Mario-style platformer · qwen3.8-flash

Let me start by looking at the current directory.

Let me check the Phaser version to make sure I use the right API (Phaser 3 vs 2).

Phaser 3.80.1 with arcade physics. Good.

Plan: Build a single index.html with:
- Arcade physics platformer
- Level ~ 4000px wide, camera bounds
- Solid platforms (generated textures for tiles), gaps (pits), coins, patrolling enemies, goal flag
- Controls display
- Coyote time not needed; prevent repeated mid-air jumping (only jump when blockDown / on floor)
- Stomp enemies: player velocity.y < 0 and touching enemy top → defeat + bounce
- Side contact or falling into gap → loss state (game over overlay with restart)
- Coins: collect → count increments once, coin removed
- Goal flag → win state
- Camera follow within bounds
- Restart resets everything

Graphics: Generate textures via Graphics → generateTexture. Mario-inspired style: blue sky, brown/orange brick ground, green pipes, red/hills, coins spinning yellow, enemies like goombas (brown with feet), brick blocks with question marks, castle/flag.

Let me design textures:
1. `ground` tile 32x32: brown with darker top? Classic Mario ground: orange-brown blocks with pattern.
2. `brick` 32x32: reddish-brown brick pattern.
3. `question` 32x32: yellow block with "?" — decorative solid block.
4. `player` frames: small Mario-like character, 28x36: red cap, blue overalls... Generate several frames via graphics and multi textures; maybe simpler: generate separate textures 'mario1','mario2','mario3' (idle, walk1, walk2, jump).
5. `enemy` 28x24 goomba with 2 frames for waddle, plus 'enemy_flat'.
6. `coin` 16x24 with several spin frames.
7. `flagpole` + flag: drawn with graphics as static image at goal.
8. `cloud`, `hill`, `bush`: background decor drawn in a static graphics / generated texture repeated along level, or use a single background Graphics object drawn once at level width (can be large but fine).
9. `pipe` 64x64 green pipe.
10. `castle` at end.

Use a physics group for platforms (static bodies), enemies (dynamic with patrol), coins (kinematic or just sprites with custom collide? Coins as physics sprites with no gravity, static bodies is fine).

Simpler approach for coins: use a group of sprites each with `body.allowGravity=false`, `moveable=false` static body? Static bodies in Arcade with a sprite: setPhysics

Let me inspect the physics file: search for "collideWorldBounds" and near it.

Minified — searching for the arcade physics separate Vertices/axisCheck. Let me grep for "touching.block.down" or "block.down" patterns: `t.block.down` etc. It's minified so property names stay: `block` object created with `this.block={none:!0,up:!1,down:!1,left:!1,right:!1}`. Search for "none:!0,up:!1".

The user's message is empty (just a conversation start marker with no actual question). There is no content to respond to. I have no previous thinking to reproduce since the last turn had no content.

Minified names differ. Let me search for "axisCheck" or for `.block.down=` patterns.

Actually let me just search the file for "separateX" occurrences.

Only 1 occurrence of "block"?? That's suspicious — maybe phaser.min.js is a partial build. Let's check the file more. grep -c counts lines, not occurrences (file is one line probably). Right — grep -c counts matching lines, so "1" means one line matches. My previous greps with -o should output occurrences. But they gave no output which means patterns not found.

Let me count actual occurrences with grep -o | wc -l.

Hmm, "separateX" not found — because minified method names are mangled? No, Phaser's minified build keeps public method names like `separateX`? Actually terser doesn't mangle property names by default, so `separateX` should exist... unless the search string differs. Let's check for "collideSpriteToSprite" or "computeVelocityDelta". Let me grep "checkBounds" and "bounce".

Also `touching` appears 19 times — good.

Let me pull context around "touching".

