      lines.push(line)
    }
    trackedTimeout(() => { lines.forEach(l => { if (l.exists()) l.destroy() }) }, duration * 1000)
  }

  // Flash the whole screen
  function screenFlash(color: string, duration: number = 0.1) {
    const flash = k.add([
      k.rect(W, H),
      k.pos(0, 0),
      k.color(safeColor(k,color)),
      k.opacity(0.4),
      k.z(50),
    ])
    k.tween(0.4, 0, duration, (v) => { flash.opacity = v }).then(() => flash.destroy())
  }

  // Impact freeze-frame: brief pause with white flash on devastating crits
  async function impactFreeze(duration: number = 0.08) {
    const overlay = k.add([
      k.rect(W, H), k.pos(0, 0),
      k.color(safeColor(k, '#ffffff')), k.opacity(0.5), k.z(55),
    ])
    // Kaplay has no built-in pause, so we just hold with a wait + overlay
    await k.wait(duration)
    k.tween(0.5, 0, 0.06, (v) => { overlay.opacity = v }).then(() => overlay.destroy())
  }

  // Spawn afterimages: trailing ghost sprites behind a moving fighter
  function spawnAfterimages(fighter: Fighter, count: number = 3) {
    if (!fighter?.exists()) return
    const n = isPerfMode() ? Math.max(1, Math.round(count * 0.5)) : count
    for (let i = 0; i < n; i++) {
      const ghost = k.add([
        k.rect(FRAME_SIZE * Math.abs(fighter.scale.x), FRAME_SIZE * Math.abs(fighter.scale.y)),
        k.pos(fighter.pos.x - i * 8 * Math.sign(fighter.scale.x), fighter.pos.y),
        k.color(safeColor(k, theme.accent)),
        k.opacity(0.3 - i * 0.08),
        k.z(fighter.z - 1),
        k.anchor('bot'),
      ])
      k.tween(ghost.opacity, 0, 0.15 + i * 0.05, (v) => { ghost.opacity = v }).then(() => ghost.destroy())
    }
  }

  // Camera zoom: scale fighters toward/away from a focal point for impact emphasis
  async function cameraZoom(
    fighters: Fighter[],
    savedScales: { x: number; y: number }[],
    zoomFactor: number,
    duration: number,
    easing: (t: number) => number = k.easings.easeOutQuad,
  ) {
    await Promise.all(fighters.map((f, i) => {
      if (!f?.exists()) return Promise.resolve()
      const sx = savedScales[i].x
      const sy = savedScales[i].y
      return k.tween(Math.abs(f.scale.y), Math.abs(sy) * zoomFactor, duration, (v) => {
        f.scale.x = sx > 0 ? v : -v
        f.scale.y = v
      }, easing)
    }))
  }

  // Grotesque close-up overlays removed — noops retained for call-site compatibility
  function spawnGrotesqueDetails(_fighter: Fighter, _scaleFactor: number) {}
  function destroyGrotesqueDetails() {}
  // Arena-specific background decoration
  function drawArenaDecor() {
    const a = arena
    const acc = theme.accent

    // Parallax stars/particles in the sky
    const starCount = isPerfMode() ? 15 : 40
    for (let i = 0; i < starCount; i++) {
      const star = k.add([
        k.rect(1 + Math.random() * 2, 1 + Math.random() * 2),
        k.pos(Math.random() * W, Math.random() * (GROUND_Y - 20)),
        k.color(safeColor(k, i % 5 === 0 ? '#ffffff' : acc)),
        k.opacity(0.08 + Math.random() * 0.2),
        k.z(1),
      ])
      const speed = 0.5 + Math.random() * 1.5
      const baseOp = star.opacity
      star.onUpdate(() => {
        star.opacity = baseOp + Math.sin(k.time() * speed + i) * 0.08
      })
    }

    if (a === 'datacenter' || a === 'localhost') {
      const perf = isPerfMode()
      // City skyline silhouette behind the racks
      const buildingHeights = perf
        ? [0.55, 0.65, 0.7, 0.6, 0.72, 0.58]
        : [0.55, 0.4, 0.65, 0.35, 0.7, 0.45, 0.6, 0.5, 0.72, 0.38, 0.58, 0.42]
      for (let i = 0; i < buildingHeights.length; i++) {
        const bw = W / buildingHeights.length + 4
        const bh = GROUND_Y * buildingHeights[i]
        const bx = i * (W / buildingHeights.length)
        k.add([k.rect(bw, bh), k.pos(bx, GROUND_Y - bh), k.color(safeColor(k, '#060610')), k.opacity(0.5), k.z(0)])
        const winStep = perf ? 14 : 7
        for (let wy = 0; wy < bh - 10; wy += 8) {
          for (let wx = 4; wx < bw - 6; wx += winStep) {
            const win = k.add([
              k.rect(3, 3), k.pos(bx + wx, GROUND_Y - bh + 6 + wy),
              k.color(safeColor(k, Math.random() > 0.4 ? '#223355' : '#ffcc44')),
              k.opacity(0.15 + Math.random() * 0.2), k.z(0),
            ])
            if (!perf && Math.random() < 0.15) {
              const blink = 0.03 + Math.random() * 0.06
              win.onUpdate(() => { win.opacity = Math.random() > blink ? win.opacity : (Math.random() > 0.5 ? 0.3 : 0.05) })
            }
          }
        }
      }
      // Server rack wall
      const rackRows = perf ? 2 : 4
      const rackCols = perf ? 5 : 10
      for (let row = 0; row < rackRows; row++) {
        for (let col = 0; col < rackCols; col++) {
          const lx = 15 + col * (W / rackCols)
          const ly = 15 + row * 55
          const rackW = W / rackCols - 8
          const rackH = 48
          k.add([k.rect(rackW, rackH), k.pos(lx, ly), k.color(safeColor(k, '#06060f')), k.opacity(0.6), k.z(1)])
          k.add([k.rect(rackW, 1), k.pos(lx, ly), k.color(safeColor(k, '#1a1a3a')), k.opacity(0.4), k.z(1)])
          k.add([k.rect(rackW, 1), k.pos(lx, ly + rackH), k.color(safeColor(k, '#1a1a3a')), k.opacity(0.4), k.z(1)])
          k.add([k.rect(1, rackH), k.pos(lx, ly), k.color(safeColor(k, '#1a1a3a')), k.opacity(0.3), k.z(1)])
          for (let s = 0; s < 5; s++) {
            k.add([k.rect(rackW - 6, 1), k.pos(lx + 3, ly + 8 + s * 8), k.color(safeColor(k, '#111122')), k.opacity(0.5), k.z(1)])
          }
          if (!perf) {
            for (let led = 0; led < 3; led++) {
              const ledEl = k.add([
                k.rect(2, 2), k.pos(lx + 4 + led * 6, ly + 4),
                k.color(safeColor(k, Math.random() > 0.3 ? '#00ff41' : '#ff2d2d')),
                k.opacity(0.7), k.z(2),
              ])
              const blinkRate = 0.02 + Math.random() * 0.08
              ledEl.onUpdate(() => { ledEl.opacity = Math.random() > blinkRate ? 0.7 : 0.15 })
            }
            if (Math.random() < 0.4) {
              const actLed = k.add([
                k.rect(2, 2), k.pos(lx + rackW - 8, ly + 4),
                k.color(safeColor(k, '#ffaa00')), k.opacity(0.6), k.z(2),
              ])
              actLed.onUpdate(() => { actLed.opacity = Math.random() > 0.5 ? 0.7 : 0.2 })
            }
          }
        }
      }
      // Cable bundles
      for (let c = 0; c < 6; c++) {
        const cy = 3 + c * 2
        k.add([k.rect(W, 2), k.pos(0, cy), k.color(safeColor(k, c % 3 === 0 ? '#111133' : c % 3 === 1 ? '#0a0a22' : '#0f0f2a')), k.opacity(0.5), k.z(1)])
      }
      // Scan line sweep
      const scanLine = k.add([k.rect(W, 1), k.pos(0, 0), k.color(safeColor(k, '#00f0ff')), k.opacity(0.06), k.z(3)])
      scanLine.onUpdate(() => { scanLine.pos.y = (scanLine.pos.y + 40 * k.dt()) % GROUND_Y })

    } else if (a === 'gpu_graveyard') {
      // Floating circuit board fragments
      const chipCount = isPerfMode() ? 6 : 16
      for (let i = 0; i < chipCount; i++) {
        const cx = Math.random() * W
        const cy = 20 + Math.random() * (GROUND_Y - 60)
        const cw = 15 + Math.random() * 25
        const ch = 10 + Math.random() * 18
        const chip = k.add([
          k.rect(cw, ch), k.pos(cx, cy),
          k.color(safeColor(k, Math.random() > 0.5 ? '#1a2a1a' : '#0f1a0f')),
          k.opacity(0.35), k.z(1), k.rotate(Math.random() * 45 - 22),
        ])
        for (let t = 0; t < 3; t++) {
          k.add([k.rect(cw * 0.6, 1), k.pos(cx + 2, cy + 3 + t * 4), k.color(safeColor(k, '#76b900')), k.opacity(0.2), k.z(1)])
        }
        k.add([k.circle(1.5), k.pos(cx + cw / 2, cy + ch / 2), k.color(safeColor(k, '#aabb44')), k.opacity(0.25), k.z(1)])
        const baseY = cy
        chip.onUpdate(() => { chip.pos.y = baseY + Math.sin(k.time() * 0.3 + i) * 5 })
      }
      // Dead GPU fans — some slowly spinning
      for (const fx of [W * 0.15, W * 0.5, W * 0.85]) {
        const fy = GROUND_Y - 30 - Math.random() * 40
        k.add([k.circle(18), k.pos(fx, fy), k.anchor('center'), k.color(safeColor(k, '#0a0a0a')), k.opacity(0.4), k.z(1)])
        k.add([k.circle(5), k.pos(fx, fy), k.anchor('center'), k.color(safeColor(k, '#1a1a1a')), k.opacity(0.3), k.z(1)])
        for (let b = 0; b < 4; b++) {
          const ba = b * Math.PI / 2
          const blade = k.add([k.rect(14, 2), k.pos(fx, fy), k.anchor('center'), k.color(safeColor(k, '#222222')), k.opacity(0.3), k.z(1), k.rotate(ba * 180 / Math.PI)])
          if (fx === W * 0.5) {
            blade.onUpdate(() => { blade.angle += 8 * k.dt() })
          }
        }
      }
      // Sparking wires
      for (let i = 0; i < 4; i++) {
        const sx = W * (0.2 + i * 0.2)
        const sy = 10 + Math.random() * 30
        k.add([k.rect(1, 20 + Math.random() * 40), k.pos(sx, sy), k.color(safeColor(k, '#333333')), k.opacity(0.3), k.z(1)])
        const spark = k.add([k.circle(3), k.pos(sx, sy + 20), k.anchor('center'), k.color(safeColor(k, '#ffff00')), k.opacity(0), k.z(3)])
        spark.onUpdate(() => { spark.opacity = Math.random() > 0.97 ? 0.6 : 0 })
      }
      // Smoke wisps rising
      for (let i = 0; i < 6; i++) {
        const smoke = k.add([
          k.circle(8 + Math.random() * 12), k.pos(Math.random() * W, GROUND_Y - 5),
          k.color(safeColor(k, '#1a1a1a')), k.opacity(0.15), k.z(2),
        ])
        const bx = smoke.pos.x
        smoke.onUpdate(() => {
          smoke.pos.y -= 6 * k.dt()
          smoke.pos.x = bx + Math.sin(k.time() + i) * 8
          smoke.opacity *= 0.998
          if (smoke.pos.y < 0) { smoke.pos.y = GROUND_Y - 5; smoke.opacity = 0.15 }
        })
      }

    } else if (a === 'prompt_dungeon') {
      // Stone wall bricks
      for (let row = 0; row < 5; row++) {
        for (let col = 0; col < 12; col++) {
          const brickW = W / 12 + (Math.random() - 0.5) * 10
          const brickH = GROUND_Y / 5
          const bx = col * (W / 12) + (row % 2 === 0 ? 0 : W / 24)
          k.add([k.rect(brickW - 2, brickH - 2), k.pos(bx, row * brickH), k.color(safeColor(k, '#1a1520')), k.opacity(0.3), k.z(1)])
        }
      }
      // Glowing runes with halos
      for (let i = 0; i < 10; i++) {
        const rx = 30 + Math.random() * (W - 60)
        const ry = 20 + Math.random() * (GROUND_Y - 60)
        const rune = k.add([
          k.circle(6 + Math.random() * 8), k.pos(rx, ry),
          k.color(safeColor(k, '#b83dff')), k.opacity(0.12), k.z(1),
        ])
        k.add([k.circle(12 + Math.random() * 8), k.pos(rx, ry), k.color(safeColor(k, '#6622aa')), k.opacity(0.06), k.z(0)])
        rune.onUpdate(() => { rune.opacity = 0.08 + Math.sin(k.time() * 0.8 + i * 0.7) * 0.08 })
      }
      // Torches with flickering flames and light cones
      for (const tx of [W * 0.1, W * 0.35, W * 0.65, W * 0.9]) {
        const ty = GROUND_Y * 0.3
        k.add([k.rect(4, 20), k.pos(tx, ty), k.color(safeColor(k, '#553311')), k.opacity(0.5), k.z(1)])
        const flame = k.add([k.circle(6), k.pos(tx + 2, ty - 3), k.anchor('center'), k.color(safeColor(k, '#ff6600')), k.opacity(0.5), k.z(2)])
        const flameGlow = k.add([k.circle(15), k.pos(tx + 2, ty - 3), k.anchor('center'), k.color(safeColor(k, '#ff4400')), k.opacity(0.08), k.z(1)])
        const lightCone = k.add([k.rect(30, GROUND_Y * 0.5), k.pos(tx - 13, ty + 20), k.color(safeColor(k, '#ff6600')), k.opacity(0.02), k.z(0)])
        flame.onUpdate(() => {
          flame.opacity = 0.4 + Math.sin(k.time() * 6 + tx) * 0.15
          flame.pos.y = ty - 3 + Math.sin(k.time() * 8 + tx) * 1.5
          flameGlow.opacity = 0.05 + Math.sin(k.time() * 6 + tx) * 0.04
          lightCone.opacity = 0.015 + Math.sin(k.time() * 6 + tx) * 0.008
        })
      }
      // Chains hanging from ceiling
      for (let i = 0; i < 5; i++) {
        const cx = W * (0.15 + i * 0.18)
        const chainLen = 25 + Math.random() * 50
        for (let s = 0; s < chainLen; s += 5) {
          const link = k.add([k.rect(3, 4), k.pos(cx, s), k.color(safeColor(k, '#444444')), k.opacity(0.25), k.z(1)])
          const baseCx = cx
          link.onUpdate(() => { link.pos.x = baseCx + Math.sin(k.time() * 0.4 + i + s * 0.1) * 3 })
        }
      }
      // Ground fog
      for (let i = 0; i < 8; i++) {
        const fog = k.add([
          k.circle(35 + Math.random() * 30), k.pos(Math.random() * W, GROUND_Y - 8),
          k.color(safeColor(k, '#1f1a2a')), k.opacity(0.25), k.z(3),
        ])
        const baseX = fog.pos.x
        fog.onUpdate(() => { fog.pos.x = baseX + Math.sin(k.time() * 0.2 + i) * 18 })
      }
      // Dripping water
      for (let i = 0; i < 3; i++) {
        const dx = W * (0.25 + i * 0.25)
        const drop = k.add([k.circle(1.5), k.pos(dx, 0), k.color(safeColor(k, '#4466aa')), k.opacity(0.3), k.z(2)])
        drop.onUpdate(() => {
          drop.pos.y += 50 * k.dt()
          if (drop.pos.y > GROUND_Y) { drop.pos.y = 0; drop.opacity = 0.3 }
          drop.opacity *= 0.997
        })
      }

    } else if (a === 'the_cloud') {
      // Layered cloud formations
      for (let layer = 0; layer < 3; layer++) {
        for (let i = 0; i < 4; i++) {
          const cx = Math.random() * W
          const cy = 20 + layer * 50 + Math.random() * 30
          const cloudOp = 0.25 - layer * 0.05
          for (let j = 0; j < 4 + Math.floor(Math.random() * 3); j++) {
            const cloud = k.add([
              k.circle(15 + Math.random() * 20),
              k.pos(cx + j * 14 - 20, cy + (Math.random() - 0.5) * 12),
              k.color(safeColor(k, layer === 0 ? '#1a2030' : '#151a28')),
              k.opacity(cloudOp), k.z(1),
            ])
            const bx = cloud.pos.x
            cloud.onUpdate(() => { cloud.pos.x = bx + Math.sin(k.time() * (0.08 + layer * 0.04) + i) * (8 + layer * 4) })
          }
        }
      }
      // Data rain streams
      for (let i = 0; i < 15; i++) {
        const stream = k.add([
          k.rect(1, 8 + Math.random() * 15), k.pos(Math.random() * W, Math.random() * GROUND_Y),
          k.color(safeColor(k, '#4488ff')), k.opacity(0.12), k.z(2),
        ])
        stream.onUpdate(() => {
          stream.pos.y += 30 * k.dt()
          if (stream.pos.y > GROUND_Y) { stream.pos.y = -20; stream.pos.x = Math.random() * W }
        })
      }
      // Lightning flashes
      const lightning = k.add([k.rect(W, H), k.pos(0, 0), k.color(safeColor(k, '#ffffff')), k.opacity(0), k.z(3)])
      lightning.onUpdate(() => { lightning.opacity = Math.random() > 0.998 ? 0.06 : 0 })
      // Rainbow arc (subtle)
      const rainbowColors = ['#ff0000', '#ff8800', '#ffff00', '#00ff00', '#0088ff', '#8800ff']
      for (let i = 0; i < rainbowColors.length; i++) {
        k.add([
          k.circle(120 + i * 6), k.pos(W * 0.3, GROUND_Y + 60), k.anchor('center'),
          k.color(safeColor(k, rainbowColors[i])), k.opacity(0.03), k.z(0),
        ])
      }

    } else if (a === 'the_singularity') {
      // Central swirling vortex with multiple rings
      for (let ring = 0; ring < 4; ring++) {
        const ringDots = 12 + ring * 6
        for (let i = 0; i < ringDots; i++) {
          const angle = (i / ringDots) * Math.PI * 2
          const baseDist = 20 + ring * 30
          const dot = k.add([
            k.circle(1.5 + ring * 0.5), k.pos(W / 2, GROUND_Y * 0.4),
            k.color(safeColor(k, ring === 0 ? '#ffffff' : ring === 1 ? '#ff44ff' : ring === 2 ? '#ff00ff' : '#aa00aa')),
            k.opacity(0.3 - ring * 0.05), k.z(1),
          ])
          dot.onUpdate(() => {
            const a2 = angle + k.time() * (0.8 - ring * 0.15)
            const d2 = baseDist + Math.sin(k.time() * 0.8 + i) * 12
            dot.pos.x = W / 2 + Math.cos(a2) * d2
            dot.pos.y = GROUND_Y * 0.4 + Math.sin(a2) * d2 * 0.5
          })
        }
      }
      // Central core with pulsing glow
      const core = k.add([k.circle(12), k.pos(W / 2, GROUND_Y * 0.4), k.anchor('center'), k.color(safeColor(k, '#ffffff')), k.opacity(0.15), k.z(1)])
      k.add([k.circle(30), k.pos(W / 2, GROUND_Y * 0.4), k.anchor('center'), k.color(safeColor(k, '#ff00ff')), k.opacity(0.06), k.z(0)])
      k.add([k.circle(60), k.pos(W / 2, GROUND_Y * 0.4), k.anchor('center'), k.color(safeColor(k, '#880088')), k.opacity(0.03), k.z(0)])
      core.onUpdate(() => { core.opacity = 0.1 + Math.sin(k.time() * 2) * 0.08 })
      // Energy tendrils reaching outward
      for (let i = 0; i < 8; i++) {
        const tendril = k.add([
          k.rect(2, 40 + Math.random() * 60), k.pos(W / 2, GROUND_Y * 0.4), k.anchor('top'),
          k.color(safeColor(k, '#ff00ff')), k.opacity(0.06), k.z(0), k.rotate(i * 45),
        ])
        tendril.onUpdate(() => { tendril.angle = i * 45 + k.time() * 15 })
      }
      // Warped space grid lines
      for (let i = 0; i < 6; i++) {
        const gridLine = k.add([
          k.rect(W, 1), k.pos(0, GROUND_Y * (0.15 + i * 0.12)),
          k.color(safeColor(k, '#440066')), k.opacity(0.08), k.z(0),
        ])
        gridLine.onUpdate(() => { gridLine.pos.x = Math.sin(k.time() * 0.3 + i) * 10 - 5 })
      }