Key: the separation code sets `blocked` on the *other* body too:
`e.physicsType!==s.STATIC_BODY||i||(e.blocked.none=!1,e.blocked.down=!0)` — so for a static body e colliding with dynamic t, blocked flags ARE set on the static body (this snippet shows the static side gets blocked set: condition is `e.physicsType!==STATIC_BODY || i ||` ... wait let me parse: `e.physicsType!==s.STATIC_BODY||i||(t.blocked.none=!1,t.blocked.right=!0)` — that means: if (e is not static) OR (i is truthy, i = overlap-only flag) THEN don't set t.blocked; ELSE set t.blocked. So t.blocked is NOT set when e is static?! Hmm, that seems backwards. Let me re-read carefully:

`t._dx>e._dx?(r=t.right-e.x)>o&&!i||!1===t.checkCollision.right||!1===e.checkCollision.left?r=0:(t.touching.none=!1,t.touching.right=!0,e.touching.none=!1,e.touching.left=!0,e.physicsType!==s.STATIC_BODY||i||(t.blocked.none=!1,t.blocked.right=!0),t.physicsType!==s.STATIC_BODY||i||(e.blocked.none=!1,e.blocked.right=!0)`

Wait both clauses are the same condition `X.physicsType!==STATIC_BODY||i||(...)`. Hmm, first sets t.blocked.right, second sets e.blocked.right? Let me look: "...e.physicsType!==s.STATIC_BODY||i||(t.blocked.none=!1,t.blocked.right=!0),t.physicsType!==s.STATIC_BODY||i||(e.blocked.none=!1,e.blocked.right=!0)".

Hmm that's odd: in the vertical version: "e.physicsType!==s.STATIC_BODY||i||(t.blocked.none=!1,t.blocked.down=!0),t.physicsType!==s.STATIC_BODY||i||(e.blocked.none=!1,e.blocked.up=!0)". Hmm wait, no: it says `e.blocked.down=!0` in the first and `e.blocked.u...` in second (truncated). Anyway, condition for setting blocked: NOT (other is static) and not overlap. That means when a dynamic body collides with a STATIC body, blocked is not set?! That contradicts standard Phaser behavior where players standing on static tiles get blocked.down = true.

Hmm, maybe this minified var mapping: in separateX(t,e,i), the checks are `e.physicsType!==s.STATIC_BODY||i||(t.blocked...)` — maybe i is `isCircle`? Let me look at actual function signature. In Phaser 3 source:

```js
function separateX (bodyA, bodyB, isCircle, ...)
```
Hmm. Let me check Phaser's actual source (F1):

```js
var Bounce = ...
function checkSep (bodyA, bodyB, isCircle) ...
var separateX = function (bodyA, bodyB, isCircle, ...)
{
    ...
    if (bodyA._dx > bodyB._dx)
    {
        overlap = bodyA.right - bodyB.x;
        if (overlap > p and !isCircle) { overlap = 0 }  // hmm
```

Actual Phaser source (Body/separateX? in CollisionProcessor):

```js
var SeparateX = function (bodyA, bodyB, isCircle)
{
    var maxOverlap = Math.max(...);
    ...
    if (bodyA._dx > bodyB._dx)
    {
        var overlapX = bodyA.right - bodyB.x;
        if (isCircle && overlap > ...)
```

I don't remember. The key part in real Phaser source:

```js
        else
        {
            bodyA.touching.none = false;
            bodyA.touching.right = true;
            bodyB.touching.none = false;
            bodyB.touching.left = true;

            if (bodyB.physicsType !== STATIC_BODY && !isCircle)
            {
                bodyA.blocked.none = false;
                bodyA.blocked.right = true;
            }

            if (bodyA.physicsType !== STATIC_BODY && !isCircle)
            {
                bodyB.blocked.none = false;
                bodyB.blocked.right = true;
            }
        }
```

Yes! That's real Phaser source. So `bodyB.physicsType !== STATIC_BODY` — if bodyB (the tile/static) is static, bodyA.blocked is NOT set?! That's the known Phaser behavior: `blocked` is only set when colliding with non-static bodies?? But everyone uses `body.blocked.down` with static tilemaps and it works...

Hmm, wait. Maybe order matters: in `separateX(bodyA, bodyB)`, `bodyA` is the static tile and `bodyB` is the player? Actually in Phaser, when you call `player.collideWith(tilemapLayer)`, it iterates: `separateTiles(body, tiles)` which calls `SeparateCircleBody` or for dynamic body vs tile: `Body.checkCollision` ... `SeparateBodyBody` vs tiles uses `collideSpriteVsTile` → `separateTiles(body, tiles, x, y)` → `SepTiles(body, tiles)` calls:

```js
var collideTiles = function (body, tiles, x, y) ...
SepTiles = function (body, tiles, isCircle) {
    for each tile: if (isCircle) SeparateCircleBody(body, tile, true) else SeparateBodyBody(body, tile, true)
```

And SeparateBodyBody(a, b, isCircle) → separateX(a, b, isCircle) then separateY(a, b, isCircle). Here a = the dynamic body (player) and b = tile (static body).