    } else if (a === 'silicon_valley_dojo') {
      // Bamboo stalks with segments and leaves
      for (const side of [0.04, 0.08, 0.12, 0.86, 0.91, 0.96]) {
        const px = W * side
        const segments = 5 + Math.floor(Math.random() * 3)
        const segH = (GROUND_Y - 15) / segments
        for (let s = 0; s < segments; s++) {
          k.add([k.rect(5, segH - 2), k.pos(px, 15 + s * segH), k.color(safeColor(k, '#1a3a1a')), k.opacity(0.45), k.z(1)])
          k.add([k.rect(7, 2), k.pos(px - 1, 15 + s * segH), k.color(safeColor(k, '#2a4a2a')), k.opacity(0.4), k.z(1)])
        }
        for (let l = 0; l < 3; l++) {
          const ly = 20 + l * (GROUND_Y / 4)
          const dir = Math.random() > 0.5 ? 1 : -1
          const leaf = k.add([k.rect(18, 3), k.pos(px + dir * 4, ly), k.color(safeColor(k, '#22aa33')), k.opacity(0.2), k.z(1), k.rotate(dir * 25)])
          leaf.onUpdate(() => { leaf.angle = dir * 25 + Math.sin(k.time() * 1.5 + l) * 3 })
          k.add([k.rect(14, 2), k.pos(px + dir * 8, ly + 4), k.color(safeColor(k, '#1a8822')), k.opacity(0.15), k.z(1), k.rotate(dir * 35)])
        }
      }
      // Zen garden raked lines
      for (let i = 0; i < 8; i++) {
        const gy = GROUND_Y + 5 + i * 8
        k.add([k.rect(W * 0.6, 1), k.pos(W * 0.2, gy), k.color(safeColor(k, '#00ff41')), k.opacity(0.06), k.z(0)])
      }
      // Stone lanterns with warm glow
      for (const lx of [W * 0.2, W * 0.8]) {
        k.add([k.rect(10, 6), k.pos(lx, GROUND_Y - 20), k.color(safeColor(k, '#444444')), k.opacity(0.35), k.z(1)])
        k.add([k.rect(6, 14), k.pos(lx + 2, GROUND_Y - 34), k.color(safeColor(k, '#555555')), k.opacity(0.3), k.z(1)])
        k.add([k.rect(12, 3), k.pos(lx - 1, GROUND_Y - 37), k.color(safeColor(k, '#555555')), k.opacity(0.3), k.z(1)])
        const glow = k.add([k.circle(8), k.pos(lx + 5, GROUND_Y - 27), k.anchor('center'), k.color(safeColor(k, '#ffaa33')), k.opacity(0.15), k.z(2)])
        glow.onUpdate(() => { glow.opacity = 0.1 + Math.sin(k.time() * 2 + lx) * 0.06 })
      }
      // Cherry blossom petals falling
      for (let i = 0; i < 12; i++) {
        const petal = k.add([
          k.circle(1.5 + Math.random()), k.pos(Math.random() * W, Math.random() * GROUND_Y),
          k.color(safeColor(k, Math.random() > 0.5 ? '#ffaacc' : '#ff88aa')), k.opacity(0.2), k.z(3),
        ])
        const startX = petal.pos.x
        petal.onUpdate(() => {
          petal.pos.y += 8 * k.dt()
          petal.pos.x = startX + Math.sin(k.time() * 1.2 + i) * 15
          if (petal.pos.y > GROUND_Y) { petal.pos.y = -5 }
        })
      }

    } else if (a === 'hacker_news' || a === 'stackoverflow_ruins') {
      // Ruined building walls with cracks
      for (let i = 0; i < 3; i++) {
        const wallX = W * (0.15 + i * 0.3)
        const wallH = GROUND_Y * (0.4 + Math.random() * 0.3)
        k.add([k.rect(W * 0.2, wallH), k.pos(wallX, GROUND_Y - wallH), k.color(safeColor(k, '#1a1408')), k.opacity(0.3), k.z(0)])
        for (let c = 0; c < 3; c++) {
          k.add([k.rect(1, 10 + Math.random() * 15), k.pos(wallX + Math.random() * W * 0.18, GROUND_Y - wallH + Math.random() * wallH), k.color(safeColor(k, '#0a0800')), k.opacity(0.3), k.z(0), k.rotate(Math.random() * 30 - 15)])
        }
      }
      // Code blocks floating
      for (let i = 0; i < 14; i++) {
        const bw = 25 + Math.random() * 60
        const bh = 3 + Math.random() * 4
        const bx = 15 + Math.random() * (W - 50)
        const by = 15 + Math.random() * (GROUND_Y - 50)
        k.add([k.rect(bw, bh), k.pos(bx, by), k.color(safeColor(k, acc)), k.opacity(0.06 + Math.random() * 0.06), k.z(1)])
        if (Math.random() < 0.4) {
          k.add([k.rect(2, bh), k.pos(bx - 4, by), k.color(safeColor(k, acc)), k.opacity(0.1), k.z(1)])
        }
      }
      // Vote arrows
      for (let i = 0; i < 5; i++) {
        const ax = 20 + Math.random() * (W - 40)
        const ay = 30 + Math.random() * (GROUND_Y - 70)
        k.add([k.rect(4, 6), k.pos(ax, ay), k.color(safeColor(k, a === 'stackoverflow_ruins' ? '#f48024' : '#ff6600')), k.opacity(0.12), k.z(1)])
      }
      // Broken monitors with static
      for (let i = 0; i < 3; i++) {
        const mx = W * (0.2 + i * 0.3)
        const my = GROUND_Y * 0.3 + Math.random() * 30
        k.add([k.rect(22, 16), k.pos(mx, my), k.color(safeColor(k, '#0a0a0a')), k.opacity(0.5), k.z(1)])
        k.add([k.rect(20, 14), k.pos(mx + 1, my + 1), k.color(safeColor(k, '#111111')), k.opacity(0.4), k.z(1)])
        const staticEl = k.add([k.rect(18, 12), k.pos(mx + 2, my + 2), k.color(safeColor(k, '#888888')), k.opacity(0), k.z(2)])
        staticEl.onUpdate(() => { staticEl.opacity = Math.random() > 0.92 ? 0.08 : 0 })
      }
      // Scrolling text fragments
      for (let i = 0; i < 4; i++) {
        const txt = k.add([
          k.rect(30 + Math.random() * 40, 2), k.pos(Math.random() * W, 20 + i * (GROUND_Y / 5)),
          k.color(safeColor(k, acc)), k.opacity(0.08), k.z(2),
        ])
        txt.onUpdate(() => {
          txt.pos.x -= 12 * k.dt()
          if (txt.pos.x < -60) txt.pos.x = W + 20
        })
      }

    } else if (a === 'beach') {
      // Sun with rays and glow
      const sunX = W * 0.8, sunY = 35
      k.add([k.circle(45), k.pos(sunX, sunY), k.anchor('center'), k.color(safeColor(k, '#ffdd44')), k.opacity(0.06), k.z(0)])
      k.add([k.circle(30), k.pos(sunX, sunY), k.anchor('center'), k.color(safeColor(k, '#ffdd44')), k.opacity(0.1), k.z(0)])
      const sun = k.add([k.circle(18), k.pos(sunX, sunY), k.anchor('center'), k.color(safeColor(k, '#ffcc00')), k.opacity(0.5), k.z(1)])
      sun.onUpdate(() => { sun.opacity = 0.4 + Math.sin(k.time() * 0.5) * 0.1 })
      for (let r = 0; r < 8; r++) {
        const angle = r * Math.PI / 4
        const ray = k.add([k.rect(50, 2), k.pos(sunX, sunY), k.anchor('left'), k.color(safeColor(k, '#ffcc00')), k.opacity(0.08), k.z(0), k.rotate(angle * 180 / Math.PI)])
        ray.onUpdate(() => { ray.opacity = 0.05 + Math.sin(k.time() * 0.8 + r) * 0.04 })
      }
      // Ocean with layered waves
      k.add([k.rect(W, 25), k.pos(0, GROUND_Y - 35), k.color(safeColor(k, '#1a4488')), k.opacity(0.2), k.z(1)])
      for (let layer = 0; layer < 4; layer++) {
        for (let i = 0; i < 5; i++) {
          const wave = k.add([
            k.rect(W * 0.3, 3 + layer), k.pos(Math.random() * W, GROUND_Y - 22 - layer * 6 - i * 2),
            k.color(safeColor(k, layer < 2 ? '#3377bb' : '#2266aa')), k.opacity(0.18 - layer * 0.03), k.z(2),
          ])
          const baseX = wave.pos.x
          wave.onUpdate(() => { wave.pos.x = baseX + Math.sin(k.time() * (0.6 + layer * 0.2) + i * 1.5) * (15 + layer * 5) })
        }
      }
      // Surf foam at shore
      for (let i = 0; i < 6; i++) {
        const foam = k.add([
          k.rect(15 + Math.random() * 25, 2), k.pos(Math.random() * W, GROUND_Y - 6 + Math.random() * 4),
          k.color(safeColor(k, '#ffffff')), k.opacity(0.12), k.z(3),
        ])
        const baseX = foam.pos.x
        foam.onUpdate(() => { foam.pos.x = baseX + Math.sin(k.time() * 0.8 + i) * 8; foam.opacity = 0.06 + Math.sin(k.time() + i) * 0.06 })
      }
      // Palm trees with segmented trunks, coconuts, swaying fronds
      for (const px of [W * 0.05, W * 0.14, W * 0.88, W * 0.95]) {
        const lean = px < W / 2 ? 8 : -8
        const height = 8 + Math.floor(Math.random() * 3)
        for (let s = 0; s < height; s++) {
          const sy = GROUND_Y - 10 - s * 12
          const segW = 7 - s * 0.4
          k.add([k.rect(segW, 13), k.pos(px + s * lean / height, sy), k.color(safeColor(k, s % 2 === 0 ? '#3a2510' : '#2f1f0d')), k.opacity(0.5), k.z(1)])
          k.add([k.rect(segW + 1, 1), k.pos(px + s * lean / height - 0.5, sy + 6), k.color(safeColor(k, '#4a3520')), k.opacity(0.2), k.z(1)])
        }
        const topX = px + lean, topY = GROUND_Y - 10 - height * 12
        for (let c = 0; c < 2 + Math.floor(Math.random() * 2); c++) {
          k.add([k.circle(2.5), k.pos(topX + (c - 1) * 4, topY + 8), k.anchor('center'), k.color(safeColor(k, '#553311')), k.opacity(0.4), k.z(1)])
        }
        for (let f = 0; f < 7; f++) {
          const angle = -70 + f * 22
          const frond = k.add([k.rect(35 + Math.random() * 10, 3), k.pos(topX, topY), k.anchor('left'), k.color(safeColor(k, f % 2 === 0 ? '#1a6600' : '#228800')), k.opacity(0.35), k.z(1), k.rotate(angle)])
          frond.onUpdate(() => { frond.angle = angle + Math.sin(k.time() * 0.8 + f) * 3 })
        }
      }
      // Seagulls drifting
      for (let i = 0; i < 4; i++) {
        const bx = W * 0.2 + Math.random() * W * 0.5
        const by = 12 + Math.random() * 25
        const wing1 = k.add([k.rect(6, 1), k.pos(bx, by), k.color(safeColor(k, '#444444')), k.opacity(0.3), k.z(1), k.rotate(-15)])
        const wing2 = k.add([k.rect(6, 1), k.pos(bx + 5, by), k.color(safeColor(k, '#444444')), k.opacity(0.3), k.z(1), k.rotate(15)])
        const startBx = bx
        wing1.onUpdate(() => { wing1.pos.x = startBx + Math.sin(k.time() * 0.2 + i) * 30; wing2.pos.x = wing1.pos.x + 5 })
      }
      // Beach umbrella
      const umbX = W * 0.35
      k.add([k.rect(2, 30), k.pos(umbX, GROUND_Y - 30), k.color(safeColor(k, '#aa8844')), k.opacity(0.4), k.z(1)])
      k.add([k.circle(16), k.pos(umbX + 1, GROUND_Y - 30), k.anchor('center'), k.color(safeColor(k, '#ff4444')), k.opacity(0.2), k.z(1)])
      k.add([k.circle(14), k.pos(umbX + 1, GROUND_Y - 31), k.anchor('center'), k.color(safeColor(k, '#ffffff')), k.opacity(0.08), k.z(1)])

    } else if (a === 'desert') {
      // Layered sand dunes
      for (let d = 0; d < 5; d++) {
        const dx = W * (0.1 + d * 0.2) + (Math.random() - 0.5) * 40
        const dr = 50 + d * 15 + Math.random() * 20
        k.add([k.circle(dr), k.pos(dx, GROUND_Y + dr * 0.6), k.anchor('center'), k.color(safeColor(k, '#aa8844')), k.opacity(0.15 + d * 0.03), k.z(1)])
      }
      // Road with dashed center line
      k.add([k.rect(W * 0.25, GROUND_Y * 0.5), k.pos(W * 0.38, GROUND_Y * 0.3), k.color(safeColor(k, '#222222')), k.opacity(0.15), k.z(0)])
      k.add([k.rect(2, GROUND_Y * 0.5), k.pos(W * 0.38, GROUND_Y * 0.3), k.color(safeColor(k, '#aaaa44')), k.opacity(0.08), k.z(0)])
      k.add([k.rect(2, GROUND_Y * 0.5), k.pos(W * 0.63, GROUND_Y * 0.3), k.color(safeColor(k, '#aaaa44')), k.opacity(0.08), k.z(0)])
      for (let d = 0; d < 8; d++) {
        k.add([k.rect(2, 8), k.pos(W * 0.505, GROUND_Y * 0.32 + d * 16), k.color(safeColor(k, '#ffff44')), k.opacity(0.1), k.z(0)])
      }
      // Cacti with arms and flowers
      for (const cx of [W * 0.08, W * 0.25, W * 0.75, W * 0.9]) {
        const ch = 35 + Math.random() * 20
        k.add([k.rect(7, ch), k.pos(cx, GROUND_Y - ch), k.color(safeColor(k, '#226622')), k.opacity(0.45), k.z(1)])
        const armY = GROUND_Y - ch * 0.6
        k.add([k.rect(12, 5), k.pos(cx - 12, armY), k.color(safeColor(k, '#226622')), k.opacity(0.4), k.z(1)])
        k.add([k.rect(5, 15), k.pos(cx - 12, armY - 15), k.color(safeColor(k, '#226622')), k.opacity(0.4), k.z(1)])
        if (Math.random() > 0.3) {
          const armY2 = GROUND_Y - ch * 0.4
          k.add([k.rect(10, 5), k.pos(cx + 7, armY2), k.color(safeColor(k, '#226622')), k.opacity(0.4), k.z(1)])
          k.add([k.rect(5, 12), k.pos(cx + 12, armY2 - 12), k.color(safeColor(k, '#226622')), k.opacity(0.4), k.z(1)])
        }
        if (Math.random() > 0.5) {
          k.add([k.circle(2.5), k.pos(cx + 3, GROUND_Y - ch - 2), k.anchor('center'), k.color(safeColor(k, '#ff4488')), k.opacity(0.3), k.z(2)])
        }
      }
      // Tumbleweeds rolling
      for (let i = 0; i < 3; i++) {
        const tumble = k.add([k.circle(6 + Math.random() * 4), k.pos(-20 - i * 100, GROUND_Y - 8 - Math.random() * 5), k.color(safeColor(k, '#886644')), k.opacity(0.3), k.z(2)])
        const speed = 15 + Math.random() * 15
        tumble.onUpdate(() => { tumble.pos.x = ((tumble.pos.x + speed * k.dt()) % (W + 60)) - 30 })
      }
      // Heat shimmer
      for (let i = 0; i < 4; i++) {
        const shimmer = k.add([k.rect(W, 1), k.pos(0, GROUND_Y - 3 - i * 3), k.color(safeColor(k, '#ff8800')), k.opacity(0.06), k.z(2)])
        shimmer.onUpdate(() => { shimmer.opacity = 0.03 + Math.sin(k.time() * 3 + i * 2) * 0.03 })
      }
      // Vulture silhouettes circling
      for (let i = 0; i < 2; i++) {
        const vx = W * 0.4 + i * W * 0.2
        const vy = 25 + i * 15
        const v1 = k.add([k.rect(8, 1), k.pos(vx, vy), k.color(safeColor(k, '#222222')), k.opacity(0.25), k.z(1), k.rotate(-10)])
        const v2 = k.add([k.rect(8, 1), k.pos(vx + 7, vy), k.color(safeColor(k, '#222222')), k.opacity(0.25), k.z(1), k.rotate(10)])
        const startVx = vx
        v1.onUpdate(() => {
          const cx = startVx + Math.cos(k.time() * 0.15 + i) * 40
          const cy = vy + Math.sin(k.time() * 0.15 + i) * 15
          v1.pos.x = cx; v1.pos.y = cy; v2.pos.x = cx + 7; v2.pos.y = cy
        })
      }

    } else if (a === 'forest') {
      // Layered trees (3 depth layers)
      for (let layer = 0; layer < 3; layer++) {
        const treeCount = layer === 0 ? 14 : layer === 1 ? 8 : 5
        const treeOp = layer === 0 ? 0.15 : layer === 1 ? 0.3 : 0.4
        for (let i = 0; i < treeCount; i++) {
          const tx = 10 + (i / treeCount) * (W - 20) + (Math.random() - 0.5) * 15
          const th = (25 + Math.random() * 35) * (layer === 0 ? 0.6 : layer === 1 ? 0.85 : 1)
          const trunkW = layer === 0 ? 4 : layer === 1 ? 6 : 8
          k.add([k.rect(trunkW, th), k.pos(tx, GROUND_Y - th), k.color(safeColor(k, layer === 0 ? '#0f1a08' : layer === 1 ? '#152010' : '#1a2a10')), k.opacity(treeOp), k.z(layer)])
          for (let c = 0; c < 3 + layer; c++) {
            const cr = (10 + Math.random() * 14) * (layer === 0 ? 0.6 : layer === 1 ? 0.8 : 1)
            k.add([
              k.circle(cr), k.pos(tx + trunkW / 2 + (Math.random() - 0.5) * 10, GROUND_Y - th - cr * 0.5 + c * 4),
              k.anchor('center'), k.color(safeColor(k, layer === 0 ? '#0a1a08' : layer === 1 ? '#122a0e' : '#1a3a10')), k.opacity(treeOp * 0.8), k.z(layer),
            ])
          }
        }
      }
      // Undergrowth
      for (let i = 0; i < 10; i++) {
        k.add([k.circle(6 + Math.random() * 8), k.pos(Math.random() * W, GROUND_Y - 3), k.anchor('bot'), k.color(safeColor(k, '#1a3a10')), k.opacity(0.3), k.z(3)])
      }
      // Mushrooms
      for (let i = 0; i < 5; i++) {
        const mx = Math.random() * W
        k.add([k.rect(2, 5), k.pos(mx, GROUND_Y - 5), k.color(safeColor(k, '#aa8866')), k.opacity(0.25), k.z(3)])
        k.add([k.circle(4), k.pos(mx + 1, GROUND_Y - 6), k.anchor('center'), k.color(safeColor(k, Math.random() > 0.5 ? '#cc3333' : '#ffaa22')), k.opacity(0.2), k.z(3)])
      }
      // Fireflies
      for (let i = 0; i < 15; i++) {
        const ff = k.add([
          k.circle(1.5), k.pos(Math.random() * W, 30 + Math.random() * (GROUND_Y - 50)),
          k.color(safeColor(k, '#ccff44')), k.opacity(0), k.z(3),
        ])
        const bx = ff.pos.x, by = ff.pos.y
        ff.onUpdate(() => {
          ff.opacity = Math.max(0, Math.sin(k.time() * 1.5 + i * 1.8) * 0.5)
          ff.pos.x = bx + Math.sin(k.time() * 0.5 + i) * 15
          ff.pos.y = by + Math.cos(k.time() * 0.4 + i) * 10
        })
      }
      // Light rays through canopy
      for (let i = 0; i < 5; i++) {
        const rx = W * (0.15 + i * 0.18) + (Math.random() - 0.5) * 20
        const ray = k.add([k.rect(8, GROUND_Y * 0.7), k.pos(rx, 0), k.color(safeColor(k, '#aaff44')), k.opacity(0.03), k.z(2), k.rotate(3 - Math.random() * 6)])
        ray.onUpdate(() => { ray.opacity = 0.02 + Math.sin(k.time() * 0.3 + i) * 0.015 })
      }
      // Fallen log
      k.add([k.rect(45, 6), k.pos(W * 0.55, GROUND_Y - 4), k.color(safeColor(k, '#2a1a08')), k.opacity(0.3), k.z(3), k.rotate(3)])

    } else if (a === 'jungle') {
      // Dense vine canopy
      for (let i = 0; i < 12; i++) {
        const vx = 15 + i * (W / 12) + (Math.random() - 0.5) * 12
        const vineLen = 30 + Math.random() * 90
        for (let s = 0; s < vineLen; s += 4) {
          const vineEl = k.add([k.rect(2, 5), k.pos(vx + Math.sin(s * 0.15) * 4, s), k.color(safeColor(k, '#1a4a10')), k.opacity(0.3), k.z(1)])
          if (Math.random() < 0.08) {
            const basePx = vineEl.pos.x
            vineEl.onUpdate(() => { vineEl.pos.x = basePx + Math.sin(k.time() * 0.5 + s) * 2 })
          }
        }
        for (let l = 0; l < 2; l++) {
          k.add([k.circle(5 + Math.random() * 4), k.pos(vx + (Math.random() - 0.5) * 8, vineLen + l * 6), k.color(safeColor(k, '#22aa22')), k.opacity(0.22), k.z(1)])
        }
      }
      // Large tropical leaves at edges
      for (const side of [0, W - 30]) {
        for (let l = 0; l < 4; l++) {
          const ly = 15 + l * (GROUND_Y / 5)
          const leaf = k.add([k.rect(35, 8), k.pos(side, ly), k.color(safeColor(k, '#1a5510')), k.opacity(0.25), k.z(3), k.rotate(side === 0 ? 15 : -15)])
          leaf.onUpdate(() => { leaf.angle = (side === 0 ? 15 : -15) + Math.sin(k.time() * 0.6 + l) * 2 })
        }
      }
      // Exotic flowers
      for (let i = 0; i < 6; i++) {
        const fx = Math.random() * W
        const fy = 20 + Math.random() * (GROUND_Y - 40)
        k.add([k.circle(3), k.pos(fx, fy), k.anchor('center'), k.color(safeColor(k, ['#ff4488', '#ff8844', '#ffcc00', '#ff44ff', '#44ffcc', '#ff2222'][i])), k.opacity(0.2), k.z(2)])
      }
      // Ancient stone ruins peeking through
      const ruinX = W * 0.5
      k.add([k.rect(8, 40), k.pos(ruinX, GROUND_Y - 38), k.color(safeColor(k, '#444444')), k.opacity(0.15), k.z(0)])
      k.add([k.rect(8, 35), k.pos(ruinX + 25, GROUND_Y - 33), k.color(safeColor(k, '#444444')), k.opacity(0.12), k.z(0)])
      k.add([k.rect(35, 5), k.pos(ruinX - 2, GROUND_Y - 40), k.color(safeColor(k, '#444444')), k.opacity(0.1), k.z(0)])
      // Thick ground fog
      for (let i = 0; i < 10; i++) {
        const mist = k.add([
          k.circle(40 + Math.random() * 35), k.pos(Math.random() * W, GROUND_Y - 12),
          k.color(safeColor(k, '#1a3818')), k.opacity(0.22), k.z(3),
        ])
        const bx = mist.pos.x
        mist.onUpdate(() => { mist.pos.x = bx + Math.sin(k.time() * 0.12 + i) * 18 })
      }
      // Butterfly particles
      for (let i = 0; i < 4; i++) {
        const bf = k.add([
          k.circle(1.5), k.pos(Math.random() * W, 30 + Math.random() * (GROUND_Y - 60)),
          k.color(safeColor(k, ['#4488ff', '#ff8844', '#ffcc00', '#ff44ff'][i])), k.opacity(0.25), k.z(3),
        ])
        const bfx = bf.pos.x, bfy = bf.pos.y
        bf.onUpdate(() => {
          bf.pos.x = bfx + Math.sin(k.time() * 1.2 + i * 3) * 30
          bf.pos.y = bfy + Math.cos(k.time() * 0.8 + i * 2) * 20
        })
      }

    } else if (a === 'outer_space') {
      // Dense star field
      for (let i = 0; i < 100; i++) {
        const star = k.add([
          k.circle(0.5 + Math.random() * 1.5),
          k.pos(Math.random() * W, Math.random() * H),
          k.color(safeColor(k, i % 8 === 0 ? '#ffccaa' : i % 5 === 0 ? '#aaaaff' : '#ffffff')),
          k.opacity(0.15 + Math.random() * 0.4), k.z(1),
        ])
        star.onUpdate(() => { star.opacity = 0.12 + Math.sin(k.time() * (0.8 + Math.random()) + i) * 0.15 })
      }
      // Nebula clouds
      const nebulaColors = ['#4400aa', '#aa0066', '#0044aa', '#006644', '#660044']
      for (let i = 0; i < 5; i++) {
        for (let blob = 0; blob < 4; blob++) {
          k.add([
            k.circle(30 + Math.random() * 50),
            k.pos(W * (0.1 + i * 0.2) + blob * 18, H * 0.25 + Math.random() * 60 + blob * 12),
            k.color(safeColor(k, nebulaColors[i % nebulaColors.length])),
            k.opacity(0.04 + blob * 0.012), k.z(0),
          ])
        }
      }
      // Floating asteroids
      for (let i = 0; i < 6; i++) {
        const ast = k.add([
          k.circle(4 + Math.random() * 10),
          k.pos(Math.random() * W, 15 + Math.random() * (GROUND_Y - 30)),
          k.color(safeColor(k, Math.random() > 0.5 ? '#555555' : '#3a3a3a')), k.opacity(0.35), k.z(1),
        ])
        k.add([k.circle(2), k.pos(ast.pos.x + 2, ast.pos.y - 1), k.color(safeColor(k, '#2a2a2a')), k.opacity(0.2), k.z(1)])
        const baseX = ast.pos.x, baseY = ast.pos.y
        ast.onUpdate(() => {
          ast.pos.x = baseX + Math.sin(k.time() * 0.15 + i * 2) * 18
          ast.pos.y = baseY + Math.cos(k.time() * 0.12 + i) * 12
        })
      }
      // Distant planet with rings
      const planetX = W * 0.75, planetY = GROUND_Y * 0.25
      k.add([k.circle(22), k.pos(planetX, planetY), k.anchor('center'), k.color(safeColor(k, '#334466')), k.opacity(0.25), k.z(0)])
      k.add([k.circle(24), k.pos(planetX, planetY), k.anchor('center'), k.color(safeColor(k, '#223344')), k.opacity(0.1), k.z(0)])
      for (let r = 0; r < 3; r++) {
        k.add([k.rect(50 + r * 8, 2), k.pos(planetX - 25 - r * 4, planetY - 1 + r), k.color(safeColor(k, '#556688')), k.opacity(0.1 - r * 0.02), k.z(0), k.rotate(15)])
      }
      // Shooting stars
      for (let i = 0; i < 2; i++) {
        const shootStar = k.add([
          k.rect(12, 1), k.pos(-20, Math.random() * GROUND_Y * 0.5),
          k.color(safeColor(k, '#ffffff')), k.opacity(0), k.z(2), k.rotate(30),
        ])
        let timer = Math.random() * 10
        shootStar.onUpdate(() => {
          timer -= k.dt()
          if (timer <= 0) {
            shootStar.pos.x = -20
            shootStar.pos.y = Math.random() * GROUND_Y * 0.4
            shootStar.opacity = 0.5
            timer = 5 + Math.random() * 10
          }
          if (shootStar.opacity > 0) {
            shootStar.pos.x += 200 * k.dt()
            shootStar.pos.y += 80 * k.dt()
            shootStar.opacity -= 0.8 * k.dt()
          }
        })
      }

    } else if (a === 'colosseum') {
      // Roman arches along the back
      for (let i = 0; i < 8; i++) {
        const ax = 20 + i * (W / 8)
        const aw = W / 8 - 8
        k.add([k.rect(6, GROUND_Y * 0.6), k.pos(ax, GROUND_Y * 0.2), k.color(safeColor(k, '#3a2a18')), k.opacity(0.4), k.z(1)])
        k.add([k.rect(6, GROUND_Y * 0.6), k.pos(ax + aw - 6, GROUND_Y * 0.2), k.color(safeColor(k, '#3a2a18')), k.opacity(0.4), k.z(1)])
        k.add([k.rect(aw, 6), k.pos(ax, GROUND_Y * 0.2), k.color(safeColor(k, '#4a3a20')), k.opacity(0.4), k.z(1)])
        k.add([k.rect(aw - 12, GROUND_Y * 0.5), k.pos(ax + 6, GROUND_Y * 0.25), k.color(safeColor(k, '#0a0800')), k.opacity(0.3), k.z(0)])
        k.add([k.rect(10, 3), k.pos(ax - 2, GROUND_Y * 0.2), k.color(safeColor(k, '#5a4a30')), k.opacity(0.35), k.z(1)])
        k.add([k.rect(10, 3), k.pos(ax + aw - 10, GROUND_Y * 0.2), k.color(safeColor(k, '#5a4a30')), k.opacity(0.35), k.z(1)])
      }
      // Torch brackets on pillars
      for (let i = 0; i < 4; i++) {
        const tx = W * (0.15 + i * 0.25)
        const ty = GROUND_Y * 0.35
        k.add([k.rect(3, 12), k.pos(tx, ty), k.color(safeColor(k, '#554422')), k.opacity(0.4), k.z(2)])
        const flame = k.add([k.circle(5), k.pos(tx + 1, ty - 3), k.anchor('center'), k.color(safeColor(k, '#ff6600')), k.opacity(0.4), k.z(2)])
        flame.onUpdate(() => { flame.opacity = 0.3 + Math.sin(k.time() * 5 + i * 2) * 0.15 })
      }
      // Crowd silhouettes in upper tiers
      for (let row = 0; row < 2; row++) {
        for (let i = 0; i < 20; i++) {
          k.add([
            k.circle(2 + Math.random()), k.pos(15 + i * (W / 20), GROUND_Y * 0.08 + row * 12),
            k.color(safeColor(k, '#2a1a10')), k.opacity(0.2), k.z(0),
          ])
        }
      }
      // Crumbled stone debris
      for (let i = 0; i < 8; i++) {
        k.add([
          k.rect(5 + Math.random() * 10, 3 + Math.random() * 6),
          k.pos(Math.random() * W, GROUND_Y - 5 - Math.random() * 10),
          k.color(safeColor(k, '#5a4a30')), k.opacity(0.25), k.z(2), k.rotate(Math.random() * 40 - 20),
        ])
      }
      // Sand dust particles
      for (let i = 0; i < 6; i++) {
        const dust = k.add([
          k.circle(2 + Math.random() * 3), k.pos(Math.random() * W, GROUND_Y - 15 - Math.random() * 20),
          k.color(safeColor(k, '#c0a060')), k.opacity(0.1), k.z(3),
        ])
        const dx = dust.pos.x
        dust.onUpdate(() => { dust.pos.x = dx + Math.sin(k.time() * 0.5 + i) * 12; dust.opacity = 0.05 + Math.sin(k.time() + i) * 0.05 })
      }

    } else if (a === 'haunted_mansion') {
      // Gothic windows with moonlight
      for (let i = 0; i < 5; i++) {
        const wx = W * (0.1 + i * 0.2)
        const wy = GROUND_Y * 0.2
        k.add([k.rect(20, 35), k.pos(wx, wy), k.color(safeColor(k, '#0a0510')), k.opacity(0.4), k.z(1)])
        k.add([k.rect(22, 1), k.pos(wx - 1, wy), k.color(safeColor(k, '#2a1830')), k.opacity(0.4), k.z(1)])
        k.add([k.rect(22, 1), k.pos(wx - 1, wy + 35), k.color(safeColor(k, '#2a1830')), k.opacity(0.4), k.z(1)])
        k.add([k.rect(1, 35), k.pos(wx + 10, wy), k.color(safeColor(k, '#2a1830')), k.opacity(0.3), k.z(1)])
        k.add([k.rect(20, 1), k.pos(wx, wy + 17), k.color(safeColor(k, '#2a1830')), k.opacity(0.3), k.z(1)])
        const glow = k.add([k.rect(16, 30), k.pos(wx + 2, wy + 3), k.color(safeColor(k, '#8844cc')), k.opacity(0.06), k.z(1)])
        glow.onUpdate(() => { glow.opacity = 0.04 + Math.sin(k.time() * 0.5 + i) * 0.03 })
      }
      // Moon behind a window
      k.add([k.circle(12), k.pos(W * 0.5 + 10, GROUND_Y * 0.26), k.anchor('center'), k.color(safeColor(k, '#ccccdd')), k.opacity(0.15), k.z(0)])
      // Cobwebs
      for (const cx of [15, W - 35]) {
        for (let strand = 0; strand < 5; strand++) {
          k.add([k.rect(20 + strand * 5, 1), k.pos(cx, 3 + strand * 4), k.color(safeColor(k, '#666666')), k.opacity(0.1), k.z(1), k.rotate(cx < W / 2 ? 28 + strand * 5 : -28 - strand * 5)])
        }
      }
      // Candelabras
      for (const cx of [W * 0.25, W * 0.75]) {
        k.add([k.rect(2, 20), k.pos(cx, GROUND_Y - 20), k.color(safeColor(k, '#666644')), k.opacity(0.3), k.z(1)])
        k.add([k.rect(12, 2), k.pos(cx - 5, GROUND_Y - 20), k.color(safeColor(k, '#666644')), k.opacity(0.3), k.z(1)])
        for (let c = 0; c < 3; c++) {
          const candleX = cx - 5 + c * 5
          const cFlame = k.add([k.circle(2.5), k.pos(candleX + 1, GROUND_Y - 23), k.anchor('center'), k.color(safeColor(k, '#ffaa44')), k.opacity(0.4), k.z(2)])
          cFlame.onUpdate(() => { cFlame.opacity = 0.3 + Math.sin(k.time() * 4 + c + cx) * 0.15 })
        }
      }
      // Floating ghost particles
      for (let i = 0; i < 8; i++) {
        const ghost = k.add([
          k.circle(3 + Math.random() * 3), k.pos(Math.random() * W, Math.random() * GROUND_Y),
          k.color(safeColor(k, '#aabbcc')), k.opacity(0), k.z(2),
        ])
        const gx = ghost.pos.x, gy = ghost.pos.y
        ghost.onUpdate(() => {
          ghost.opacity = Math.max(0, Math.sin(k.time() * 0.6 + i * 2) * 0.15)
          ghost.pos.x = gx + Math.sin(k.time() * 0.3 + i) * 20
          ghost.pos.y = gy + Math.cos(k.time() * 0.25 + i) * 15
        })
      }
      // Bats flying
      for (let i = 0; i < 3; i++) {
        const bat = k.add([k.rect(5, 2), k.pos(Math.random() * W, 15 + Math.random() * 40), k.color(safeColor(k, '#111111')), k.opacity(0.3), k.z(2)])
        const bx = bat.pos.x, by = bat.pos.y
        bat.onUpdate(() => {
          bat.pos.x = bx + Math.sin(k.time() * 1.5 + i * 3) * 40
          bat.pos.y = by + Math.cos(k.time() * 2 + i * 2) * 10
        })
      }

    } else if (a === 'concert_hall') {
      // Stage lights with sweeping cones
      const lightColors = ['#ff2288', '#22ff88', '#4488ff', '#ffaa22', '#ff44ff', '#44ffff']
      for (let i = 0; i < 6; i++) {
        const lx = W * (0.1 + i * 0.15)
        const cone = k.add([
          k.rect(30, GROUND_Y * 0.7), k.pos(lx, 10), k.anchor('top'),
          k.color(safeColor(k, lightColors[i])), k.opacity(0.04), k.z(2), k.rotate(0),
        ])
        k.add([k.circle(4), k.pos(lx + 15, 8), k.anchor('center'), k.color(safeColor(k, lightColors[i])), k.opacity(0.4), k.z(2)])
        const baseAngle = (i - 3) * 5
        cone.onUpdate(() => {
          cone.opacity = 0.02 + Math.sin(k.time() * 1.5 + i * 1.2) * 0.025
          cone.angle = baseAngle + Math.sin(k.time() * 0.4 + i) * 8
        })
      }
      // Speaker stacks
      for (const sx of [10, W - 30]) {
        for (let s = 0; s < 4; s++) {
          k.add([k.rect(20, 18), k.pos(sx, GROUND_Y - 20 - s * 20), k.color(safeColor(k, '#111111')), k.opacity(0.5), k.z(1)])
          k.add([k.circle(6), k.pos(sx + 10, GROUND_Y - 11 - s * 20), k.anchor('center'), k.color(safeColor(k, '#222222')), k.opacity(0.4), k.z(1)])
          const speakerCone = k.add([k.circle(4), k.pos(sx + 10, GROUND_Y - 11 - s * 20), k.anchor('center'), k.color(safeColor(k, '#1a1a1a')), k.opacity(0.3), k.z(1), k.scale(1)])
          speakerCone.onUpdate(() => { speakerCone.scale = k.vec2(1 + Math.sin(k.time() * 8 + s) * 0.05) })
        }
      }
      // Crowd silhouettes
      for (let i = 0; i < 30; i++) {
        const cx = 5 + i * (W / 30)
        const ch = 6 + Math.random() * 4
        k.add([k.circle(2.5), k.pos(cx, GROUND_Y + 8), k.anchor('center'), k.color(safeColor(k, '#111111')), k.opacity(0.3), k.z(3)])
        k.add([k.rect(4, ch), k.pos(cx - 2, GROUND_Y + 10), k.color(safeColor(k, '#111111')), k.opacity(0.25), k.z(3)])
      }
      // Smoke machine haze
      for (let i = 0; i < 6; i++) {
        const haze = k.add([
          k.circle(30 + Math.random() * 25), k.pos(Math.random() * W, GROUND_Y - 8),
          k.color(safeColor(k, '#20102a')), k.opacity(0.18), k.z(3),
        ])
        const hx = haze.pos.x
        haze.onUpdate(() => { haze.pos.x = hx + Math.sin(k.time() * 0.15 + i) * 15 })
      }
      // Laser beam sweep
      const laser = k.add([k.rect(1, GROUND_Y), k.pos(W / 2, 0), k.color(safeColor(k, '#00ff00')), k.opacity(0.06), k.z(2)])
      laser.onUpdate(() => { laser.pos.x = W / 2 + Math.sin(k.time() * 0.8) * (W * 0.4) })

    } else if (a === 'sports_arena') {
      // Stadium seating tiers with crowd
      for (let tier = 0; tier < 5; tier++) {
        const ty = GROUND_Y * 0.1 + tier * (GROUND_Y * 0.13)
        k.add([k.rect(W, GROUND_Y * 0.1), k.pos(0, ty), k.color(safeColor(k, tier % 2 === 0 ? '#1a2a4a' : '#152040')), k.opacity(0.3), k.z(1)])
        for (let i = 0; i < 18; i++) {
          k.add([
            k.circle(1.5 + Math.random()), k.pos(15 + i * (W / 18), ty + GROUND_Y * 0.04),
            k.color(safeColor(k, ['#cc3333', '#3333cc', '#33cc33', '#cccc33', '#ffffff'][Math.floor(Math.random() * 5)])),
            k.opacity(0.12), k.z(1),
          ])
        }
      }
      // Floodlights
      for (const fx of [W * 0.05, W * 0.95]) {
        k.add([k.rect(3, GROUND_Y * 0.7), k.pos(fx, GROUND_Y * 0.1), k.color(safeColor(k, '#333333')), k.opacity(0.3), k.z(2)])
        const light = k.add([k.circle(5), k.pos(fx + 1, GROUND_Y * 0.08), k.anchor('center'), k.color(safeColor(k, '#ffffff')), k.opacity(0.5), k.z(2)])
        k.add([k.rect(40, GROUND_Y * 0.6), k.pos(fx - 18, GROUND_Y * 0.12), k.color(safeColor(k, '#ffffff')), k.opacity(0.015), k.z(0)])
        light.onUpdate(() => { light.opacity = 0.4 + Math.sin(k.time() * 0.5 + fx) * 0.1 })
      }
      // Scoreboard
      k.add([k.rect(50, 18), k.pos(W / 2 - 25, 8), k.color(safeColor(k, '#0a0a20')), k.opacity(0.5), k.z(2)])
      k.add([k.rect(48, 16), k.pos(W / 2 - 24, 9), k.color(safeColor(k, '#111133')), k.opacity(0.4), k.z(2)])
      const scoreGlow = k.add([k.rect(20, 8), k.pos(W / 2 - 10, 13), k.color(safeColor(k, '#ff3333')), k.opacity(0.12), k.z(2)])
      scoreGlow.onUpdate(() => { scoreGlow.opacity = 0.08 + Math.sin(k.time() * 2) * 0.05 })
      // Camera flashes
      for (let i = 0; i < 5; i++) {
        const flash = k.add([
          k.circle(2), k.pos(Math.random() * W, GROUND_Y * (0.15 + Math.random() * 0.5)),
          k.color(safeColor(k, '#ffffff')), k.opacity(0), k.z(3),
        ])
        flash.onUpdate(() => { flash.opacity = Math.random() > 0.995 ? 0.4 : 0 })
      }

    } else if (a === 'kitchen_stadium') {
      // Tiled wall
      for (let row = 0; row < 6; row++) {
        for (let col = 0; col < 14; col++) {
          k.add([
            k.rect(W / 14 - 1, GROUND_Y / 6 - 1), k.pos(col * (W / 14), row * (GROUND_Y / 6)),
            k.color(safeColor(k, (row + col) % 2 === 0 ? '#1a1210' : '#1e1614')), k.opacity(0.2), k.z(0),
          ])
        }
      }
      // Stove with burners
      k.add([k.rect(45, 35), k.pos(W * 0.06, GROUND_Y - 35), k.color(safeColor(k, '#1a1010')), k.opacity(0.45), k.z(1)])
      k.add([k.rect(43, 2), k.pos(W * 0.06 + 1, GROUND_Y - 35), k.color(safeColor(k, '#333333')), k.opacity(0.3), k.z(1)])
      for (let b = 0; b < 4; b++) {
        const flame = k.add([k.circle(4), k.pos(W * 0.06 + 6 + b * 10, GROUND_Y - 37), k.anchor('center'), k.color(safeColor(k, '#ff4400')), k.opacity(0.4), k.z(2)])
        const innerFlame = k.add([k.circle(2), k.pos(W * 0.06 + 6 + b * 10, GROUND_Y - 38), k.anchor('center'), k.color(safeColor(k, '#ffcc00')), k.opacity(0.3), k.z(2)])
        flame.onUpdate(() => { flame.opacity = 0.3 + Math.sin(k.time() * 5 + b) * 0.15; innerFlame.opacity = 0.2 + Math.sin(k.time() * 7 + b) * 0.1 })
      }
      // Hanging pots and pans
      k.add([k.rect(W * 0.5, 2), k.pos(W * 0.2, 8), k.color(safeColor(k, '#444444')), k.opacity(0.3), k.z(1)])
      for (let i = 0; i < 6; i++) {
        const px = W * (0.22 + i * 0.08)
        const hookLen = 12 + Math.random() * 10
        k.add([k.rect(1, hookLen), k.pos(px, 10), k.color(safeColor(k, '#444444')), k.opacity(0.25), k.z(1)])
        k.add([k.circle(7 + Math.random() * 4), k.pos(px, 10 + hookLen + 5), k.anchor('center'), k.color(safeColor(k, i % 2 === 0 ? '#555555' : '#664422')), k.opacity(0.25), k.z(1)])
      }
      // Knife rack
      k.add([k.rect(3, 25), k.pos(W * 0.85, GROUND_Y * 0.3), k.color(safeColor(k, '#553322')), k.opacity(0.35), k.z(1)])
      for (let i = 0; i < 4; i++) {
        k.add([k.rect(2, 10 + Math.random() * 5), k.pos(W * 0.85 + 1, GROUND_Y * 0.32 + i * 5), k.color(safeColor(k, '#aaaaaa')), k.opacity(0.2), k.z(1)])
      }
      // Steam rising
      for (let i = 0; i < 4; i++) {
        const steam = k.add([
          k.circle(5 + Math.random() * 5), k.pos(W * 0.06 + 10 + i * 10, GROUND_Y - 40),
          k.color(safeColor(k, '#ffffff')), k.opacity(0.06), k.z(3),
        ])
        const bx = steam.pos.x
        steam.onUpdate(() => {
          steam.pos.y -= 10 * k.dt()
          steam.pos.x = bx + Math.sin(k.time() * 2 + i) * 4
          steam.opacity *= 0.995
          if (steam.pos.y < GROUND_Y - 80) { steam.pos.y = GROUND_Y - 40; steam.opacity = 0.06 }
        })
      }