Hmm so with the above logic, if b is a STATIC_BODY, a.blocked won't be set. But in practice `body.blocked.down` works with tile layers... Because Tilemap tiles use `physicsType` STATIC_BODY only if created with... Actually Tile is a StaticBody? In Phaser 3, `Tile` extends... it has `physicsType: STATIC_BODY`. Hmm.

But hold on — many games use `this.body.blocked.down` with tilemaps and it works. E.g. the Phaser 3 "Matterless" platformer examples. Yes, `blocked.down` is used commonly with `collideWith(layer)` — e.g., official sample: 
```js
player.body.blocked.down
```
with a tilemap. That works because the separation function sets blocked on both bodies when... hmm.

Actually maybe I have the logic inverted due to minification: the pattern `X||Y||(Z)` means: if X is true OR Y is true → short-circuit, else run Z. So blocked set requires: `e.physicsType === STATIC_BODY` AND `!i`. That is, blocked IS set when the other body IS static! Wait: condition `e.physicsType!==s.STATIC_BODY||i||(t.blocked...)` — this sets t.blocked only when `e.physicsType!==STATIC_BODY` is FALSE (i.e., e IS static) and `i` is false. So blocked is set only when the OTHER body is static and i is false! That matches the tile-collision behavior.

Hmm but that contradicts my memory of real source which says `if (bodyB.physicsType !== STATIC_BODY && !isCircle)`. Whatever — the minified code says blocked set when other IS static, and `i` is presumably... let me check what `i` is. If `i` is isCircle, then fine. But wait — if blocked is set only when other is static, then in the generic collide between two dynamic bodies blocked wouldn't be set. Hmm. Let me look at the full context to identify the function signature and the meaning of `i`.

Actually maybe `i` is the `isCircle` flag... but then dynamic-vs-dynamic collisions would never set blocked, which is false in Phaser.

Let me grep more context around the vertical version to see the function definition.

Now I need to find how the collide-with-static-body path calls this. In Phaser's `SeparateBodyBody(bodyA, bodyB, isCircle)` — the `i` param is likely `isCircle`. And the caller for dynamic-vs-tile: `SepTiles`? For our case: player (dynamic) vs static image (StaticBody). Phaser's World.collideHandler: if bodyA is dynamic and bodyB is static → `collideSpriteVsTilemapLayer`? No, only for tilemap layers. For Image with staticBody: `SeparateBody(bodyA, bodyB, false)`? Let me find where separateX is called with args.

Let me look for the module that uses these functions - grep for "SeparateX" pattern usage: search for a function calling `s(t,e,i,n)` etc. Hard.

Alternative pragmatic approach: don't rely on blocked flags alone. Use both: `body.blocked.down || body.touching.down || isGrounded()` where isGrounded does a manual overlap check downward. Actually simplest robust: compute grounded as `player.body.blocked.down || player.body.touching.down`. Since touching.down is set on the dynamic body whenever overlapping downward with anything non-"r=0" path... but note that touching is set even when the other is static (yes: touching is set before blocked checks). And note: touching.down on player means the player's bottom is touching something. Also for the "embedded" case with delta 0 both... fine.

But careful: `touching.down` also becomes true when player lands on an enemy (dynamic) — which is exactly when stomping, and in that case I handle stomp and set velocity -400, so grounded check next frames won't be true. But if I use `blocked.down || touching.down` for the jump check, right after a stomp the touching.down could persist for one frame; jump buffer might trigger an unwanted jump. I'll only allow jump when `Math.abs(velocity.y) < 10` too... Actually let's just use grounded = `p.body.blocked.down` primarily and also a fallback manual check. Better: use `justDown()` helper:

```js
function canJump(){ const b=player.body; return (b.blocked.down||b.touching.down) && b.velocity.y >= -1; }
```
Hmm velocity.y after bounce is negative, so `velocity.y >= 0` roughly means not moving upward. After stomp, velocity.y = -420 → not jumpy. Good.