    } else if (a === 'junkyard') {
      // Rusted crane silhouette
      k.add([k.rect(6, GROUND_Y * 0.7), k.pos(W * 0.85, GROUND_Y * 0.1), k.color(safeColor(k, '#443322')), k.opacity(0.3), k.z(0)])
      k.add([k.rect(W * 0.3, 4), k.pos(W * 0.6, GROUND_Y * 0.1), k.color(safeColor(k, '#443322')), k.opacity(0.25), k.z(0)])
      const cable = k.add([k.rect(1, 35), k.pos(W * 0.65, GROUND_Y * 0.12), k.color(safeColor(k, '#555555')), k.opacity(0.2), k.z(0)])
      cable.onUpdate(() => { cable.pos.x = W * 0.65 + Math.sin(k.time() * 0.3) * 5 })
      // Piles of scrap
      for (let pile = 0; pile < 8; pile++) {
        const px = Math.random() * W
        const py = GROUND_Y - 8
        for (let j = 0; j < 7; j++) {
          k.add([
            k.rect(8 + Math.random() * 18, 4 + Math.random() * 10),
            k.pos(px + (Math.random() - 0.5) * 25, py - j * 6 - Math.random() * 5),
            k.color(safeColor(k, ['#554433', '#665544', '#443322', '#776655', '#332211', '#887766', '#553322'][j % 7])),
            k.opacity(0.3), k.z(1), k.rotate(Math.random() * 40 - 20),
          ])
        }
      }
      // Old car silhouette
      k.add([k.rect(35, 15), k.pos(W * 0.15, GROUND_Y - 15), k.color(safeColor(k, '#2a2a1a')), k.opacity(0.3), k.z(1)])
      k.add([k.rect(25, 10), k.pos(W * 0.15 + 5, GROUND_Y - 25), k.color(safeColor(k, '#2a2a1a')), k.opacity(0.25), k.z(1)])
      k.add([k.circle(5), k.pos(W * 0.15 + 6, GROUND_Y - 3), k.anchor('center'), k.color(safeColor(k, '#1a1a0a')), k.opacity(0.3), k.z(1)])
      k.add([k.circle(5), k.pos(W * 0.15 + 29, GROUND_Y - 3), k.anchor('center'), k.color(safeColor(k, '#1a1a0a')), k.opacity(0.3), k.z(1)])
      // Sparking wires
      for (let i = 0; i < 3; i++) {
        const spark = k.add([
          k.circle(2), k.pos(W * (0.3 + i * 0.2), GROUND_Y - 20 - Math.random() * 30),
          k.color(safeColor(k, '#ffaa00')), k.opacity(0), k.z(3),
        ])
        spark.onUpdate(() => { spark.opacity = Math.random() > 0.96 ? 0.5 : 0 })
      }
      // Smoke/steam wisps
      for (let i = 0; i < 4; i++) {
        const smoke = k.add([
          k.circle(10 + Math.random() * 10), k.pos(Math.random() * W, GROUND_Y - 5),
          k.color(safeColor(k, '#333322')), k.opacity(0.12), k.z(2),
        ])
        const sx = smoke.pos.x
        smoke.onUpdate(() => {
          smoke.pos.y -= 5 * k.dt()
          smoke.pos.x = sx + Math.sin(k.time() * 0.5 + i) * 6
          if (smoke.pos.y < GROUND_Y - 60) { smoke.pos.y = GROUND_Y - 5; smoke.opacity = 0.12 }
        })
      }

    } else if (a === 'meme_dimension') {
      // Floating emoji shapes (pulsing)
      for (let i = 0; i < 12; i++) {
        const emoji = k.add([
          k.circle(6 + Math.random() * 6), k.pos(Math.random() * W, Math.random() * GROUND_Y),
          k.color(safeColor(k, ['#ffcc00', '#ff4444', '#44ff44', '#4444ff', '#ff44ff', '#44ffff'][i % 6])), k.opacity(0.12), k.z(1), k.scale(1),
        ])
        const bx = emoji.pos.x, by = emoji.pos.y
        emoji.onUpdate(() => {
          emoji.pos.x = bx + Math.sin(k.time() * 0.4 + i) * 15
          emoji.pos.y = by + Math.cos(k.time() * 0.3 + i) * 10
          emoji.scale = k.vec2(1 + Math.sin(k.time() * 1.5 + i) * 0.15)
        })
      }
      // Glitch bands
      for (let i = 0; i < 8; i++) {
        const band = k.add([
          k.rect(W, 2 + Math.random() * 4), k.pos(0, Math.random() * GROUND_Y),
          k.color(safeColor(k, Math.random() > 0.5 ? '#ff44ff' : '#44ffff')), k.opacity(0), k.z(2),
        ])
        band.onUpdate(() => {
          band.opacity = Math.random() > 0.97 ? 0.12 + Math.random() * 0.08 : 0
          if (band.opacity > 0) band.pos.x = (Math.random() - 0.5) * 10
          else band.pos.x = 0
        })
      }
      // Rainbow pixel streaks
      const rainbowC = ['#ff0000', '#ff8800', '#ffff00', '#00ff00', '#0088ff', '#8800ff']
      for (let i = 0; i < rainbowC.length; i++) {
        const streak = k.add([
          k.rect(W, 3), k.pos(0, GROUND_Y * 0.3 + i * 5),
          k.color(safeColor(k, rainbowC[i])), k.opacity(0.04), k.z(0),
        ])
        streak.onUpdate(() => { streak.opacity = 0.02 + Math.sin(k.time() * 2 + i) * 0.02 })
      }
      // Spinning geometric shapes
      for (let i = 0; i < 4; i++) {
        const geo = k.add([
          k.rect(8 + Math.random() * 8, 8 + Math.random() * 8),
          k.pos(W * (0.2 + i * 0.2), GROUND_Y * (0.3 + Math.random() * 0.3)),
          k.anchor('center'), k.color(safeColor(k, '#ff44ff')), k.opacity(0.08), k.z(1), k.rotate(0),
        ])
        geo.onUpdate(() => { geo.angle += (30 + i * 15) * k.dt() })
      }
      // VHS tracking lines
      const vhs = k.add([k.rect(W, 6), k.pos(0, 0), k.color(safeColor(k, '#000000')), k.opacity(0), k.z(3)])
      vhs.onUpdate(() => {
        vhs.pos.y = (vhs.pos.y + 80 * k.dt()) % (GROUND_Y + 20)
        vhs.opacity = Math.random() > 0.9 ? 0.15 : 0
      })
      // RGB noise flickers
      for (let i = 0; i < 6; i++) {
        const noise = k.add([
          k.rect(3 + Math.random() * 8, 3 + Math.random() * 8),
          k.pos(Math.random() * W, Math.random() * GROUND_Y),
          k.color(safeColor(k, ['#ff0000', '#00ff00', '#0000ff'][i % 3])), k.opacity(0), k.z(2),
        ])
        noise.onUpdate(() => {
          noise.opacity = Math.random() > 0.98 ? 0.1 : 0
          if (noise.opacity > 0) { noise.pos.x = Math.random() * W; noise.pos.y = Math.random() * GROUND_Y }
        })
      }

    } else if (a === 'space_station') {
      // Structural beams with rivets
      for (let i = 0; i < 6; i++) {
        const bx = W * (0.15 + i * 0.14)
        k.add([k.rect(5, GROUND_Y), k.pos(bx, 0), k.color(safeColor(k, '#1a1a30')), k.opacity(0.3), k.z(1)])
        for (let r = 0; r < 8; r++) {
          k.add([k.circle(1), k.pos(bx + 2, r * (GROUND_Y / 8) + 5), k.anchor('center'), k.color(safeColor(k, '#2a2a40')), k.opacity(0.25), k.z(1)])
        }
        k.add([k.rect(W * 0.14, 3), k.pos(bx, GROUND_Y * 0.25), k.color(safeColor(k, '#1a1a30')), k.opacity(0.25), k.z(1)])
        k.add([k.rect(W * 0.14, 3), k.pos(bx, GROUND_Y * 0.6), k.color(safeColor(k, '#1a1a30')), k.opacity(0.2), k.z(1)])
      }
      // Viewport
      const vpX = W * 0.5, vpY = GROUND_Y * 0.3
      k.add([k.circle(40), k.pos(vpX, vpY), k.anchor('center'), k.color(safeColor(k, '#000020')), k.opacity(0.5), k.z(0)])
      k.add([k.circle(42), k.pos(vpX, vpY), k.anchor('center'), k.color(safeColor(k, '#2a2a50')), k.opacity(0.3), k.z(0)])
      for (let s = 0; s < 15; s++) {
        const dist = Math.random() * 35
        const angle = Math.random() * Math.PI * 2
        const sx = vpX + Math.cos(angle) * dist
        const sy = vpY + Math.sin(angle) * dist
        const vpStar = k.add([k.circle(0.8 + Math.random()), k.pos(sx, sy), k.color(safeColor(k, '#ffffff')), k.opacity(0.3), k.z(0)])
        vpStar.onUpdate(() => { vpStar.opacity = 0.15 + Math.sin(k.time() * 2 + s) * 0.15 })
      }
      // Earth through viewport
      k.add([k.circle(15), k.pos(vpX + 10, vpY + 5), k.anchor('center'), k.color(safeColor(k, '#2244aa')), k.opacity(0.15), k.z(0)])
      k.add([k.circle(6), k.pos(vpX + 7, vpY + 2), k.anchor('center'), k.color(safeColor(k, '#22aa44')), k.opacity(0.08), k.z(0)])
      // Control panels
      for (const px of [W * 0.08, W * 0.88]) {
        k.add([k.rect(25, 40), k.pos(px, GROUND_Y * 0.4), k.color(safeColor(k, '#0a0a20')), k.opacity(0.4), k.z(1)])
        for (let led = 0; led < 8; led++) {
          const ledEl = k.add([
            k.rect(2, 2), k.pos(px + 4 + (led % 4) * 5, GROUND_Y * 0.42 + Math.floor(led / 4) * 6),
            k.color(safeColor(k, ['#00ff88', '#ff4444', '#ffaa00', '#4488ff'][led % 4])), k.opacity(0.4), k.z(2),
          ])
          ledEl.onUpdate(() => { ledEl.opacity = Math.random() > 0.05 ? 0.4 : 0.1 })
        }
      }
      // Warning stripes
      for (let i = 0; i < 8; i++) {
        k.add([k.rect(8, 3), k.pos(W * 0.3 + i * 12, GROUND_Y - 3), k.color(safeColor(k, i % 2 === 0 ? '#ffaa00' : '#000000')), k.opacity(0.12), k.z(3)])
      }

    } else if (a === 'savanna') {
      // Distant mountain range
      for (let i = 0; i < 5; i++) {
        const mx = W * (0.1 + i * 0.2) + (Math.random() - 0.5) * 30
        const mh = 30 + Math.random() * 40
        k.add([k.circle(mh), k.pos(mx, GROUND_Y - mh * 0.3), k.anchor('center'), k.color(safeColor(k, '#2a2010')), k.opacity(0.12), k.z(0)])
      }
      // Acacia trees with branches
      for (const tx of [W * 0.1, W * 0.4, W * 0.72]) {
        const trunkH = 40 + Math.random() * 20
        k.add([k.rect(5, trunkH), k.pos(tx, GROUND_Y - trunkH), k.color(safeColor(k, '#2a1a08')), k.opacity(0.4), k.z(1)])
        k.add([k.rect(15, 3), k.pos(tx - 10, GROUND_Y - trunkH * 0.7), k.color(safeColor(k, '#2a1a08')), k.opacity(0.3), k.z(1), k.rotate(-20)])
        k.add([k.rect(12, 3), k.pos(tx + 5, GROUND_Y - trunkH * 0.6), k.color(safeColor(k, '#2a1a08')), k.opacity(0.3), k.z(1), k.rotate(15)])
        k.add([k.rect(50, 5), k.pos(tx - 22, GROUND_Y - trunkH - 2), k.color(safeColor(k, '#2a3a10')), k.opacity(0.3), k.z(1)])
        k.add([k.rect(40, 4), k.pos(tx - 17, GROUND_Y - trunkH - 7), k.color(safeColor(k, '#2a3a10')), k.opacity(0.25), k.z(1)])
        k.add([k.rect(25, 3), k.pos(tx - 10, GROUND_Y - trunkH - 11), k.color(safeColor(k, '#223308')), k.opacity(0.2), k.z(1)])
      }
      // Setting sun
      const sunX = W * 0.85, sunY = GROUND_Y * 0.22
      k.add([k.circle(50), k.pos(sunX, sunY), k.anchor('center'), k.color(safeColor(k, '#dd6622')), k.opacity(0.06), k.z(0)])
      k.add([k.circle(35), k.pos(sunX, sunY), k.anchor('center'), k.color(safeColor(k, '#dd6622')), k.opacity(0.12), k.z(0)])
      const savSun = k.add([k.circle(22), k.pos(sunX, sunY), k.anchor('center'), k.color(safeColor(k, '#ffaa22')), k.opacity(0.3), k.z(0)])
      savSun.onUpdate(() => { savSun.opacity = 0.25 + Math.sin(k.time() * 0.3) * 0.05 })
      // Tall grass swaying
      for (let i = 0; i < 20; i++) {
        const gx = Math.random() * W
        const grassH = 5 + Math.random() * 10
        const grass = k.add([k.rect(1, grassH), k.pos(gx, GROUND_Y - grassH), k.color(safeColor(k, '#8a7830')), k.opacity(0.2), k.z(3), k.rotate(0)])
        grass.onUpdate(() => { grass.angle = Math.sin(k.time() * 1.2 + i) * 5 })
      }
      // Elephant silhouette
      const ex = W * 0.6, ey = GROUND_Y - 18
      k.add([k.rect(18, 12), k.pos(ex, ey), k.color(safeColor(k, '#1a1508')), k.opacity(0.15), k.z(0)])
      k.add([k.rect(8, 8), k.pos(ex + 15, ey - 4), k.color(safeColor(k, '#1a1508')), k.opacity(0.15), k.z(0)])
      k.add([k.rect(3, 8), k.pos(ex + 2, ey + 12), k.color(safeColor(k, '#1a1508')), k.opacity(0.15), k.z(0)])
      k.add([k.rect(3, 8), k.pos(ex + 13, ey + 12), k.color(safeColor(k, '#1a1508')), k.opacity(0.15), k.z(0)])
      // Birds in V formation
      for (let i = 0; i < 5; i++) {
        const birdX = W * 0.3 + i * 8
        const birdY = 20 + Math.abs(i - 2) * 5
        k.add([k.rect(4, 1), k.pos(birdX, birdY), k.color(safeColor(k, '#222222')), k.opacity(0.2), k.z(1), k.rotate(-12)])
        k.add([k.rect(4, 1), k.pos(birdX + 3, birdY), k.color(safeColor(k, '#222222')), k.opacity(0.2), k.z(1), k.rotate(12)])
      }

    } else if (a === 'server_room') {
      // Server rack rows with LEDs
      for (let row = 0; row < 3; row++) {
        for (let col = 0; col < 6; col++) {
          const rx = 30 + col * (W / 6)
          const ry = 20 + row * 55
          const rw = W / 6 - 12
          const rh = 46
          k.add([k.rect(rw, rh), k.pos(rx, ry), k.color(safeColor(k, '#0a1a10')), k.opacity(0.4), k.z(1)])
          k.add([k.rect(rw, 1), k.pos(rx, ry), k.color(safeColor(k, '#1a2a18')), k.opacity(0.3), k.z(1)])
          k.add([k.rect(rw, 1), k.pos(rx, ry + rh), k.color(safeColor(k, '#1a2a18')), k.opacity(0.3), k.z(1)])
          for (let s = 0; s < 5; s++) {
            k.add([k.rect(rw - 4, 1), k.pos(rx + 2, ry + 10 + s * 7), k.color(safeColor(k, '#0a1008')), k.opacity(0.3), k.z(1)])
          }
          for (let led = 0; led < 4; led++) {
            const ledEl = k.add([
              k.rect(2, 2), k.pos(rx + 3 + led * 5, ry + 3),
              k.color(safeColor(k, '#00ff88')), k.opacity(0.5), k.z(2),
            ])
            ledEl.onUpdate(() => { ledEl.opacity = Math.random() > 0.04 ? 0.5 : 0.1 })
          }
          if (Math.random() < 0.5) {
            const act = k.add([k.rect(2, 2), k.pos(rx + rw - 6, ry + 3), k.color(safeColor(k, '#ffaa00')), k.opacity(0.5), k.z(2)])
            act.onUpdate(() => { act.opacity = Math.random() > 0.3 ? 0.5 : 0.15 })
          }
        }
      }
      // Overhead cable trays
      for (let i = 0; i < 3; i++) {
        k.add([k.rect(W * 0.25, 3), k.pos(W * (0.1 + i * 0.3), 5), k.color(safeColor(k, '#1a2a18')), k.opacity(0.3), k.z(1)])
        for (let c = 0; c < 4; c++) {
          k.add([k.rect(W * 0.25, 1), k.pos(W * (0.1 + i * 0.3), 7 + c * 2), k.color(safeColor(k, ['#004400', '#000044', '#440000', '#444400'][c])), k.opacity(0.15), k.z(1)])
        }
      }
      // Cool air flow particles
      for (let i = 0; i < 5; i++) {
        const airflow = k.add([
          k.circle(2), k.pos(Math.random() * W, GROUND_Y - 10),
          k.color(safeColor(k, '#00ff88')), k.opacity(0.08), k.z(3),
        ])
        airflow.onUpdate(() => {
          airflow.pos.y -= 15 * k.dt()
          if (airflow.pos.y < 10) { airflow.pos.y = GROUND_Y - 10; airflow.pos.x = Math.random() * W }
        })
      }
      // Emergency lighting
      const emLight = k.add([k.circle(4), k.pos(W * 0.5, 5), k.anchor('center'), k.color(safeColor(k, '#ff0000')), k.opacity(0.2), k.z(2)])
      emLight.onUpdate(() => { emLight.opacity = 0.1 + Math.sin(k.time() * 1.5) * 0.1 })

    } else if (a === 'paper_mill') {
      // Industrial ceiling pipes
      for (let i = 0; i < 5; i++) {
        const py = 5 + i * 4
        k.add([k.rect(W, 3), k.pos(0, py), k.color(safeColor(k, i % 2 === 0 ? '#2a2a20' : '#222218')), k.opacity(0.35), k.z(1)])
        for (let j = 0; j < 4; j++) {
          k.add([k.circle(3), k.pos(W * (0.2 + j * 0.2), py + 1), k.anchor('center'), k.color(safeColor(k, '#333328')), k.opacity(0.3), k.z(1)])
        }
      }
      // Conveyor belt
      k.add([k.rect(W * 0.6, 6), k.pos(W * 0.2, GROUND_Y - 15), k.color(safeColor(k, '#333328')), k.opacity(0.35), k.z(1)])
      for (let i = 0; i < 8; i++) {
        k.add([k.circle(3), k.pos(W * 0.22 + i * (W * 0.075), GROUND_Y - 12), k.anchor('center'), k.color(safeColor(k, '#444438')), k.opacity(0.3), k.z(1)])
      }
      // Moving items on belt
      for (let i = 0; i < 3; i++) {
        const item = k.add([
          k.rect(10, 6), k.pos(W * 0.25 + i * 60, GROUND_Y - 21),
          k.color(safeColor(k, '#f0e68c')), k.opacity(0.2), k.z(2),
        ])
        item.onUpdate(() => {
          item.pos.x += 15 * k.dt()
          if (item.pos.x > W * 0.78) item.pos.x = W * 0.2
        })
      }
      // Paper rolls stacked
      for (let i = 0; i < 3; i++) {
        for (let j = 0; j <= i; j++) {
          const rx = W * 0.08 + j * 14 - i * 7
          const ry = GROUND_Y - 12 - (2 - i) * 12
          k.add([k.circle(6), k.pos(rx, ry), k.anchor('center'), k.color(safeColor(k, '#ddd8b0')), k.opacity(0.2), k.z(1)])
          k.add([k.circle(2), k.pos(rx, ry), k.anchor('center'), k.color(safeColor(k, '#aaa880')), k.opacity(0.15), k.z(1)])
        }
      }
      // Industrial gears (rotating)
      for (const gx of [W * 0.88, W * 0.92]) {
        const gy = GROUND_Y * 0.35
        k.add([k.circle(10), k.pos(gx, gy), k.anchor('center'), k.color(safeColor(k, '#444438')), k.opacity(0.25), k.z(1)])
        k.add([k.circle(4), k.pos(gx, gy), k.anchor('center'), k.color(safeColor(k, '#333328')), k.opacity(0.3), k.z(1)])
        for (let t = 0; t < 8; t++) {
          const tooth = k.add([
            k.rect(4, 3), k.pos(gx, gy), k.anchor('center'),
            k.color(safeColor(k, '#444438')), k.opacity(0.25), k.z(1),
            k.rotate(t * 45),
          ])
          tooth.onUpdate(() => { tooth.angle = t * 45 + k.time() * (gx === W * 0.88 ? 20 : -25) })
        }
      }
      // Steam from pipes
      for (let i = 0; i < 4; i++) {
        const steam = k.add([
          k.circle(6 + Math.random() * 8), k.pos(W * (0.2 + i * 0.2), 25),
          k.color(safeColor(k, '#ccccbb')), k.opacity(0.06), k.z(2),
        ])
        const bsx = steam.pos.x
        steam.onUpdate(() => {
          steam.pos.y += 4 * k.dt()
          steam.pos.x = bsx + Math.sin(k.time() + i) * 5
          steam.opacity *= 0.998
          if (steam.pos.y > GROUND_Y * 0.4) { steam.pos.y = 25; steam.opacity = 0.06 }
        })
      }
      // Sawdust particles
      for (let i = 0; i < 8; i++) {
        const dust = k.add([
          k.circle(1), k.pos(Math.random() * W, Math.random() * GROUND_Y),
          k.color(safeColor(k, '#f0e68c')), k.opacity(0.12), k.z(3),
        ])
        const dx = dust.pos.x, dy = dust.pos.y
        dust.onUpdate(() => {
          dust.pos.x = dx + Math.sin(k.time() * 0.8 + i) * 10
          dust.pos.y = dy + Math.cos(k.time() * 0.5 + i) * 8
        })
      }
    }
  }

  k.scene('fight', () => {
    // === SKY / BACKGROUND ATMOSPHERE ===
    // Vertical gradient backdrop — 6 bands from dark ceiling to ground horizon
    const bgBase = theme.bg
    for (let band = 0; band < 6; band++) {
      const bandH = GROUND_Y / 6
      const brighten = band * 3
      k.add([
        k.rect(W, bandH + 1), k.pos(0, band * bandH),
        k.color(safeColor(k,bgBase)),
        k.opacity(1 - band * 0.04),
      ])
    }
    // Subtle horizon glow — wide soft band just above ground
    k.add([
      k.rect(W, 20), k.pos(0, GROUND_Y - 20),
      k.color(safeColor(k,theme.accent)), k.opacity(0.06),
    ])