Also, since touching.down is set only when not passing through (r=0 path requires the overlap check to be a "collision" — for separate bodies when the collision is skipped due to `r > o && !i` (too much overlap) it sets r=0 without touching flags). Fine.

I'd rather verify empirically in the browser. My plan: write the game, then use the browser tool to inspect, run tests via console? The browser tool allows `type`/`key`/`click` but no arbitrary JS eval. Hmm. I can inspect DOM/console and screenshot. To test movement, I can use `key` action with text? Let's check the browser tool parameters: action key with `text` maybe for key name. And `drag`, `click`, `type`.

Since it's a canvas game, I can't inspect game state through DOM easily... but I can expose state to DOM: e.g., write debug info into a DOM element (a hidden div with data attributes) that the game updates each frame — then `inspect` action can read DOM text. That's a legit trick: display HUD in DOM (score/status) so I can inspect. I'll build HUD as DOM elements anyway (score, status), so inspect shows coin count and status. Good: HUD in DOM styled over the canvas.

Also screenshots show camera position visually.

To simulate keys in the browser tool, `key` action with text like "ArrowRight"? Probably dispatches keyboard events to the page. Phaser captures keydown/keyup on window, so it should work.

Let's write the code now.

Structure:

index.html:
- CSS: page background dark, centered game frame with rounded border, HUD bar on top with score/status, controls hint below, restart button.
- The Phaser game canvas parent div #stage.
- HUD in DOM: COINS: n/total, STATUS: PLAYING/WIN/LOSE, plus button.

Actually put restart button in DOM (styled) and also in-game overlay R key.

Canvas size: 960x540, Phaser scale NONE, CSS max-width 100%.

Let me write textures generation function `makeTextures(gfx)` — I'll use a Graphics buffer and generateTexture for each, resetting with `clear()`.

Detailed art specs (32px grid):

GROUND_TOP (32x32): base `#c8763c`? Classic Mario ground is brownish `#c84c0c` with darker pattern. I'll do: fill `#d0703a`, top strip 6px `#7ac74f`-like grass? Mario-style ground blocks in SMB are orange with brown dots. For "Mario-inspired", I'll use orange-brown brick with dark outlines + top highlight strip, and for surface tiles put a grass-green top? Let me do:
- GROUND: fill #c86428; top 8px lighter #e0873f? plus pattern of dark 2px squares; bottom border dark #7a3a12; plus a 6px green grass top? I'll go with a green top (like Newer SMB grass blocks) for the "surface" variant and plain brick for the underground? Simpler: single ground tile: dirt with dark grid pattern; and place a separate "grass" cap tile (32x32: green top with dirt bottom) at the top row of each run. That looks classic-ish and nice. But it's simpler to just have one tile with green top + dirt bottom. Do that.

BRICK (32x32): #b5651d? SMB bricks are orange-brown with black mortar lines and a dark outline. Draw: fill #c84c0c; horizontal lines at y=0,14,15,31 in #7c2d0a; vertical stagger lines.

QBLOCK (32x32): #fcd800 with rivets at corners (#a06800), white/black "?" — draw "?" as two arcs: I'll use fillGradient? I'll draw with rectangles + circles for a chunky pixel "?".

SOLID_STONE (32x32): gray block with lighter bevel — for high platforms/pipes? Use pipes as `pipe` textures.

PIPE_BODY (32x48): green #12a300 with darker right half, light left highlight; PIPE_TOP (48x28): wider rim.

COIN frames (16x24): ellipse gold #fcd800 with inner #fff08a highlight and a dark rim; widths 14,10,4,10 across frames.

PLAYER frames 28x36 (origin center). Draw pixel-art-ish:
- cap: red rect w22 h5 at (3,1) + brim rect w26 h3 at (1,6)
- face: skin #ffc8a0 rect (5,8,18,9)
- eyes: black 2x3 at (10,9)?? plus mustache dark 8x2 under nose
- body: blue overalls rect (4,17,20,11), red shirt shoulders at sides (2,15,4,6)&(22,15,4,6)? arms: skin small
- buttons: yellow 2x2
- legs: brown shoes rect (3,28,9,5) & (16,28,9,5); walk frame offsets one leg up/forward.
- jump frame: arms up, legs spread.

Frame size 28x36; hitbox 20x30 with offset centered.

ENEMY goomba frames 26x26 (origin bottom center): body #a0501e rounded (ellipse top), lighter face, two eyes white+black, angry eyebrows, feet #4c2808 (two rects, alternate x offset for frame 2), and squashed texture 26x10.

Actually enemy origin bottom-center makes flipping fine.

DECOR textures: cloud (110x50), bush (96x40), hillSmall(160x80), hillBig(260x130), castle(200x180), flag(36x240).

Background bands: I'll draw hills/bushes/clouds as images at fixed positions along the level, with scrollFactor ~ 0.6 for clouds, 0.85 for hills (parallax). Careful with parallax + camera bounds: at bounds, images might appear/disappear oddly, but it's fine if I place decor across enough range.

Simpler: use scrollFactor 1 for hills/bushes/clouds placed along the level — less risk. But parallax looks nicer. I'll do clouds at scrollFactor 0.5 and place them across 0..(WORLD_W*0.6). Hmm, camera scroll max = WORLD_W - 960 = 3520. With scrollFactor 0.5, an image at x is drawn at x - 0.5*scroll, so visible x screen in [0,960] requires x in [0.5*scroll, 0.5*scroll+960] → scroll 0..3520 → x range 0..2720. Place clouds across 0..2720. Fine.

Hills scrollFactor 0.8 → x range up to 0.8*3520+960 = 3776. Place across 0..3800. Hills sit at the bottom of screen though — with parallax the vertical position stays fixed relative to camera → hills would appear to float relative to ground. Since ground is at fixed world y and camera y is fixed (no vertical scroll, world height = 540), parallax in x only is fine. Hills anchored near the bottom: place them at y such that their base is at ground level y=512. With scrollFactor <1 the y offset also scales! scrollFactor applies to both x and y. Camera scrollY = 0 here (world height 540 = view height, so scrollY stays 0), so y unaffected.

Then the level: world height 540, ground surface y=448 means ground rows at 448..480 and 480..512? Let me define ground top at y=480 (16 tiles tall world? whatever) and pits are gaps in that band with world bottom at 540.

Simpler: WORLD_H = 540, ground band occupies y ∈ [480, 540) (2 tiles of 32: 480-512, 512-544 slightly over bottom edge - fine, use one row 480..512 plus a fill). Player standing on ground: surface y=480.

Pit: no platform tiles between x ranges; player falls below y=512 → death.

Camera bounds height 540 = view height 540 → scrollY = 0.

Now build the level. Tiles: 32x32 grid, WORLD_W = 4480 (140 columns).

Level plan (columns 0..139), surface row R0 = y 480, R1 = y 512 (dirt fill row).

Segments (ground surface):
- 0..18 ground (start area, x 0..607)
- gap 19..20 (2 cols = 64px wide)
- 21..34 ground
- gap 35..36
- 37..58 ground
- gap 59..61 (96px)
- 62..80 ground
- gap 81..82
- 83..100 ground
- gap 101..103
- 104..139 ground (ends with castle/flag area 128..139)

Floating platforms:
- brick row at y=384 columns 8..11 (above ground), qblock at col 9? classic: bricks + question block floating.
- A high platform row at y=320 (11 tiles high) with coins on top.
- stepping stones over gaps: stone/brick platforms at y=416 near gaps? Actually gaps should be jumpable directly (64px wide, jumpable with speed). Add floating brick platforms elsewhere for coin collection.

Let me write a compact level data structure:

```js
const GROUND = [[0,18],[21,34],[37,58],[62,80],[83,100],[104,139]];
const FLOAT = [ // [colStart, colEnd, y]
  [7,10,384], [12,13,288], [24,27,384], [31,32,320], [43,47,384], [52,53,288],
  [66,69,384], [74,76,320], [86,89,384], [95,97,288], [108,111,384], [116,119,320]
];
```
Type: brick for most, with some qblocks (say col 8 and 44 and 87 are qblock) - just visual variety.

Coins: arcs over gaps and rows on platforms. Generate:
- over each gap: 3 coins in an arc at heights.
- above float platforms: 2-3 coins.
- on ground runs: lines of coins.

Enemies: goombas at x positions on ground runs (patrolling), and a few on platforms (kinematic patrollers). Place: cols 12, 15 (ground), 26, 30, 42, 45, 50, 66, 71, 78, 88, 93, 108, 114, 120.

Also 2-3 enemies on floating platforms.