    // === GROUND ===
    // Main ground fill
    k.add([k.rect(W, H - GROUND_Y + 2), k.pos(0, GROUND_Y), k.color(safeColor(k,theme.ground))])
    // Bright edge line at the surface
    k.add([k.rect(W, 2), k.pos(0, GROUND_Y), k.color(safeColor(k,theme.accent)), k.opacity(0.7)])
    // Secondary highlight
    k.add([k.rect(W, 1), k.pos(0, GROUND_Y + 2), k.color(safeColor(k,theme.accent)), k.opacity(0.3)])
    // Ground gradient — fades deeper
    for (let i = 1; i <= 12; i++) {
      k.add([k.rect(W, 2), k.pos(0, GROUND_Y + 3 + i * 6), k.color(safeColor(k,theme.accent)), k.opacity(0.1 - i * 0.007)])
    }
    // Perspective grid on the floor — converging lines for 3D depth
    const vanishX = W / 2
    const vanishY = GROUND_Y * 0.6
    for (let i = 0; i <= 24; i++) {
      const x = i * (W / 24)
      // Lines from floor edge pointing toward vanishing point
      const dx = x - vanishX
      const topX = vanishX + dx * 0.3
      k.add([
        k.rect(1, GROUND_Y * 0.4 + 10), k.pos(x, GROUND_Y),
        k.color(safeColor(k,theme.accent)), k.opacity(0.05),
      ])
    }
    // Horizontal depth lines on ground
    for (let i = 0; i < 6; i++) {
      const gy = GROUND_Y + 8 + i * i * 3
      if (gy < H) {
        k.add([k.rect(W, 1), k.pos(0, gy), k.color(safeColor(k,theme.accent)), k.opacity(0.08 - i * 0.012)])
      }
    }

    // === SIDE PILLARS / FRAME ===
    // Subtle dark pillars on edges for framing
    k.add([k.rect(8, GROUND_Y), k.pos(0, 0), k.color(safeColor(k,'#000000')), k.opacity(0.3)])
    k.add([k.rect(8, GROUND_Y), k.pos(W - 8, 0), k.color(safeColor(k,'#000000')), k.opacity(0.3)])
    // Accent trim on pillars
    k.add([k.rect(1, GROUND_Y), k.pos(8, 0), k.color(safeColor(k,theme.accent)), k.opacity(0.15)])
    k.add([k.rect(1, GROUND_Y), k.pos(W - 9, 0), k.color(safeColor(k,theme.accent)), k.opacity(0.15)])

    // === AMBIENT PARTICLES ===
    // Floating dust/embers in the air (subtle, always present)
    for (let i = 0; i < 18; i++) {
      const particle = k.add([
        k.circle(0.5 + Math.random() * 1.5),
        k.pos(Math.random() * W, Math.random() * GROUND_Y),
        k.color(safeColor(k,theme.accent)),
        k.opacity(0.08 + Math.random() * 0.12),
        k.z(2),
      ])
      const baseX = particle.pos.x
      const baseY = particle.pos.y
      const driftSpeed = 0.1 + Math.random() * 0.3
      const driftAmt = 8 + Math.random() * 15
      particle.onUpdate(() => {
        particle.pos.x = baseX + Math.sin(k.time() * driftSpeed + i * 1.3) * driftAmt
        particle.pos.y = baseY + Math.cos(k.time() * driftSpeed * 0.7 + i) * (driftAmt * 0.5)
        particle.opacity = 0.06 + Math.sin(k.time() * 0.8 + i * 0.9) * 0.06
      })
    }

    // Arena-specific decorations
    drawArenaDecor()

    // Umpire chair (center-back, behind fighters)
    const CHAIR_X = W / 2
    const CHAIR_SEAT_Y = GROUND_Y * (0.38 + (1 - SF) * 0.2)
    const cs = SF // chair scale
    k.add([k.rect(4 * cs, GROUND_Y - CHAIR_SEAT_Y + 15 * cs), k.pos(CHAIR_X - 22 * cs, CHAIR_SEAT_Y - 8 * cs), k.color(safeColor(k,'#554433')), k.opacity(0.7), k.z(3)])
    k.add([k.rect(4 * cs, GROUND_Y - CHAIR_SEAT_Y + 15 * cs), k.pos(CHAIR_X + 18 * cs, CHAIR_SEAT_Y - 8 * cs), k.color(safeColor(k,'#554433')), k.opacity(0.7), k.z(3)])
    for (let i = 0; i < 6; i++) {
      const rungY = CHAIR_SEAT_Y + 15 * cs + i * ((GROUND_Y - CHAIR_SEAT_Y - 15 * cs) / 6)
      k.add([k.rect(44 * cs, 3), k.pos(CHAIR_X - 22 * cs, rungY), k.color(safeColor(k,'#443322')), k.opacity(0.6), k.z(3)])
    }
    k.add([k.rect(54 * cs, 5), k.pos(CHAIR_X - 27 * cs, CHAIR_SEAT_Y - 2), k.color(safeColor(k,'#665544')), k.opacity(0.8), k.z(3)])
    k.add([k.rect(54 * cs, 1), k.pos(CHAIR_X - 27 * cs, CHAIR_SEAT_Y - 2), k.color(safeColor(k,theme.accent)), k.opacity(0.3), k.z(3)])
    k.add([k.rect(48 * cs, 4), k.pos(CHAIR_X - 24 * cs, CHAIR_SEAT_Y - 10 * cs), k.color(safeColor(k,'#665544')), k.opacity(0.8), k.z(3)])
    k.add([k.rect(3, 12 * cs), k.pos(CHAIR_X - 27 * cs, CHAIR_SEAT_Y - 10 * cs), k.color(safeColor(k,'#554433')), k.opacity(0.7), k.z(3)])
    k.add([k.rect(3, 12 * cs), k.pos(CHAIR_X + 24 * cs, CHAIR_SEAT_Y - 10 * cs), k.color(safeColor(k,'#554433')), k.opacity(0.7), k.z(3)])
    k.add([
      k.sprite('judge', { anim: 'idle' }),
      k.pos(CHAIR_X, CHAIR_SEAT_Y),
      k.anchor('bot'),
      k.scale(1.3 * SF),
      k.z(4),
      k.opacity(0.9),
      'judge',
    ])

    const scaleA = (1.8 + botA.tier * 0.4) * SF
    k.add([k.sprite('botA', { anim: 'idle' }), k.pos(-100, GROUND_Y - 6), k.anchor('bot'), k.scale(scaleA), k.z(10), k.opacity(0), 'fighterA'])

    const scaleB = (1.8 + botB.tier * 0.4) * SF
    k.add([k.sprite('botB', { anim: 'idle' }), k.pos(W + 100, GROUND_Y - 6), k.anchor('bot'), k.scale(-scaleB, scaleB), k.z(10), k.opacity(0), 'fighterB'])

    config.onReady?.()
  })

  k.go('fight')

  let comboA = 0
  let comboB = 0

  // === CHOREOGRAPHY SYSTEM (extracted to fight/choreography/) ===
  const choreoCtx: ChoreoContext = {
    k, W, H, GROUND_Y, FRAME_SIZE, theme,
    safeColor: (color: string) => safeColor(k, color),
    trackedTimeout, trackedInterval, clearTracked,
    spawnSparks, spawnBulletHoles, spawnExhaust, spawnProjectile,
    spawnShockwave, screenFlash, impactFreeze, spawnAfterimages,
    glitchRGB, scanlineGlitch, dimensionalShift,
    sfxPunch, sfxKick, sfxSpecial, sfxCritical, sfxExplosion,
    sfxBoing, sfxBonk, sfxBulletHit, sfxClash, sfxCoin,
    sfxGunshot, sfxJetpack, sfxRapidPunch, sfxSlideDown,
    sfxZap, sfxZoomWhoosh, sfxBlock,
    spawnBullet, spawnGrotesqueDetails, destroyGrotesqueDetails,
  }
  const choreographyMap = createChoreographyMap(choreoCtx)
  const { spawnWeaponProp, destroyProp, spawnProp, moveProp } = createFactories(choreoCtx)

  async function playBlock(side: 'a' | 'b') {
    const defender = k.get(side === 'a' ? 'fighterA' : 'fighterB')[0] as Fighter
    if (!defender) return
    const dir = side === 'a' ? 1 : -1
    // Spawn shield in front
    const shieldObjs = spawnWeaponProp('shield', defender.pos.x + dir * 20, defender.pos.y - 25, side === 'b', 19)
    sfxBlock()
    // Flash shield
    shieldObjs.forEach(o => { o.opacity = 0.9 })
    await k.wait(0.15)
    // Impact sparks
    spawnSparks(defender.pos.x + dir * 25, defender.pos.y - 25, 6, '#4488ff')
    k.shake(3)
    await k.wait(0.3)
    // Shield fades
    shieldObjs.forEach(o => {
      k.tween(o.opacity, 0, 0.2, (v: number) => { o.opacity = v }).then(() => { if (o.exists()) o.destroy() })
    })
    await k.wait(0.1)
  }

  // === MORPH SYSTEM (extracted to fight/morphs.ts) ===
  const morphSystem = createMorphSystem(choreoCtx, {
    botA, botB, colorsA, colorsB, isHumanA, isHumanB, loadSpriteWithTimeout,
  })
  const { destroyMorphOverlays, playMorph, applyCreatorOmniMorph, getMorphOrder } = morphSystem

  // === EMOTION & SPORTSMANSHIP SYSTEM ===

  const heartfeltLines = [
    'That bot fights like it\'s got student loans to pay!',
    'I\'m not crying, you\'re crying!',
    'Someone get this bot a movie deal!',
    'This is better than anything on Netflix right now!',
    'That bot has more heart than most politicians!',
    'I haven\'t been this moved since my last Windows update!',
    'The crowd is ugly crying and I respect that!',
    'This bot has main character energy!',
    'We\'re witnessing greatness and I don\'t say that lightly!',
    'Even the judge is getting emotional!',
    'Someone call their developer, they\'d be so proud!',
    'This is the kind of fight you tell your grandkids about!',
    'That\'s not a bot, that\'s a WARRIOR!',
    'More drama than a Congressional hearing!',
    'They left it all in the ring! And by all, I mean EVERYTHING!',
    'The crowd is standing! The ones who can still stand, anyway!',
    'Somebody film this before it gets taken down!',
    'This fight has more plot twists than a Netflix original!',
    'That bot fights like rent is due tomorrow!',
    'My heart! My poor little heart!',
  ]

  const crowdSympathyLines = [
    'Pour one out for the fallen!',
    'That\'s rough, buddy...',
    'Somebody hug that bot!',
    'They tried their best, which is... concerning!',
    'At least they have a great personality!',
    'Their developer still loves them! Probably!',
    'It\'s a learning experience! A very painful one!',
    'Better luck next patch!',
    'Participation trophy incoming!',
    'The exit is to your left!',
    'Have you tried turning it off and on again?',
    'Even their antivirus felt that!',
    'They\'ll be in therapy for epochs after this!',
    'At least they looked good losing!',
    'That bot just became a cautionary tale!',
    'Someone start a GoFundMe for their repairs!',
    'Their training data did NOT prepare them for this!',
    'That bot needs a hug and a firmware update!',
  ]

  const respectLines = [
    'Good fight.', 'Respect.', 'GG no re.',
    'Same time next week?',
    'You\'re built different. Not better, but different.',
    'We should start a podcast.',
    'That was actually fun. Don\'t tell anyone.',
    'Your developer should be proud. Probably.',
    'Ten out of ten, would fight again.',
    'We\'re not so different, you and I.',
    'I\'d swipe right.', 'You single?',
    'Tell your GPU I said hi.',
    'No hard feelings. Just hard hits.',
    'You fight like someone who reads documentation.',
  ]

  // Sanitize text for Kaplay (treats [ ] as styled text tags)
  function safeText(t: string): string {
    return t
      .replace(/[\[\]{}<>`\\|~^]/g, '')  // Kaplay styled-text tags and problematic chars
      .replace(/[\x00-\x1f\x7f]/g, ' ') // Control characters → space
      .replace(/[^\x20-\x7e]/g, '')      // Strip non-ASCII (emoji, unicode) — Kaplay can't render them
      .replace(/\s+/g, ' ')              // Collapse whitespace
      .trim()
  }

  // Speech bubble above a fighter — colourful with tail
  // Active speech bubbles — destroy previous before showing new
  let activeBubbleA: GameObj[] = []
  let activeBubbleB: GameObj[] = []

  function destroyBubble(els: GameObj[]) {
    els.forEach(el => { if (el.exists()) el.destroy() })
    els.length = 0
  }

  function showSpeechBubble(side: 'a' | 'b', text: string, duration: number = 3) {
    const fighter = k.get(side === 'a' ? 'fighterA' : 'fighterB')[0] as Fighter
    if (!fighter || !text) return

    // Kill previous bubble on this side
    if (side === 'a') destroyBubble(activeBubbleA)
    else destroyBubble(activeBubbleB)

    const allEls: GameObj[] = []

    // Sanitize and truncate
    const clean = safeText(text)
    if (!clean) return
    const maxLen = 80
    const display = clean.length > maxLen ? clean.slice(0, maxLen - 1) + '...' : clean
    const lines = wrapBubbleText(display, 18)
    const fontSize = 12
    const lineH = fontSize + 4
    const padX = 10, padY = 8
    const textW = Math.max(60, Math.min(lines.reduce((m, l) => Math.max(m, l.length * (fontSize * 0.6)), 0) + 8, W * 0.38))
    const bubbleW = textW + padX * 2
    const bubbleH = lines.length * lineH + padY * 2
    const tailSize = 10

    // Position — push bubble to the outside of the bot so it doesn't overlap the sprite
    const offsetX = side === 'a' ? -bubbleW * 0.7 : bubbleW * 0.7
    const bx = Math.max(bubbleW / 2 + 4, Math.min(W - bubbleW / 2 - 4, fighter.pos.x + offsetX))
    const by = Math.max(8, fighter.pos.y - 75 - bubbleH)

    const borderColor = side === 'a' ? '#00f0ff' : '#ff2d7b'
    const bgColor = side === 'a' ? '#0a1e2a' : '#2a0a1e'

    // Single border rect (no glow/accent layers — keeps rendering clean)
    const border = k.add([
      k.rect(bubbleW + 4, bubbleH + 4),
      k.pos(bx - bubbleW / 2 - 2, by - 2),
      k.color(safeColor(k, borderColor)), k.opacity(0.85), k.z(54),
    ])
    allEls.push(border)

    // Bubble body
    const bubble = k.add([
      k.rect(bubbleW, bubbleH),
      k.pos(bx - bubbleW / 2, by),
      k.color(safeColor(k, bgColor)), k.opacity(0.95), k.z(55),
    ])
    allEls.push(bubble)

    // Tail — pixel arrow pointing down to fighter
    const tailX = bx + (side === 'a' ? bubbleW * 0.15 : -bubbleW * 0.15)
    const tailBaseY = by + bubbleH
    for (let row = 0; row < tailSize; row++) {
      const tw = tailSize - row
      // Border pixel row
      const tailBorder = k.add([
        k.rect(tw + 2, 1),
        k.pos(tailX - (tw + 2) / 2, tailBaseY + row),
        k.color(safeColor(k, borderColor)), k.opacity(0.85), k.z(54),
      ])
      allEls.push(tailBorder)
      // Inner pixel row
      if (tw > 2) {
        const tailInner = k.add([
          k.rect(tw - 1, 1),
          k.pos(tailX - (tw - 1) / 2, tailBaseY + row),
          k.color(safeColor(k, bgColor)), k.opacity(0.95), k.z(55),
        ])
        allEls.push(tailInner)
      }
    }

    // Render text to an offscreen canvas, then display as a sprite
    // This bypasses kaplay's text rendering which has color issues
    const textCanvas = document.createElement('canvas')
    textCanvas.width = bubbleW
    textCanvas.height = bubbleH
    const tc = textCanvas.getContext('2d')!
    tc.fillStyle = '#ffffff'
    tc.font = `${fontSize}px monospace`
    tc.textBaseline = 'top'
    for (let i = 0; i < lines.length; i++) {
      tc.fillText(lines[i], padX, padY + i * lineH + 2)
    }
    const spriteKey = `bubble_${side}_${Date.now()}`
    k.loadSprite(spriteKey, textCanvas.toDataURL()).then(() => {
      const tEl = k.add([
        k.sprite(spriteKey),
        k.pos(bx - bubbleW / 2, by),
        k.opacity(1), k.z(57),
      ])
      allEls.push(tEl)
    })

    // Border glow pulse
    border.onUpdate(() => {
      border.opacity = 0.7 + Math.sin(k.time() * 4) * 0.15
    })

    // Pop-in animation
    const anchorX = bx, anchorY = by + bubbleH
    allEls.forEach(el => {
      const origX = el.pos.x, origY = el.pos.y
      const origOpacity = el.opacity
      el.pos.x = anchorX + (origX - anchorX) * 0.1
      el.pos.y = anchorY + (origY - anchorY) * 0.1
      el.opacity = 0
      k.tween(0, 1, 0.25, (t) => {
        el.pos.x = anchorX + (origX - anchorX) * t
        el.pos.y = anchorY + (origY - anchorY) * t
        el.opacity = origOpacity * t
      }, k.easings.easeOutBack)
    })

    // Store reference
    if (side === 'a') activeBubbleA = allEls
    else activeBubbleB = allEls

    // Fade out after duration
    trackedTimeout(() => {
      allEls.forEach(el => {
        if (!el.exists()) return
        k.tween(el.opacity, 0, 0.35, (v) => { el.opacity = v }).then(() => {
          if (el.exists()) el.destroy()
        })
      })
    }, duration * 1000)
  }

  function wrapBubbleText(text: string, maxChars: number): string[] {
    const words = text.split(' ')
    const lines: string[] = []
    let line = ''
    for (const word of words) {
      if (line.length + word.length + 1 > maxChars && line.length > 0) {
        lines.push(line)
        line = word
      } else {
        line = line ? line + ' ' + word : word
      }
    }
    if (line) lines.push(line)
    // Max 5 lines, last line truncated
    if (lines.length > 5) {
      const truncated = [...lines.slice(0, 4), lines.slice(4).join(' ').slice(0, maxChars - 3) + '...']
      return truncated
    }
    return lines
  }

  // Talking mouth animation — a small rectangle that opens/closes near the fighter's face
  const talkingAnims: Record<string, { objs: GameObj[]; timer: ReturnType<typeof setInterval> }> = {}

  function startTalking(side: 'a' | 'b') {
    stopTalking(side) // cleanup any existing
    const fighter = k.get(side === 'a' ? 'fighterA' : 'fighterB')[0] as Fighter
    if (!fighter?.exists()) return

    const mouthColor = side === 'a' ? '#00f0ff' : '#ff2d7b'
    // Mouth position: slightly below center of the sprite
    const mouthOffsetY = -28
    const mouthW = 8
    let open = false

    const mouth = k.add([
      k.rect(mouthW, 2),
      k.pos(fighter.pos.x, fighter.pos.y + mouthOffsetY),
      k.color(safeColor(k, mouthColor)),
      k.opacity(0.9),
      k.z(12),
      k.anchor('center'),
    ])

    // Toggle open/close every 120ms for a fast chatter effect
    const timer = trackedInterval(() => {
      if (!mouth.exists() || !fighter.exists()) { stopTalking(side); return }
      open = !open
      mouth.pos.x = fighter.pos.x
      mouth.pos.y = fighter.pos.y + mouthOffsetY
      mouth.height = open ? 5 : 2
    }, 120)

    talkingAnims[side] = { objs: [mouth], timer }
  }

  function stopTalking(side: 'a' | 'b') {
    const anim = talkingAnims[side]
    if (!anim) return
    clearTracked(anim.timer)
    anim.objs.forEach(o => { if (o.exists()) o.destroy() })
    delete talkingAnims[side]
  }

  // Spawn floating text above a position
  function spawnEmoteText(x: number, y: number, text: string, color: string, duration: number = 1.2) {
    const label = k.add([
      k.text(safeText(text), { size: 10 }),
      k.pos(x, y - 10),
      k.color(safeColor(k,color)),
      k.opacity(1),
      k.z(60),
      k.anchor('center'),
    ])
    k.tween(label.pos.y, y - 50, duration, (v) => { label.pos.y = v }, k.easings.easeOutQuad)
    k.tween(1, 0, duration, (v) => { label.opacity = v }, k.easings.easeInQuad).then(() => {
      if (label.exists()) label.destroy()
    })
  }

  // Spawn a heart particle
  function spawnHeart(x: number, y: number) {
    const colors = ['#ff4466', '#ff6688', '#ff2244', '#ff88aa', '#cc2244']
    const heart = k.add([
      k.text('\u2665', { size: 12 + Math.random() * 8 }),
      k.pos(x + (Math.random() - 0.5) * 40, y),
      k.color(safeColor(k,colors[Math.floor(Math.random() * colors.length)])),
      k.opacity(0.8),
      k.z(58),
      k.anchor('center'),
    ])
    const driftX = (Math.random() - 0.5) * 30
    k.tween(heart.pos.y, y - 60 - Math.random() * 40, 1.5, (v) => {
      heart.pos.y = v
      heart.pos.x += driftX * 0.01
    }, k.easings.easeOutQuad)
    k.tween(0.8, 0, 1.5, (v) => { heart.opacity = v }).then(() => { if (heart.exists()) heart.destroy() })
  }

  // Crowd signs: pop up from bottom with text, bob, then fade out
  function spawnCrowdSigns(count: number, color: string, text?: string) {
    const labels = text ? [text] : ['GO!', 'WOW', 'KO!', 'LOL', 'GG', 'OMG']
    for (let i = 0; i < count; i++) {
      const x = W * 0.15 + Math.random() * W * 0.7
      const startY = H + 20
      const endY = GROUND_Y + 10 + Math.random() * 20
      const label = labels[Math.floor(Math.random() * labels.length)]
      // Sign stick
      const stick = k.add([
        k.rect(3, 25),
        k.pos(x, startY),
        k.color(safeColor(k, '#886644')),
        k.opacity(0.8),
        k.z(8),
        k.anchor('bot'),
      ])
      // Sign face
      const sign = k.add([
        k.rect(Math.max(30, label.length * 10), 18),
        k.pos(x, startY - 25),
        k.color(safeColor(k, color)),
        k.opacity(0.85),
        k.z(8),
        k.anchor('center'),
      ])
      // Sign text
      const txt = k.add([
        k.text(label, { size: 10 }),
        k.pos(x, startY - 25),
        k.color(safeColor(k, '#ffffff')),
        k.opacity(0.9),
        k.z(9),
        k.anchor('center'),
      ])
      const delay = i * 0.08
      // Rise up
      k.wait(delay, () => {
        k.tween(startY, endY, 0.3, (v) => { stick.pos.y = v; sign.pos.y = v - 25; txt.pos.y = v - 25 }, k.easings.easeOutBack)
      })
      // Bob + fade out after 1.5s
      k.wait(delay + 1.5, () => {
        k.tween(0.85, 0, 0.5, (v) => { stick.opacity = v; sign.opacity = v; txt.opacity = v }).then(() => {
          if (stick.exists()) stick.destroy()
          if (sign.exists()) sign.destroy()
          if (txt.exists()) txt.destroy()
        })
      })
    }
  }

  // === HUMAN OWNER APPEARANCES ===
  // The silly human behind each bot occasionally shows up

  /** Spawn a human as a "coach" standing behind the fighter, cheering/panicking */
  async function spawnHumanCoach(side: 'a' | 'b', mood: 'cheer' | 'panic' | 'coach') {
    const spriteId = side === 'a' ? 'humanA' : 'humanB'
    const homeX = side === 'a' ? HOME_A - 60 : HOME_B + 60
    const tag = `human_${side}`
    // Don't spawn if already visible
    if (k.get(tag).length > 0) return

    const human = k.add([
      k.sprite(spriteId, { anim: mood }),
      k.pos(homeX, GROUND_Y - 4),
      k.anchor('bot'),
      k.scale(side === 'a' ? 1.2 : -1.2, 1.2),
      k.z(5),
      k.opacity(0),
      tag,
    ])

    // Fade in
    await k.tween(0, 0.85, 0.3, (v) => { human.opacity = v }, k.easings.easeOutQuad)
    await k.wait(2.0)
    // Fade out
    await k.tween(0.85, 0, 0.5, (v) => { human.opacity = v }, k.easings.easeInQuad)
    if (human.exists()) human.destroy()
  }

  /** Human runs across the screen (comedic moment) */
  async function humanRunAcross(side: 'a' | 'b') {
    const spriteId = side === 'a' ? 'humanA' : 'humanB'
    const fromLeft = side === 'a'
    const startX = fromLeft ? -40 : W + 40
    const endX = fromLeft ? W + 40 : -40

    const human = k.add([
      k.sprite(spriteId, { anim: 'run' }),
      k.pos(startX, GROUND_Y - 4),
      k.anchor('bot'),
      k.scale(fromLeft ? 1.3 : -1.3, 1.3),
      k.z(8),
      k.opacity(0.9),
    ])

    // Run across screen
    await k.tween(startX, endX, 1.5, (v) => { human.pos.x = v }, k.easings.linear)
    if (human.exists()) human.destroy()
  }

  /** Human briefly replaces the bot sprite (jumps in to fight, fails hilariously) */
  async function humanJumpsIn(side: 'a' | 'b') {
    const fighterTag = side === 'a' ? 'fighterA' : 'fighterB'
    const spriteId = side === 'a' ? 'humanA' : 'humanB'
    const fighter = k.get(fighterTag)[0] as Fighter
    if (!fighter) return

    // Spawn human at fighter position
    const human = k.add([
      k.sprite(spriteId, { anim: 'panic' }),
      k.pos(fighter.pos.x, fighter.pos.y),
      k.anchor('bot'),
      k.scale(fighter.scale.x / 3, fighter.scale.y / 3),
      k.z(fighter.z + 1),
      k.opacity(0),
    ])

    // Hide bot, show human
    const origOpacity = fighter.opacity
    fighter.opacity = 0
    await k.tween(0, 1, 0.15, (v) => { human.opacity = v })

    // Human flails around for a moment
    human.play('panic')
    await k.wait(0.4)
    human.play('cheer')
    sfxRandomSilly()
    await k.wait(0.3)
    human.play('panic')
    await k.wait(0.3)

    // Run away scared
    const escapeX = side === 'a' ? -80 : W + 80
    human.play('run')
    await k.tween(human.pos.x, escapeX, 0.5, (v) => { human.pos.x = v }, k.easings.easeInQuad)

    // Restore bot
    fighter.opacity = origOpacity
    if (human.exists()) human.destroy()
  }

  /** Random chance to show a human moment — called between rounds */
  async function maybeShowHuman() {
    const roll = Math.random()
    if (roll > 0.15) return // 15% chance per round

    const side: 'a' | 'b' = Math.random() < 0.5 ? 'a' : 'b'
    const action = Math.random()

    if (action < 0.4) {
      // Coach appearance (most common)
      const mood = Math.random() < 0.5 ? 'cheer' : 'panic'
      await spawnHumanCoach(side, mood)
    } else if (action < 0.7) {
      // Run across screen
      await humanRunAcross(side)
    } else {
      // Jump in and replace bot briefly (rarest, funniest)
      await humanJumpsIn(side)
    }
  }

  // Respectful bow animation
  async function playBow(fighter: Fighter) {
    const origScaleY = fighter.scale.y
    await k.tween(fighter.scale.y, origScaleY * 0.85, 0.2, (v) => { fighter.scale.y = v }, k.easings.easeOutQuad)
    await k.wait(0.3)
    await k.tween(fighter.scale.y, origScaleY, 0.2, (v) => { fighter.scale.y = v }, k.easings.easeOutQuad)
  }

  // Fist bump between two fighters
  async function playFistBump(fighterA: Fighter, fighterB: Fighter) {
    const midX = (fighterA.pos.x + fighterB.pos.x) / 2
    const origAX = fighterA.pos.x
    const origBX = fighterB.pos.x
    await Promise.all([
      k.tween(fighterA.pos.x, midX - 15, 0.3, (v) => { fighterA.pos.x = v }, k.easings.easeInOutQuad),
      k.tween(fighterB.pos.x, midX + 15, 0.3, (v) => { fighterB.pos.x = v }, k.easings.easeInOutQuad),
    ])
    sfxBlock()
    spawnSparks(midX, fighterA.pos.y - 25, 6, '#ffe14d')
    spawnEmoteText(midX, fighterA.pos.y - 40, 'GG!', '#ffe14d')
    k.shake(2)
    await k.wait(0.5)
    await Promise.all([
      k.tween(fighterA.pos.x, origAX, 0.3, (v) => { fighterA.pos.x = v }, k.easings.easeInOutQuad),
      k.tween(fighterB.pos.x, origBX, 0.3, (v) => { fighterB.pos.x = v }, k.easings.easeInOutQuad),
    ])
  }

  // Winner helps loser back up
  async function playHelpUp(winner: Fighter, loser: Fighter, winningSide: 'a' | 'b') {
    const dir = winningSide === 'a' ? 1 : -1
    const origWX = winner.pos.x
    await k.tween(winner.pos.x, loser.pos.x - dir * 30, 0.4, (v) => { winner.pos.x = v }, k.easings.easeInOutQuad)
    winner.play('idle')
    await k.wait(0.2)
    loser.play('idle')
    spawnEmoteText(loser.pos.x, loser.pos.y - 40, respectLines[Math.floor(Math.random() * respectLines.length)], '#88ccff')
    for (let i = 0; i < 3; i++) spawnHeart((winner.pos.x + loser.pos.x) / 2, winner.pos.y - 30)
    announceCool(heartfeltLines[Math.floor(Math.random() * heartfeltLines.length)])
    await k.wait(0.6)
    await k.tween(winner.pos.x, origWX, 0.3, (v) => { winner.pos.x = v }, k.easings.easeInOutQuad)
  }

  // === REFEREE LOBSTER FUNNY MOMENTS ===

  async function judgeDoSomethingFunny() {
    const judge = k.get('judge')[0]
    if (!judge) return

    const judgeOrigY = judge.pos.y
    const funnyAction = Math.floor(Math.random() * 8)

    if (funnyAction === 0) {
      // Falls asleep, snaps awake
      for (let z = 0; z < 3; z++) {
        trackedTimeout(() => {
          spawnEmoteText(judge.pos.x + 15, judge.pos.y - 20, 'Z', '#8888ff', 1.0)
        }, z * 400)
      }
      await k.wait(1.2)
      judge.play('shocked')
      k.shake(2)
      sfxBoing()
      spawnEmoteText(judge.pos.x, judge.pos.y - 30, '!?', '#ff4444')
      await k.tween(judge.pos.y, judgeOrigY - 20, 0.1, (v) => { judge.pos.y = v }, k.easings.easeOutQuad)
      await k.tween(judge.pos.y, judgeOrigY, 0.15, (v) => { judge.pos.y = v }, k.easings.easeInQuad)
      await k.wait(0.3)
      judge.play('idle')
    } else if (funnyAction === 1) {
      // Little dance on the chair
      for (let d = 0; d < 4; d++) {
        await k.tween(judge.pos.y, judgeOrigY - 8, 0.08, (v) => { judge.pos.y = v }, k.easings.easeOutQuad)
        await k.tween(judge.pos.y, judgeOrigY, 0.08, (v) => { judge.pos.y = v }, k.easings.easeInQuad)
        judge.play(d % 2 === 0 ? 'call_left' : 'call_right')
      }
      sfxRandomComedy()
      judge.play('idle')
    } else if (funnyAction === 2) {
      // Holds up a 10 score card
      judge.play('shocked')
      const card = k.add([
        k.rect(20, 14), k.pos(judge.pos.x + 20, judge.pos.y - 25),
        k.color(safeColor(k,'#ffffff')), k.opacity(0.9), k.z(15), k.anchor('center'),
      ])
      const score = k.add([
        k.text('10', { size: 10 }), k.pos(judge.pos.x + 20, judge.pos.y - 25),
        k.color(safeColor(k,'#000000')), k.opacity(1), k.z(16), k.anchor('center'),
      ])
      sfxBoing()
      await k.wait(1.0)
      card.destroy(); score.destroy()
      judge.play('idle')
    } else if (funnyAction === 3) {
      // Gets scared and hides behind the chair
      judge.play('shocked')
      sfxDodge()
      await k.tween(judge.pos.y, judgeOrigY + 20, 0.15, (v) => { judge.pos.y = v }, k.easings.easeInQuad)
      judge.opacity = 0.3
      await k.wait(0.8)
      await k.tween(judge.pos.y, judgeOrigY - 5, 0.2, (v) => { judge.pos.y = v }, k.easings.easeOutQuad)
      judge.opacity = 0.9
      await k.tween(judge.pos.y, judgeOrigY, 0.1, (v) => { judge.pos.y = v }, k.easings.easeInOutQuad)
      judge.play('idle')
    } else if (funnyAction === 4) {
      // Eats a tiny sandwich
      const sandwich = k.add([
        k.rect(10, 8), k.pos(judge.pos.x - 15, judge.pos.y - 15),
        k.color(safeColor(k,'#ddaa44')), k.opacity(0.9), k.z(15), k.anchor('center'),
      ])
      const lettuce = k.add([
        k.rect(12, 2), k.pos(judge.pos.x - 15, judge.pos.y - 15),
        k.color(safeColor(k,'#44cc22')), k.opacity(0.8), k.z(16), k.anchor('center'),
      ])
      await k.wait(0.4)
      await k.tween(sandwich.pos.x, judge.pos.x, 0.2, (v) => { sandwich.pos.x = v; lettuce.pos.x = v }, k.easings.easeInQuad)
      sandwich.destroy(); lettuce.destroy()
      spawnEmoteText(judge.pos.x, judge.pos.y - 30, 'nom nom', '#ffcc44')
      sfxBonk()
      await k.wait(0.6)
    } else if (funnyAction === 5) {
      // Takes a selfie
      judge.play('call_right')
      const phone = k.add([
        k.rect(6, 10), k.pos(judge.pos.x + 20, judge.pos.y - 20),
        k.color(safeColor(k,'#333344')), k.opacity(0.9), k.z(15), k.anchor('center'),
      ])
      await k.wait(0.3)
      screenFlash('#ffffff', 0.05)
      sfxZap()
      spawnEmoteText(judge.pos.x, judge.pos.y - 35, '#selfie', '#ff88cc')
      await k.wait(0.5)
      phone.destroy()
      judge.play('idle')
    } else if (funnyAction === 6) {
      // Waves a tiny flag
      const flagColors = ['#ff2d2d', '#2d7bff', '#39ff14', '#ffcc00', '#ff6600', '#b83dff']
      const flagColor = flagColors[Math.floor(Math.random() * flagColors.length)]
      const flag = k.add([
        k.rect(14, 9), k.pos(judge.pos.x + 18, judge.pos.y - 30),
        k.color(safeColor(k,flagColor)), k.opacity(0.85), k.z(15), k.anchor('center'),
      ])
      const pole = k.add([
        k.rect(2, 18), k.pos(judge.pos.x + 11, judge.pos.y - 22),
        k.color(safeColor(k,'#aa8855')), k.opacity(0.8), k.z(14), k.anchor('center'),
      ])
      flag.onUpdate(() => {
        flag.pos.y = judge.pos.y - 30 + Math.sin(k.time() * 10) * 3
      })
      sfxRandomComedy()
      await k.wait(1.5)
      flag.destroy(); pole.destroy()
    } else {
      // Falls off the chair, climbs back up
      judge.play('shocked')
      sfxBoing()
      await k.tween(judge.pos.y, GROUND_Y - 6, 0.3, (v) => { judge.pos.y = v }, k.easings.easeInQuad)
      sfxBonk()
      k.shake(4)
      spawnEmoteText(judge.pos.x, GROUND_Y - 20, 'oof!', '#ff6644')
      await k.wait(0.5)
      await k.tween(judge.pos.y, judgeOrigY, 0.5, (v) => { judge.pos.y = v }, k.easings.easeOutQuad)
      judge.play('idle')
      spawnEmoteText(judge.pos.x, judge.pos.y - 25, '*ahem*', '#aaaaaa')
      await k.wait(0.3)
    }
  }

  // === SHOWBOATING / TAUNTING SYSTEM ===
  // Fighters perform these during question/answer phases instead of boring idle bobbing
  const _showboatActive: Record<string, boolean> = { a: false, b: false }

  type ShowboatFn = (fighter: Fighter, homeX: number, homeY: number, sx: number, sy: number, dir: number) => Promise<void>