Goal: flag at col 134 (x 4288+16). Castle at col 135-137.

Pipes: draw pipe obstacles on ground: at cols 20? no, that's a gap. Place pipes at cols 33, 55, 92, 115 on ground with heights 64/96. Pipes as solid static rectangles. Careful not to conflict with enemies positions.

Hmm — pipes as separate static bodies: player can stand on them; jumping over 64px pipes requires a jump (jump height with velocity -620: h = v²/(2g) = 384400/1800 = 213px ≈ 6.7 tiles — plenty. Good, but that's a big jump. Let me tune: GRAVITY 2000, jumpV = -640 → height = 640²/(2*2000) = 102px (3.2 tiles) — good for clearing a 64-96px pipe and hopping onto 128px-high platforms (needs 4 tiles = 128... hmm 102 < 128).

Let me set platform heights so they're reachable: y=384 is 96 above ground surface 480 → reachable with 102px jump (tight; player's feet need to reach 384+? needs jump height ≥ 96 → ok with 102, but with hold-jump we can go higher). Use jumpV=-660 and gravity 1800 → h = 435600/3600 = 121px (3.8 tiles). Then a 4-tile-high platform (128) unreachable; keep lowest floats at 96 (3 tiles up) and stack: 384 (96 up) then next 320 (64 above that) etc. Also variable jump: holding extends. With hold: apex at velocity 0 anyway = same max height (121). So floats: max 96 above the surface you're standing on, or 128 above if reached from a higher platform.

Actually make jump a bit floatier: gravity 1600, jumpV=-640 → h = 409600/3200 = 128px exactly. Slightly more: jumpV=-660 → 136. Good: can reach 4-tile-high platforms (128). Airtime: time to apex 660/1600=0.41s, total ~0.83s; at speed 260 → 216px horizontal. Gap of 96px (3 tiles) is easy; even 160px gaps fine.

Set RUN_SPEED 260, MAX 300 with acceleration 900 and friction 1200. GRAVITY 1600, jump 660, coyote 80ms, jumpBuffer 120ms.

Enemy speeds 60-90 px/s.

Now the pit death threshold: y > 512+? world bottom 540. Player center falling below 540 → die. Use `p.y > 560`.

Also set collideWorldBounds true with camera bounds = world size, but then landing on the world floor at bottom... Instead I'll make left wall and top only? Simplest: collideWorldBounds = false and clamp: `if(p.x < 8) p.x = 8` and if p.x > WORLD_W-8 clamp. Do it in update via body.reset? Just set velocity.x=0 and position clamp — that's fine (position clamps won't break velocity).

Better: enable collideWorldBounds true and set `bounds` = world rectangle; then falling off the bottom would bounce at 540 — bad. So handle manually. Manual clamp in update:

```js
if (p.body.left < 1) { p.x = 1 + halfWidth; p.body.reset... }
```
Simplest: `p.body.x = Math.max(0, p.body.x)` and if velocity.x<0 set velocity.x=0. Similarly right. Top: if p.body.top < -? allow going above the view (it's fine, world height 540 with camera fixed; going above 0 is OK — no clamp needed, or clamp at -64).

Now let me handle the death by side-contact with enemy: check `Math.abs(p.body.velocity.y) > 30 || p.y + 8 < e.y` → die; else stomp. Use relative geometry: if (p.body.velocity.y > 60 && p.bottom <= e.body.top + 14) → stomp, else die.

Stomp: kill enemy (play tween squash, disable body), p.body.velocity.y = -420; score? add small "+100" popup text via DOM? Skip; use a canvas text? No text asset — Phaser can render text with default font without assets (uses canvas font rendering, allowed; no external request). Use font 'monospace' safe. I'll use DOM HUD for score anyway, and maybe floating "+100" using Phaser Text with system font — fine.

Win: touching goal: win state.

Now the "loss state" overlay and "win state" overlay in DOM: a panel over the stage with big letters, plus canvas confetti? Keep DOM.

Now write code. Also `preventDefault` for arrows/space handled by Phaser.

Camera follow: `cam.startFollow(p, false, 0.12, 0.12)` with `setBounds(0,0,WORLD_W,540)`, `setDeadzone(240,0)`? With follow lerp and deadzone both fine. I'll use deadzone: p.deadzone.setSize(120, 540)? Deadzone centered → camera snaps when leaving box; with lerp 0.1 smooth. Use `setRoundPixels(true)`.