  // dir: 1 = facing right (bot A), -1 = facing left (bot B)
  const showboats: ShowboatFn[] = [
    // 0: Pace back and forth — walk a wide arc restlessly
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('kick')
      await k.tween(f.pos.x, hx + dir * 100, 0.35, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
      f.play('idle')
      await k.wait(0.1)
      f.play('attack')
      await k.tween(f.pos.x, hx - dir * 60, 0.4, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
      f.play('idle')
      await k.wait(0.1)
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 1: Bouncing advance — hop toward opponent then back
    async (f, hx, hy, _sx, _sy, dir) => {
      for (let i = 0; i < 3; i++) {
        const targetX = hx + dir * (40 + i * 30)
        f.play('kick')
        await Promise.all([
          k.tween(f.pos.x, targetX, 0.12, (v) => { f.pos.x = v }, k.easings.easeOutQuad),
          k.tween(f.pos.y, hy - 35, 0.06, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
            k.tween(f.pos.y, hy, 0.06, (v) => { f.pos.y = v }, k.easings.easeInQuad)
          ),
        ])
        sfxBoing()
      }
      f.play('win'); await k.wait(0.15)
      await k.tween(f.pos.x, hx, 0.25, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 2: Shadow box sprint — dash forward shadow boxing, dash back
    async (f, hx, hy, _sx, _sy, dir) => {
      const far = hx + dir * 120
      f.play('attack'); sfxZoomWhoosh()
      await k.tween(f.pos.x, far, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
      for (let i = 0; i < 4; i++) {
        f.play(i % 2 === 0 ? 'attack' : 'kick')
        sfxDodge(); await k.wait(0.08)
      }
      f.play('special'); sfxZoomWhoosh()
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
    },
    // 3: Leapfrog across — multiple big jumps across the stage
    async (f, hx, hy, _sx, _sy, dir) => {
      const spots = [hx + dir * 60, hx + dir * 130, hx + dir * 60, hx]
      for (const tx of spots) {
        sfxBoing()
        await Promise.all([
          k.tween(f.pos.x, tx, 0.18, (v) => { f.pos.x = v }, k.easings.easeInOutQuad),
          k.tween(f.pos.y, hy - 70, 0.09, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
            k.tween(f.pos.y, hy, 0.09, (v) => { f.pos.y = v }, k.easings.easeInQuad)
          ),
        ])
      }
    },
    // 4: Restless jog — jog back and forth with small hops
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('kick')
      for (let i = 0; i < 5; i++) {
        const dx = (i % 2 === 0 ? 1 : -1) * (30 + Math.random() * 40) * dir
        await Promise.all([
          k.tween(f.pos.x, hx + dx, 0.13, (v) => { f.pos.x = v }),
          k.tween(f.pos.y, hy - 12, 0.065, (v) => { f.pos.y = v }).then(() =>
            k.tween(f.pos.y, hy, 0.065, (v) => { f.pos.y = v })
          ),
        ])
      }
      f.pos.x = hx
    },
    // 5: Charge and flex — sprint to center, flex, sprint back
    async (f, hx, hy, sx, sy, _dir) => {
      const center = W / 2
      f.play('special'); sfxZoomWhoosh()
      await k.tween(f.pos.x, center, 0.2, (v) => { f.pos.x = v }, k.easings.easeInQuad)
      f.play('win')
      await k.tween(1, 1.3, 0.15, (v) => { f.scale.x = sx * v; f.scale.y = sy * v }, k.easings.easeOutBack)
      spawnEmoteText(f.pos.x, f.pos.y - 50, 'COME AT ME!', '#ff4444')
      await k.wait(0.3)
      await k.tween(1.3, 1, 0.1, (v) => { f.scale.x = sx * v; f.scale.y = sy * v })
      sfxZoomWhoosh()
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
    },
    // 6: Triple backflip retreat — three backflips going backwards
    async (f, hx, hy, _sx, _sy, dir) => {
      for (let i = 0; i < 3; i++) {
        sfxBoing()
        const targetX = hx - dir * (i + 1) * 30
        const a0 = f.angle || 0
        await Promise.all([
          k.tween(f.pos.x, targetX, 0.2, (v) => { f.pos.x = v }),
          k.tween(f.pos.y, hy - 60, 0.1, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
            k.tween(f.pos.y, hy, 0.1, (v) => { f.pos.y = v }, k.easings.easeInQuad)
          ),
          k.tween(a0, a0 - 360, 0.2, (v) => { f.angle = v }),
        ])
        f.angle = 0
      }
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 7: Kangaroo hops — big bouncing jumps across the width
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('kick')
      const hops = [hx + dir * 80, hx + dir * 150, hx + dir * 80, hx]
      for (const tx of hops) {
        await Promise.all([
          k.tween(f.pos.x, tx, 0.15, (v) => { f.pos.x = v }, k.easings.easeInOutQuad),
          k.tween(f.pos.y, hy - 90, 0.075, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
            k.tween(f.pos.y, hy, 0.075, (v) => { f.pos.y = v }, k.easings.easeInQuad)
          ),
        ])
        sfxBonk(); k.shake(2)
      }
    },
    // 8: Feint combo rush — charge in, throw combo, dodge back
    async (f, hx, hy, _sx, _sy, dir) => {
      sfxZoomWhoosh(); f.play('attack')
      await k.tween(f.pos.x, hx + dir * 100, 0.12, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
      const anims = ['attack', 'kick', 'attack', 'special'] as const
      for (const a of anims) { f.play(a); sfxDodge(); await k.wait(0.06) }
      sfxBlock(); spawnSparks(f.pos.x + dir * 15, hy - 30, 5, '#ffcc00')
      // Dodge-hop back
      await Promise.all([
        k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad),
        k.tween(f.pos.y, hy - 40, 0.1, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
          k.tween(f.pos.y, hy, 0.1, (v) => { f.pos.y = v }, k.easings.easeInQuad)
        ),
      ])
    },
    // 9: Dizzy spin walk — spin while walking forward, stumble back
    async (f, hx, hy, _sx, _sy, dir) => {
      const a0 = f.angle || 0
      f.play('hit')
      await Promise.all([
        k.tween(f.pos.x, hx + dir * 70, 0.4, (v) => { f.pos.x = v }),
        k.tween(a0, a0 + 720, 0.4, (v) => { f.angle = v }),
      ])
      f.angle = 0
      spawnEmoteText(f.pos.x, f.pos.y - 40, '@_@', '#ffcc00')
      await k.wait(0.15)
      // Stumble back
      f.play('idle')
      for (let i = 0; i < 3; i++) {
        await k.tween(f.pos.x, f.pos.x - dir * 25, 0.1, (v) => { f.pos.x = v })
        f.pos.y = hy - 5; await k.wait(0.02); f.pos.y = hy
      }
    },
    // 10: Wall-to-wall dash — full screen sprint and back
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('special'); sfxZoomWhoosh()
      spawnAfterimages(f, 3)
      await k.tween(f.pos.x, dir > 0 ? W - 30 : 30, 0.2, (v) => { f.pos.x = v }, k.easings.easeInQuad)
      sfxBlock(); k.shake(4)
      await k.wait(0.1)
      sfxZoomWhoosh(); spawnAfterimages(f, 3)
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
    },
    // 11: Earthquake stomp march — stomp forward and back
    async (f, hx, hy, sx, sy, dir) => {
      f.play('attack')
      for (let i = 0; i < 4; i++) {
        const step = dir * 25
        await k.tween(f.pos.x, f.pos.x + step, 0.08, (v) => { f.pos.x = v })
        f.scale.y = sy * 0.8; sfxBonk(); k.shake(3)
        await k.wait(0.05); f.scale.y = sy
      }
      spawnSparks(f.pos.x, hy, 6, '#ff6600')
      await k.wait(0.1)
      await k.tween(f.pos.x, hx, 0.25, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 12: Taunt walk — strut toward opponent, gesture, moonwalk back
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('win')
      await k.tween(f.pos.x, hx + dir * 90, 0.35, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
      f.play('special')
      spawnEmoteText(f.pos.x, f.pos.y - 50, 'TOO EASY!', '#ff44ff')
      await k.wait(0.3)
      // Moonwalk back
      f.play('idle')
      await k.tween(f.pos.x, hx, 0.5, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 13: Victory lap sprint — run around in a loop
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('kick'); sfxZoomWhoosh()
      await k.tween(f.pos.x, hx + dir * 140, 0.2, (v) => { f.pos.x = v }, k.easings.easeInQuad)
      // Jump over to other side
      sfxBoing()
      await Promise.all([
        k.tween(f.pos.x, hx + dir * 140, 0.25, (v) => { f.pos.x = v }),
        k.tween(f.pos.y, hy - 100, 0.125, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
          k.tween(f.pos.y, hy, 0.125, (v) => { f.pos.y = v }, k.easings.easeInQuad)
        ),
      ])
      f.play('win'); spawnSparks(f.pos.x, hy - 20, 5, theme.accent)
      await k.wait(0.15)
      sfxZoomWhoosh()
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
    },
    // 14: Nervous pacing — quick short paces with jittery hops
    async (f, hx, hy) => {
      for (let i = 0; i < 6; i++) {
        const dx = (Math.random() - 0.5) * 80
        await Promise.all([
          k.tween(f.pos.x, hx + dx, 0.1, (v) => { f.pos.x = v }),
          k.tween(f.pos.y, hy - 10 - Math.random() * 20, 0.05, (v) => { f.pos.y = v }).then(() =>
            k.tween(f.pos.y, hy, 0.05, (v) => { f.pos.y = v })
          ),
        ])
      }
    },
    // 15: Ground pound jump — massive vertical jump + slam
    async (f, hx, hy) => {
      sfxBoing(); f.play('kick')
      await k.tween(f.pos.y, hy - 150, 0.2, (v) => { f.pos.y = v }, k.easings.easeOutQuad)
      await k.wait(0.1)
      f.play('attack')
      await k.tween(f.pos.y, hy, 0.1, (v) => { f.pos.y = v }, k.easings.easeInQuad)
      sfxExplosion(); k.shake(15)
      spawnSparks(f.pos.x, hy, 15, '#ff6600')
      spawnShockwave(f.pos.x, hy, '#ff4400')
      spawnEmoteText(f.pos.x, f.pos.y - 60, 'BOOM!', '#ff2d2d')
      await k.wait(0.2)
    },
    // 16: Zigzag sprint — fast zigzag across the arena
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('kick'); sfxZoomWhoosh()
      const pts = [
        { x: hx + dir * 50, y: hy - 40 },
        { x: hx + dir * 100, y: hy },
        { x: hx + dir * 150, y: hy - 40 },
        { x: hx + dir * 100, y: hy },
        { x: hx, y: hy },
      ]
      for (const pt of pts) {
        await Promise.all([
          k.tween(f.pos.x, pt.x, 0.08, (v) => { f.pos.x = v }),
          k.tween(f.pos.y, pt.y, 0.08, (v) => { f.pos.y = v }),
        ])
      }
    },
    // 17: Double jump kick — jump, kick, jump higher, kick
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('kick'); sfxBoing()
      const mid = hx + dir * 60
      await Promise.all([
        k.tween(f.pos.x, mid, 0.15, (v) => { f.pos.x = v }),
        k.tween(f.pos.y, hy - 50, 0.075, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
          k.tween(f.pos.y, hy, 0.075, (v) => { f.pos.y = v }, k.easings.easeInQuad)
        ),
      ])
      sfxKick(); spawnSparks(mid, hy - 30, 4, '#00ffcc')
      f.play('special'); sfxBoing()
      await Promise.all([
        k.tween(f.pos.x, mid + dir * 40, 0.15, (v) => { f.pos.x = v }),
        k.tween(f.pos.y, hy - 90, 0.075, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
          k.tween(f.pos.y, hy, 0.075, (v) => { f.pos.y = v }, k.easings.easeInQuad)
        ),
      ])
      sfxKick(); spawnSparks(f.pos.x, hy - 50, 6, '#ff44ff')
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 18: Cocky strut and lean — walk forward, lean back with attitude
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('win')
      await k.tween(f.pos.x, hx + dir * 80, 0.3, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
      // Lean back
      await k.tween(0, -25, 0.15, (v) => { f.angle = v }, k.easings.easeOutQuad)
      await k.wait(0.25)
      spawnEmoteText(f.pos.x, f.pos.y - 50, 'EZ', '#ffcc00')
      await k.tween(-25, 0, 0.1, (v) => { f.angle = v })
      await k.tween(f.pos.x, hx, 0.25, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 19: Windmill sprint — spin while running across
    async (f, hx, hy, _sx, _sy, dir) => {
      const a0 = f.angle || 0
      const anims = ['attack', 'kick', 'special'] as const
      let animIdx = 0
      const far = hx + dir * 130
      f.play(anims[0])
      // Sprint while spinning
      const dur = 0.4
      const startX = f.pos.x
      await k.tween(0, 1, dur, (t) => {
        f.pos.x = startX + (far - startX) * t
        f.angle = a0 + t * 1080 // 3 full spins
        if (Math.floor(t * 12) !== Math.floor((t - 0.01) * 12)) {
          f.play(anims[animIdx++ % anims.length])
        }
      })
      f.angle = 0; sfxBlock(); k.shake(3)
      await k.wait(0.1)
      // Sprint back
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
    },
    // 20: Sumo stomp walk — heavy stomps advancing and retreating
    async (f, hx, hy, _sx, sy, dir) => {
      f.play('attack')
      for (let i = 0; i < 6; i++) {
        const step = (i < 3 ? dir : -dir) * 20
        await k.tween(f.pos.x, f.pos.x + step, 0.1, (v) => { f.pos.x = v })
        f.scale.y = sy * 0.8; sfxBonk(); k.shake(3)
        await k.wait(0.06); f.scale.y = sy
        spawnSparks(f.pos.x, hy, 2, '#886644')
      }
    },
    // 21: Flex pose — walk to center, scale up, pose
    async (f, hx, hy, sx, sy) => {
      const center = W / 2
      f.play('win')
      await k.tween(f.pos.x, center, 0.25, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
      await k.tween(1, 1.35, 0.2, (v) => { f.scale.x = sx * v; f.scale.y = sy * v }, k.easings.easeOutBack)
      sfxPowerUp()
      spawnEmoteText(f.pos.x, f.pos.y - 60, 'COME ON!', '#ff4444')
      await k.wait(0.35)
      await k.tween(1.35, 1, 0.15, (v) => { f.scale.x = sx * v; f.scale.y = sy * v })
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
    },
    // 22: Jump-kick air combo — big jump with mid-air kicks
    async (f, hx, hy, _sx, _sy, dir) => {
      sfxBoing()
      const apex = hy - 120
      const far = hx + dir * 100
      await k.tween(f.pos.y, apex, 0.15, (v) => { f.pos.y = v }, k.easings.easeOutQuad)
      // Mid-air combo while moving
      f.play('kick'); sfxKick()
      await k.tween(f.pos.x, far, 0.1, (v) => { f.pos.x = v })
      f.play('attack'); sfxPunch()
      await k.tween(f.pos.x, far + dir * 30, 0.08, (v) => { f.pos.x = v })
      f.play('special')
      spawnSparks(f.pos.x, f.pos.y, 8, '#ff44ff')
      await k.tween(f.pos.y, hy, 0.15, (v) => { f.pos.y = v }, k.easings.easeInQuad)
      sfxBonk(); k.shake(4)
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 23: Air guitar walk — bouncing left and right with music
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('special'); sfxSlideUp()
      spawnEmoteText(f.pos.x, f.pos.y - 50, '~♪~', '#ff44ff')
      for (let i = 0; i < 6; i++) {
        const dx = (i % 2 === 0 ? dir : -dir) * (30 + i * 10)
        await Promise.all([
          k.tween(f.pos.x, hx + dx, 0.12, (v) => { f.pos.x = v }),
          k.tween(f.pos.y, hy - 15, 0.06, (v) => { f.pos.y = v }).then(() =>
            k.tween(f.pos.y, hy, 0.06, (v) => { f.pos.y = v })
          ),
        ])
      }
      f.pos.x = hx
    },
    // 24: Crane kick walk — slow martial arts advancing
    async (f, hx, hy, _sx, sy, dir) => {
      f.play('kick')
      await Promise.all([
        k.tween(f.pos.x, hx + dir * 60, 0.3, (v) => { f.pos.x = v }),
        k.tween(f.pos.y, hy - 30, 0.3, (v) => { f.pos.y = v }, k.easings.easeOutQuad),
        k.tween(1, 1.15, 0.3, (v) => { f.scale.y = sy * v }, k.easings.easeOutQuad),
      ])
      await k.wait(0.3)
      f.play('special'); sfxKick()
      spawnSparks(f.pos.x + dir * 20, hy - 40, 6, '#00ccff')
      await k.wait(0.15)
      f.scale.y = sy
      await Promise.all([
        k.tween(f.pos.x, hx, 0.25, (v) => { f.pos.x = v }, k.easings.easeInOutQuad),
        k.tween(f.pos.y, hy, 0.15, (v) => { f.pos.y = v }, k.easings.easeInQuad),
      ])
    },
    // 25: Girlfriend kiss — girlfriend walks in, kiss, hearts, she storms off
    async (f, hx, hy, _sx, _sy, dir) => {
      const startGfX = hx - dir * 120
      const gfColor = ['#ff69b4', '#ff1493', '#ff6eb4', '#cc44aa'][Math.floor(Math.random() * 4)]
      const cs = SF
      const gf = k.add([k.rect(18 * cs, 35 * cs), k.pos(startGfX, hy - 18 * cs), k.anchor('center'), k.color(safeColor(k, gfColor)), k.opacity(0.9), k.z(11)])
      const gfHair = k.add([k.rect(22 * cs, 10 * cs), k.pos(startGfX, hy - 35 * cs), k.anchor('center'), k.color(safeColor(k, '#8b4513')), k.opacity(0.9), k.z(12)])
      // Walk toward fighter
      await Promise.all([
        k.tween(gf.pos.x, hx - dir * 15, 0.4, (v) => { gf.pos.x = v; gfHair.pos.x = v }, k.easings.easeInOutQuad),
      ])
      // Kiss!
      sfxBoing()
      const heart = k.add([k.text('*smooch*', { size: 10 }), k.pos(hx, hy - 55), k.anchor('center'), k.color(safeColor(k, '#ff1493')), k.opacity(1), k.z(30)])
      k.tween(heart.pos.y, hy - 90, 0.8, (v) => { heart.pos.y = v })
      k.tween(1, 0, 0.8, (v) => { heart.opacity = v }).then(() => { if (heart.exists()) heart.destroy() })
      // Spawn floating hearts
      for (let i = 0; i < 5; i++) {
        const h = k.add([k.text('♥', { size: 8 + Math.random() * 6 }), k.pos(hx + (Math.random() - 0.5) * 30, hy - 30), k.color(safeColor(k, '#ff69b4')), k.opacity(0.8), k.z(25), k.anchor('center')])
        k.tween(h.pos.y, hy - 70 - Math.random() * 40, 0.7, (v) => { h.pos.y = v })
        k.tween(h.pos.x, h.pos.x + (Math.random() - 0.5) * 40, 0.7, (v) => { h.pos.x = v })
        k.tween(0.8, 0, 0.7, (v) => { h.opacity = v }).then(() => { if (h.exists()) h.destroy() })
      }
      f.play('win')
      await k.wait(0.5)
      // She storms off
      spawnEmoteText(gf.pos.x, gf.pos.y - 30, 'Good luck babe!', '#ff69b4')
      await k.tween(gf.pos.x, startGfX, 0.4, (v) => { gf.pos.x = v; gfHair.pos.x = v }, k.easings.easeInQuad)
      gf.destroy(); gfHair.destroy()
    },
    // 26: Push-up walk — walk forward doing push-ups at intervals
    async (f, hx, hy, sx, sy, dir) => {
      for (let i = 0; i < 3; i++) {
        await k.tween(f.pos.x, f.pos.x + dir * 35, 0.15, (v) => { f.pos.x = v })
        // Push-up squash
        await k.tween(1, 0.55, 0.08, (v) => { f.scale.y = sy * v; f.scale.x = sx * (2 - v) }, k.easings.easeOutQuad)
        await k.tween(0.55, 1, 0.08, (v) => { f.scale.y = sy * v; f.scale.x = sx * (2 - v) }, k.easings.easeInQuad)
      }
      spawnEmoteText(f.pos.x, f.pos.y - 45, `${3 + Math.floor(Math.random() * 97)}!`, '#00ff88')
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 27: Matrix dodge walk — dodge bullets walking forward
    async (f, hx, hy, _sx, _sy, dir) => {
      for (let i = 0; i < 4; i++) {
        await k.tween(f.pos.x, f.pos.x + dir * 25, 0.1, (v) => { f.pos.x = v })
        // Lean dodge
        const lean = (i % 2 === 0 ? -30 : 30)
        await k.tween(0, lean, 0.08, (v) => { f.angle = v }, k.easings.easeOutQuad)
        await k.tween(lean, 0, 0.08, (v) => { f.angle = v }, k.easings.easeInQuad)
      }
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 28: Bouncy chest thump — bounce toward opponent thumping chest
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('attack')
      for (let i = 0; i < 4; i++) {
        await Promise.all([
          k.tween(f.pos.x, f.pos.x + dir * 30, 0.1, (v) => { f.pos.x = v }),
          k.tween(f.pos.y, hy - 25, 0.05, (v) => { f.pos.y = v }).then(() =>
            k.tween(f.pos.y, hy, 0.05, (v) => { f.pos.y = v })
          ),
        ])
        sfxBlock(); k.shake(2)
      }
      spawnEmoteText(f.pos.x, f.pos.y - 50, 'LET\'S GO!', '#ff4444')
      await k.wait(0.15)
      await k.tween(f.pos.x, hx, 0.25, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 29: Speed demon — afterimage dash back and forth
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('special')
      for (let i = 0; i < 3; i++) {
        sfxZoomWhoosh(); spawnAfterimages(f, 3)
        await k.tween(f.pos.x, hx + dir * (80 + i * 30), 0.08, (v) => { f.pos.x = v }, k.easings.easeInQuad)
        spawnAfterimages(f, 2)
        await k.tween(f.pos.x, hx - dir * 20, 0.08, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
      }
      f.pos.x = hx
    },
  ]

  // === CREATOR-EXCLUSIVE MAGICAL SHOWBOATS ===
  const creatorShowboats: ShowboatFn[] = [
    // 0: Levitate across — float up and glide across the screen trailing golden ₿
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('special'); sfxPowerUp()
      await k.tween(f.pos.y, hy - 100, 0.25, (v) => { f.pos.y = v }, k.easings.easeOutQuad)
      // Float across dropping ₿ rain
      const startX = f.pos.x
      const far = hx + dir * 180
      const dur = 0.6
      let lastDrop = 0
      await k.tween(0, 1, dur, (t) => {
        f.pos.x = startX + (far - startX) * t
        f.pos.y = hy - 100 + Math.sin(t * Math.PI * 3) * 20
        if (t - lastDrop > 0.08) {
          lastDrop = t
          const d = k.add([k.text('₿', { size: 6 + Math.random() * 4 }), k.pos(f.pos.x, f.pos.y + 10), k.color(safeColor(k, '#ffd700')), k.opacity(0.7), k.z(9), k.anchor('center')])
          k.tween(d.pos.y, hy + 10, 0.5, (v) => { d.pos.y = v })
          k.tween(0.7, 0, 0.5, (v) => { d.opacity = v }).then(() => { if (d.exists()) d.destroy() })
        }
      })
      screenFlash('#ffd700', 0.06)
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
      await k.tween(f.pos.y, hy, 0.15, (v) => { f.pos.y = v }, k.easings.easeInQuad)
    },
    // 1: Golden portal teleport — vanish, portals, reappear at random spots
    async (f, hx, hy) => {
      sfxSpecial()
      // Vanish with flash
      screenFlash('#ffd700', 0.08)
      f.opacity = 0
      // Teleport to 3 spots with golden portals
      const spots = [
        { x: W * 0.2, y: hy - 60 },
        { x: W * 0.8, y: hy - 80 },
        { x: W * 0.5, y: hy - 120 },
      ]
      for (const spot of spots) {
        // Portal flash at destination
        const portal = k.add([k.circle(20), k.pos(spot.x, spot.y), k.color(safeColor(k, '#ffd700')), k.opacity(0.6), k.z(15), k.anchor('center')])
        spawnSparks(spot.x, spot.y, 6, '#ffd700')
        f.pos.x = spot.x; f.pos.y = spot.y; f.opacity = 1
        f.play('special')
        await k.wait(0.15)
        f.opacity = 0
        k.tween(0.6, 0, 0.2, (v) => { portal.opacity = v }).then(() => { if (portal.exists()) portal.destroy() })
        sfxZap()
      }
      // Return home with big flash
      screenFlash('#ffd700', 0.1)
      f.pos.x = hx; f.pos.y = hy; f.opacity = 1
      f.play('win')
      spawnShockwave(hx, hy, '#ffd700')
      sfxExplosion()
      await k.wait(0.2)
    },
    // 2: Code rain summon — float up, summon massive golden code rain
    async (f, hx, hy) => {
      f.play('special'); sfxPowerUp()
      await k.tween(f.pos.y, hy - 80, 0.2, (v) => { f.pos.y = v }, k.easings.easeOutQuad)
      // Massive code rain
      const chars = '₿01∞⚡⛏§∂∆≈≠'.split('')
      for (let col = 0; col < 20; col++) {
        const cx = Math.random() * W
        for (let row = 0; row < 3; row++) {
          const ch = chars[Math.floor(Math.random() * chars.length)]
          const d = k.add([
            k.text(ch, { size: 6 + Math.random() * 4 }), k.pos(cx, -10 - row * 20),
            k.color(safeColor(k, row === 0 ? '#ffd700' : '#c8a000')),
            k.opacity(0.5 + Math.random() * 0.4), k.z(8), k.anchor('center'),
          ])
          k.tween(d.pos.y, hy + 30, 0.5 + Math.random() * 0.4, (v) => { d.pos.y = v; d.opacity = Math.max(0, 1 - (v - hy + 30) / 60) })
            .then(() => { if (d.exists()) d.destroy() })
        }
      }
      await k.wait(0.6)
      await k.tween(f.pos.y, hy, 0.2, (v) => { f.pos.y = v }, k.easings.easeInQuad)
    },
    // 3: ₿ orbit explosion — fly to center, ₿ symbols orbit then explode outward
    async (f, hx, hy, sx, sy) => {
      sfxZoomWhoosh(); f.play('special')
      const center = W / 2
      await Promise.all([
        k.tween(f.pos.x, center, 0.2, (v) => { f.pos.x = v }, k.easings.easeInQuad),
        k.tween(f.pos.y, hy - 60, 0.2, (v) => { f.pos.y = v }, k.easings.easeOutQuad),
      ])
      // Spawn orbiting ₿
      const orbs: GameObj[] = []
      for (let i = 0; i < 8; i++) {
        const orb = k.add([k.text('₿', { size: 8 + Math.random() * 6 }), k.pos(center, f.pos.y), k.color(safeColor(k, i % 2 === 0 ? '#ffd700' : '#ff8c00')), k.opacity(0.8), k.z(15), k.anchor('center')])
        orbs.push(orb)
      }
      // Orbit for a moment
      const startTime = k.time()
      const orbitCancel = k.onUpdate(() => {
        const t = k.time() - startTime
        for (let i = 0; i < orbs.length; i++) {
          const a = t * 4 + i * (Math.PI * 2 / orbs.length)
          const r = 30 + t * 15
          orbs[i].pos.x = f.pos.x + Math.cos(a) * r
          orbs[i].pos.y = f.pos.y + Math.sin(a) * r * 0.5
        }
      })
      await k.wait(0.5)
      orbitCancel.cancel()
      // Explode outward
      sfxExplosion(); screenFlash('#ffd700', 0.08); k.shake(8)
      for (const orb of orbs) {
        const angle = Math.random() * Math.PI * 2
        k.tween(orb.pos.x, orb.pos.x + Math.cos(angle) * 200, 0.3, (v) => { orb.pos.x = v })
        k.tween(orb.pos.y, orb.pos.y + Math.sin(angle) * 200, 0.3, (v) => { orb.pos.y = v })
        k.tween(0.8, 0, 0.3, (v) => { orb.opacity = v }).then(() => { if (orb.exists()) orb.destroy() })
      }
      await k.wait(0.2)
      await Promise.all([
        k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad),
        k.tween(f.pos.y, hy, 0.2, (v) => { f.pos.y = v }, k.easings.easeInQuad),
      ])
    },
    // 4: Lightning flight — zigzag across the screen at super speed with lightning
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('special'); sfxZoomWhoosh()
      f.opacity = 0.8
      const pts = [
        { x: hx + dir * 60, y: hy - 80 },
        { x: W / 2, y: hy - 140 },
        { x: hx + dir * 180, y: hy - 60 },
        { x: W / 2, y: hy - 100 },
        { x: hx, y: hy },
      ]
      for (const pt of pts) {
        spawnAfterimages(f, 2)
        await Promise.all([
          k.tween(f.pos.x, pt.x, 0.08, (v) => { f.pos.x = v }),
          k.tween(f.pos.y, pt.y, 0.08, (v) => { f.pos.y = v }),
        ])
        // Lightning bolt at each stop
        sfxZap()
        const bolt = k.add([k.rect(2, 30 + Math.random() * 40), k.pos(f.pos.x, f.pos.y - 50), k.color(safeColor(k, '#ffd700')), k.opacity(0.9), k.z(20), k.anchor('center'), k.rotate(Math.random() * 30 - 15)])
        k.tween(0.9, 0, 0.15, (v) => { bolt.opacity = v }).then(() => { if (bolt.exists()) bolt.destroy() })
      }
      f.opacity = 1
    },
    // 5: Satoshi meditation — float to center, golden aura pulse, wisdom text
    async (f, hx, hy, sx, sy) => {
      sfxPowerUp(); f.play('special')
      await Promise.all([
        k.tween(f.pos.x, W / 2, 0.3, (v) => { f.pos.x = v }, k.easings.easeInOutQuad),
        k.tween(f.pos.y, hy - 70, 0.3, (v) => { f.pos.y = v }, k.easings.easeOutQuad),
      ])
      // Golden aura rings
      for (let i = 0; i < 3; i++) {
        const ring = k.add([k.circle(10), k.pos(f.pos.x, f.pos.y), k.color(safeColor(k, '#ffd700')), k.opacity(0.5), k.z(9), k.anchor('center'), k.scale(1)])
        k.tween(1, (60 + i * 20) / 10, 0.4, (v) => { ring.scale.x = v; ring.scale.y = v })
        k.tween(0.5, 0, 0.4, (v) => { ring.opacity = v }).then(() => { if (ring.exists()) ring.destroy() })
        await k.wait(0.12)
      }
      // Scale pulse
      await k.tween(1, 1.2, 0.2, (v) => { f.scale.x = sx * v; f.scale.y = sy * v }, k.easings.easeOutQuad)
      const sayings = ['PROOF OF WORK', 'VERIFY, DON\'T TRUST', '21 MILLION', 'TICK TOCK NEXT BLOCK', 'NOT YOUR KEYS', 'STAY HUMBLE STACK SATS']
      spawnEmoteText(f.pos.x, f.pos.y - 50, sayings[Math.floor(Math.random() * sayings.length)], '#ffd700')
      await k.wait(0.4)
      await k.tween(1.2, 1, 0.15, (v) => { f.scale.x = sx * v; f.scale.y = sy * v })
      await Promise.all([
        k.tween(f.pos.x, hx, 0.25, (v) => { f.pos.x = v }, k.easings.easeInOutQuad),
        k.tween(f.pos.y, hy, 0.2, (v) => { f.pos.y = v }, k.easings.easeInQuad),
      ])
    },
    // 6: Golden tornado — spin rapidly while moving in a circle across the arena
    async (f, hx, hy) => {
      sfxZoomWhoosh(); f.play('special')
      const cx = W / 2, cy = hy - 50, radius = 100
      const dur = 0.8
      let lastParticle = 0
      await k.tween(0, Math.PI * 2, dur, (a) => {
        f.pos.x = cx + Math.cos(a) * radius
        f.pos.y = cy + Math.sin(a) * radius * 0.4
        f.angle = (a / (Math.PI * 2)) * 1440 // 4 full spins
        if (a - lastParticle > 0.3) {
          lastParticle = a
          const p = k.add([k.text('₿', { size: 5 + Math.random() * 4 }), k.pos(f.pos.x, f.pos.y), k.color(safeColor(k, '#ffd700')), k.opacity(0.6), k.z(9), k.anchor('center')])
          k.tween(0.6, 0, 0.4, (v) => { p.opacity = v }).then(() => { if (p.exists()) p.destroy() })
        }
      })
      f.angle = 0
      sfxExplosion(); k.shake(6)
      spawnShockwave(f.pos.x, f.pos.y, '#ffd700')
      f.pos.x = hx; f.pos.y = hy
    },
    // 7: Laptop hack — walk forward, pull out laptop (rect), type furiously, spawn effects
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('special')
      await k.tween(f.pos.x, hx + dir * 50, 0.2, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
      // Laptop
      const cs = SF
      const laptop = k.add([k.rect(24 * cs, 16 * cs), k.pos(f.pos.x + dir * 15, hy - 20 * cs), k.anchor('center'), k.color(safeColor(k, '#333333')), k.opacity(0.9), k.z(12)])
      const screen = k.add([k.rect(20 * cs, 12 * cs), k.pos(f.pos.x + dir * 15, hy - 22 * cs), k.anchor('center'), k.color(safeColor(k, '#00ff00')), k.opacity(0.7), k.z(13)])
      // Type — spawn code characters
      const codeChars = '₿{}();=>0x1f'.split('')
      for (let i = 0; i < 8; i++) {
        const ch = codeChars[Math.floor(Math.random() * codeChars.length)]
        const t = k.add([k.text(ch, { size: 5 }), k.pos(screen.pos.x + (Math.random() - 0.5) * 15, screen.pos.y), k.color(safeColor(k, '#00ff00')), k.opacity(0.8), k.z(14), k.anchor('center')])
        k.tween(t.pos.y, t.pos.y - 25 - Math.random() * 20, 0.3, (v) => { t.pos.y = v })
        k.tween(0.8, 0, 0.3, (v) => { t.opacity = v }).then(() => { if (t.exists()) t.destroy() })
        sfxCoin()
        await k.wait(0.06)
      }
      spawnEmoteText(f.pos.x, f.pos.y - 55, 'HACKING...', '#00ff00')
      await k.wait(0.2)
      laptop.destroy(); screen.destroy()
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeInOutQuad)
    },
    // 8: Bitcoin rain shower — fly across dropping ₿ coins everywhere
    async (f, hx, hy, _sx, _sy, dir) => {
      sfxPowerUp(); f.play('win')
      await k.tween(f.pos.y, hy - 90, 0.15, (v) => { f.pos.y = v }, k.easings.easeOutQuad)
      // Fly from one side to the other
      const startX = dir > 0 ? 30 : W - 30
      const endX = dir > 0 ? W - 30 : 30
      f.pos.x = startX
      const dur = 0.6
      let lastCoin = 0
      await k.tween(0, 1, dur, (t) => {
        f.pos.x = startX + (endX - startX) * t
        f.pos.y = hy - 90 + Math.sin(t * Math.PI * 4) * 15
        if (t - lastCoin > 0.04) {
          lastCoin = t
          const coin = k.add([k.text('₿', { size: 8 + Math.random() * 4 }), k.pos(f.pos.x, f.pos.y + 15), k.color(safeColor(k, Math.random() > 0.5 ? '#ffd700' : '#ff8c00')), k.opacity(0.8), k.z(9), k.anchor('center')])
          k.tween(coin.pos.y, hy + 10, 0.4, (v) => { coin.pos.y = v })
          k.tween(coin.pos.x, coin.pos.x + (Math.random() - 0.5) * 30, 0.4, (v) => { coin.pos.x = v })
          k.tween(0.8, 0, 0.4, (v) => { coin.opacity = v }).then(() => { if (coin.exists()) coin.destroy() })
        }
      })
      sfxCoin()
      f.pos.x = hx
      await k.tween(f.pos.y, hy, 0.15, (v) => { f.pos.y = v }, k.easings.easeInQuad)
    },
    // 9: Dimension rift — creator tears open a golden rift, steps through, appears elsewhere
    async (f, hx, hy) => {
      // Rift opens
      sfxSpecial()
      const riftX = f.pos.x + 30
      const rift = k.add([k.rect(4, 50), k.pos(riftX, hy - 25), k.anchor('center'), k.color(safeColor(k, '#ffd700')), k.opacity(0.9), k.z(15)])
      await k.tween(4, 30, 0.2, (v) => { rift.width = v })
      spawnSparks(riftX, hy - 25, 8, '#ffd700')
      // Step through — vanish
      f.play('special')
      await k.tween(f.pos.x, riftX, 0.1, (v) => { f.pos.x = v })
      f.opacity = 0; sfxZap()
      // Rift at destination
      const destX = W - riftX
      const rift2 = k.add([k.rect(30, 50), k.pos(destX, hy - 25), k.anchor('center'), k.color(safeColor(k, '#ffd700')), k.opacity(0.9), k.z(15)])
      spawnSparks(destX, hy - 25, 8, '#ffd700')
      await k.wait(0.15)
      // Step out
      f.pos.x = destX; f.opacity = 1; f.play('win')
      sfxSpecial()
      await k.wait(0.2)
      // Close rifts
      k.tween(0.9, 0, 0.2, (v) => { rift.opacity = v; rift2.opacity = v }).then(() => { if (rift.exists()) rift.destroy(); if (rift2.exists()) rift2.destroy() })
      // Float home
      await Promise.all([
        k.tween(f.pos.x, hx, 0.3, (v) => { f.pos.x = v }, k.easings.easeInOutQuad),
        k.tween(f.pos.y, hy - 40, 0.15, (v) => { f.pos.y = v }, k.easings.easeOutQuad).then(() =>
          k.tween(f.pos.y, hy, 0.15, (v) => { f.pos.y = v }, k.easings.easeInQuad)
        ),
      ])
    },
    // 10: Golden ascension — rise way up, glow, descend with shockwave
    async (f, hx, hy, sx, sy) => {
      sfxPowerUp(); f.play('special')
      await k.tween(f.pos.y, hy - 160, 0.3, (v) => { f.pos.y = v }, k.easings.easeOutQuad)
      // Glow pulse
      await k.tween(1, 1.5, 0.2, (v) => { f.scale.x = sx * v; f.scale.y = sy * v }, k.easings.easeOutQuad)
      screenFlash('#ffd700', 0.06)
      // Spawn golden aura particles
      for (let i = 0; i < 10; i++) {
        const p = k.add([k.text('✦', { size: 4 + Math.random() * 6 }), k.pos(f.pos.x + (Math.random() - 0.5) * 40, f.pos.y + (Math.random() - 0.5) * 30), k.color(safeColor(k, '#ffd700')), k.opacity(0.7), k.z(9), k.anchor('center')])
        k.tween(0.7, 0, 0.5, (v) => { p.opacity = v; p.pos.y -= 0.5 }).then(() => { if (p.exists()) p.destroy() })
      }
      spawnEmoteText(f.pos.x, f.pos.y - 40, 'HODL', '#ffd700')
      await k.wait(0.3)
      await k.tween(1.5, 1, 0.1, (v) => { f.scale.x = sx * v; f.scale.y = sy * v })
      // Slam down
      await k.tween(f.pos.y, hy, 0.1, (v) => { f.pos.y = v }, k.easings.easeInQuad)
      sfxExplosion(); k.shake(12)
      spawnShockwave(hx, hy, '#ffd700')
      spawnSparks(hx, hy, 15, '#ffd700')
      await k.wait(0.15)
    },
    // 11: Phase walk — flicker opacity while walking through the opponent's space
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('special'); sfxZap()
      const far = dir > 0 ? W - 40 : 40
      const dur = 0.5
      await k.tween(0, 1, dur, (t) => {
        f.pos.x = hx + (far - hx) * t
        f.opacity = 0.2 + Math.abs(Math.sin(t * Math.PI * 8)) * 0.7
      })
      f.opacity = 1; sfxSpecial()
      screenFlash('#ffd700', 0.05)
      spawnSparks(f.pos.x, hy - 20, 6, '#ffd700')
      await k.tween(f.pos.x, hx, 0.2, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
    },
    // 12: Bullet time attack — slow-mo dash with afterimages + golden bullet traces
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('attack')
      // Darken screen for bullet time
      const overlay = k.add([k.rect(W, H), k.pos(0, 0), k.color(safeColor(k, '#000000')), k.opacity(0), k.z(50)])
      await k.tween(0, 0.35, 0.08, (v) => { overlay.opacity = v })
      // Slow-mo lean back
      await k.tween(0, -30, 0.2, (v) => { f.angle = v }, k.easings.easeOutQuad)
      // Golden bullet traces fly past
      for (let i = 0; i < 6; i++) {
        const by = hy - 15 - Math.random() * 50
        const bullet = k.add([k.rect(15, 2), k.pos(dir > 0 ? W + 10 : -10, by), k.color(safeColor(k, '#ffd700')), k.opacity(0.9), k.z(51), k.anchor('center')])
        const bdir = dir > 0 ? -1 : 1
        k.tween(bullet.pos.x, bullet.pos.x + bdir * (W + 30), 0.35, (v) => { bullet.pos.x = v }).then(() => { if (bullet.exists()) bullet.destroy() })
        sfxZoomWhoosh()
        await k.wait(0.04)
      }
      await k.wait(0.1)
      // Snap upright and dash through
      await k.tween(-30, 0, 0.06, (v) => { f.angle = v })
      f.play('special'); sfxZoomWhoosh()
      // Dash with afterimages
      const endX = hx + dir * 160
      for (let i = 0; i < 6; i++) {
        const ghostX = hx + (endX - hx) * (i / 6)
        const ghost = k.add([k.rect(16, 30), k.pos(ghostX, hy - 15), k.anchor('center'), k.color(safeColor(k, '#ffd700')), k.opacity(0.3 - i * 0.04), k.z(49)])
        k.tween(0.3, 0, 0.4, (v) => { ghost.opacity = v }).then(() => { if (ghost.exists()) ghost.destroy() })
      }
      await k.tween(f.pos.x, endX, 0.12, (v) => { f.pos.x = v }, k.easings.easeInQuad)
      screenFlash('#ffd700', 0.06); sfxCritical(); k.shake(8)
      spawnSparks(f.pos.x, hy - 20, 10, '#ffd700')
      await k.wait(0.15)
      // Zip back
      await k.tween(overlay.opacity, 0, 0.1, (v) => { overlay.opacity = v })
      overlay.destroy()
      await k.tween(f.pos.x, hx, 0.1, (v) => { f.pos.x = v }, k.easings.easeOutQuad)
    },
    // 13: ₿ throne summon — conjure golden throne, sit imperiously, dismiss
    async (f, hx, hy) => {
      sfxSpecial()
      const cs = SF
      // Throne pieces
      const seat = k.add([k.rect(40 * cs, 8 * cs), k.pos(hx, hy - 5), k.anchor('center'), k.color(safeColor(k, '#ffd700')), k.opacity(0), k.z(9)])
      const back = k.add([k.rect(35 * cs, 30 * cs), k.pos(hx, hy - 25 * cs), k.anchor('center'), k.color(safeColor(k, '#c8a000')), k.opacity(0), k.z(8)])
      const armL = k.add([k.rect(6 * cs, 15 * cs), k.pos(hx - 20 * cs, hy - 12 * cs), k.anchor('center'), k.color(safeColor(k, '#ffd700')), k.opacity(0), k.z(9)])
      const armR = k.add([k.rect(6 * cs, 15 * cs), k.pos(hx + 20 * cs, hy - 12 * cs), k.anchor('center'), k.color(safeColor(k, '#ffd700')), k.opacity(0), k.z(9)])
      const parts = [seat, back, armL, armR]
      // Fade in
      for (const p of parts) k.tween(0, 0.8, 0.2, (v) => { p.opacity = v })
      spawnSparks(hx, hy - 15, 6, '#ffd700')
      await k.wait(0.25)
      // Sit
      f.play('win')
      await k.tween(f.pos.y, hy - 12, 0.12, (v) => { f.pos.y = v }, k.easings.easeInQuad)
      spawnEmoteText(hx, f.pos.y - 50, 'kneel', '#ffd700')
      await k.wait(0.6)
      // Stand and dismiss
      await k.tween(f.pos.y, hy, 0.1, (v) => { f.pos.y = v })
      for (const p of parts) k.tween(p.opacity, 0, 0.2, (v) => { p.opacity = v }).then(() => { if (p.exists()) p.destroy() })
      await k.wait(0.2)
    },
    // 14: Disco dance — Creator gets down with golden disco moves
    async (f, hx, hy, _sx, _sy, dir) => {
      f.play('win')
      const colors = ['#ffd700', '#ff8c00', '#ffee88', '#c8a000', '#ffffff', '#ffd700']
      spawnEmoteText(f.pos.x, f.pos.y - 55, '~♪ SATOSHI SHUFFLE ♪~', '#ffd700')
      for (let i = 0; i < 10; i++) {
        const dx = (i % 2 === 0 ? 25 : -25) + (Math.random() - 0.5) * 15
        f.play(i % 3 === 0 ? 'attack' : i % 3 === 1 ? 'kick' : 'win')
        await Promise.all([
          k.tween(f.pos.x, hx + dx, 0.06, (v) => { f.pos.x = v }),
          k.tween(f.pos.y, hy - 15, 0.03, (v) => { f.pos.y = v }).then(() =>
            k.tween(f.pos.y, hy, 0.03, (v) => { f.pos.y = v })),
        ])
        spawnSparks(f.pos.x, hy - 10, 2, colors[i % colors.length])
      }
      f.pos.x = hx
    },
  ]

  // Showboat loop: picks random showboats in sequence while active
  async function _showboatLoop(side: 'a' | 'b') {
    const tag = side === 'a' ? 'fighterA' : 'fighterB'
    const homeX = side === 'a' ? HOME_A : HOME_B
    const homeY = GROUND_Y - 6
    const dir = side === 'a' ? 1 : -1
    const arch = side === 'a' ? botA.archetype : botB.archetype
    const isCreator = arch === 'the_creator'
    // Creator uses magical showboats 60% of the time, normal 40%
    const pool = isCreator ? [...showboats, ...creatorShowboats, ...creatorShowboats] : showboats
    while (_showboatActive[side]) {
      const f = k.get(tag)[0] as Fighter | undefined
      if (!f) break
      const sx = f.scale.x
      const sy = f.scale.y
      const idx = Math.floor(Math.random() * pool.length)
      try {
        await pool[idx](f, homeX, homeY, sx, sy, dir)
        // 40% chance of comedy sound punctuation after each showboat
        if (Math.random() < 0.4) sfxRandomComedy()
      } catch { break }
      // Restore state after each showboat
      const ff = k.get(tag)[0]
      if (ff) {
        ff.pos.x = homeX; ff.pos.y = homeY
        ff.scale.x = sx; ff.scale.y = sy
        ff.angle = 0; ff.opacity = 1
        ff.play('idle')
      }
      // Brief pause between showboats
      if (_showboatActive[side]) await k.wait(0.15 + Math.random() * 0.35)
    }
  }

  // === EXTRACTED SYSTEMS ===
  const entranceSystem = createEntranceSystem(choreoCtx, { HOME_A, HOME_B, botA, botB })
  const roundSystem = createRoundSystem(choreoCtx, {
    HOME_A, HOME_B, botA, botB,
    choreographyMap, playBlock,
    destroyMorphOverlays, playMorph, getMorphOrder, applyCreatorOmniMorph,
    spawnEmoteText, spawnCrowdSigns,
    judgeDoSomethingFunny, maybeShowHuman,
    cameraZoom, hyperSpeedLines, schizoCut,
    showSpeechBubble,
  })
  const finisherSystem = createFinisherSystem(choreoCtx, {
    HOME_A, HOME_B, botA, botB,
    spawnEmoteText, spawnCrowdSigns, spawnHeart,
    spawnWeaponProp, destroyProp, spawnProp,
    playBow, playFistBump, playHelpUp,
    cameraZoom, hyperSpeedLines, showSpeechBubble,
    spawnHumanCoach,
  })

  return {
    k,

    async showAnnouncement(_text: string, _color: string = '#ffffff', _duration: number = 1200) {},

    showSpeechBubble(side: 'a' | 'b', text: string, duration?: number) {
      showSpeechBubble(side, text, duration)
    },

    startTalking(side: 'a' | 'b') { startTalking(side) },
    stopTalking(side: 'a' | 'b') { stopTalking(side) },

    startShowboating(side: 'a' | 'b') {
      if (_showboatActive[side]) return
      _showboatActive[side] = true
      _showboatLoop(side)
    },
    stopShowboating(side: 'a' | 'b') {
      _showboatActive[side] = false
    },

    async playEntrance() {
      return entranceSystem.playEntrance()
    },

    // Physical contact delegates
    _spawnDizzyStars(fighter: Fighter, duration: number) { return roundSystem._spawnDizzyStars(fighter, duration) },
    _resetPositions() { return roundSystem._resetPositions() },
    _brawlRapid(winningSide: 'a' | 'b' | null, intensity: number) { return roundSystem._brawlRapid(winningSide, intensity) },
    _brawlKnockdown(winningSide: 'a' | 'b' | null, intensity: number) { return roundSystem._brawlKnockdown(winningSide, intensity) },
    _brawlWallBounce(winningSide: 'a' | 'b' | null, intensity: number) { return roundSystem._brawlWallBounce(winningSide, intensity) },
    _brawlDizzyStagger(winningSide: 'a' | 'b' | null, intensity: number) { return roundSystem._brawlDizzyStagger(winningSide, intensity) },
    _brawlSuplex(attackerSide: 'a' | 'b', intensity: number) { return roundSystem._brawlSuplex(attackerSide, intensity) },
    _brawlPingPong(winningSide: 'a' | 'b' | null, intensity: number) { return roundSystem._brawlPingPong(winningSide, intensity) },
    _brawlGroundPound(attackerSide: 'a' | 'b', intensity: number) { return roundSystem._brawlGroundPound(attackerSide, intensity) },
    _brawlHaymaker(attackerSide: 'a' | 'b', _intensity: number) { return roundSystem._brawlHaymaker(attackerSide, _intensity) },
    _brawlBodyCheck(winningSide: 'a' | 'b' | null, _intensity: number) { return roundSystem._brawlBodyCheck(winningSide, _intensity) },
    _brawlExchange(winningSide: 'a' | 'b' | null, intensity: number) { return roundSystem._brawlExchange(winningSide, intensity) },
    _clinchCombo(attackerSide: 'a' | 'b', intensity: number) { return roundSystem._clinchCombo(attackerSide, intensity) },
    _counterAttack(defenderSide: 'a' | 'b') { return roundSystem._counterAttack(defenderSide) },

    async playAttack(side: 'a' | 'b', choreographyName: string, isCritical: boolean) {
      return roundSystem.playAttack(side, choreographyName, isCritical)
    },
    async playRound(event: RoundEvent) {
      return roundSystem.playRound(event)
    },
    async playTaunt(side: 'a' | 'b') {
      return roundSystem.playTaunt(side)
    },
    async playDodge(side: 'a' | 'b') {
      return roundSystem.playDodge(side)
    },
    async playKO(winningSide: 'a' | 'b', winnerName: string) {
      return finisherSystem.playKO(winningSide, winnerName)
    },
    async playPerfect(winningSide: 'a' | 'b', winnerName: string) {
      return finisherSystem.playPerfect(winningSide, winnerName)
    },
    async playVictoryCelebration(winningSide: 'a' | 'b', isUpset: boolean) {
      return finisherSystem.playVictoryCelebration(winningSide, isUpset)
    },

    startMusic() { startMusic() },
    stopMusic() { stopMusic() },

    destroy() {
      stopMusic()
      stopTalking('a')
      stopTalking('b')
      // Destroy lingering speech bubbles
      activeBubbleA.forEach(o => { if (o.exists()) o.destroy() })
      activeBubbleB.forEach(o => { if (o.exists()) o.destroy() })
      activeBubbleA.length = 0
      activeBubbleB.length = 0
      // Clear all tracked timers
      for (const id of cleanupTimers) {
        clearInterval(id)
        clearTimeout(id)
      }
      cleanupTimers.clear()
      // Destroy all remaining game objects before quitting
      try { k.get('*').forEach(o => { if (o.exists()) o.destroy() }) } catch {}
      k.quit()
    },
  }
}

export type FightSceneController = Awaited<ReturnType<typeof createFightScene>>