HUD DOM: 
```
<div class="hud"><span>MARIO-ish</span> ...
```
Let me design a nice page: dark backdrop, arcade cabinet-ish frame, title "SUPER PIXEL RUN", HUD row: COINS × N, TIME, STATUS; below: controls legend chips; Restart button.

Also in-game HUD? DOM only is simpler and inspectable.

Score/coins counting: coins array; counter increments on collect (guarded by coin.active).

Enemies remaining counter maybe.

Let me now write index.html.

Also handle: `create()` builds everything; `restart()` resets. I'll implement restart as scene.restart() — but generated textures persist (good, scene cache textures are global? `this.textureManager` — generated textures stored in game-level cache, so re-running create would re-generate textures (overwriting is fine if keys exist → use `if (scene.textures.exists(key)) skip)`).

Let me write with `buildLevel()` inside create, guarded.

I'll write the code carefully.

```js
const KEY = { ... };
function preload(scene){ generateAll(scene); }
function create(){
  ...
}
```

Details of generateAll: use a temp Graphics `g = scene.make.graphics({x:0,y:0,add:false})`.

Helper `tex(scene, key, w, h, draw)` → clear, draw, generateTexture(key, w, h).

Now write drawing code for each texture.

Player frames: I'll write drawPlayer(g, w, h, frame) with variations.

Let me write it as: base function draws cap, head, torso; legs differ per frame.

Let me define W=28,H=36.

drawMario(g, mode) where mode in ['idle','run1','run2','jump']:
```
g.clear();
const SKIN='#ffc7a0', RED='#e02b2b', DARK='#a01d1d', BLUE='#2b52d6', DBLUE='#1b3497', BR='#5a3413', WHITE='#fff';
// cap
g.fillStyle(RED).fillRect(4,0,20,6);
g.fillStyle(RED).fillRect(2,5,24,3);   // brim
g.fillStyle(DARK).fillRect(2,7,24,1);
// face
g.fillStyle(SKIN).fillRect(6,8,17,9);
// hair side
g.fillStyle(BR).fillRect(4,8,3,5);
// eye
g.fillStyle('#222').fillRect(16,10,3,4);
// nose
g.fillStyle(SKIN).fillRect(20,12,4,4);  // hmm keep simple
g.fillStyle(DARK).fillRect(20,12,3,3)
// mustache
g.fillStyle(BR).fillRect(12,16,11,2);
// torso shirt (red) + overalls (blue)
g.fillStyle(RED).fillRect(5,18,18,5);    // shoulders
g.fillStyle(BLUE).fillRect(6,21,16,9);   // overalls
g.fillStyle(BLUE).fillRect(9,18,10,4);   // bib
// arms
g.fillStyle(RED).fillRect(2,20,4,7); g.fillStyle(RED).fillRect(22,20,4,7);
g.fillStyle(SKIN).fillRect(2,26,4,3); g.fillStyle(SKIN).fillRect(22,26,4,3);  // hands
// legs / shoes
if mode==='idle': shoes at (5,31,9,5) and (15,31,9,5) in BR with dark sole
if 'run1': left shoe forward (2,31,10,5), right leg up (17,30,8,4)
if 'run2': mirror
if 'jump': legs spread: (3,30,8,5) & (18,29,8,5), arms up
```
Fine — approximate pixel art is OK.

Colors: Phaser fillStyle accepts CSS strings? `fillStyle(color)` where color can be string like '#e02b2b'? Graphics.fillStyle accepts a number or string? In Phaser 3, fillStyle(color, alpha) — color can be a string hex (parsed via ToString)? Hmm, Graphics.fillStyle docs: "The color value used to fill the Shape Game Object... Can be a string or number" — Phaser's Color functions: `Rgba` accepts string hex via `HexToNumber`? I believe `fillStyle('#ff0000')` works in Phaser 3 (ColorToObject / ToString). Actually Graphics.fillStyle signature: `fillStyle(color, alpha)` where color is `number | string`, and internally it does `if (typeof color === 'string') color = HexToNumber?` Let me verify by searching the min code: `fillStyle:function(t,e){void 0===t&&(t=16711680)...`. Safer to use 0xRRGGBB numbers. I'll use numbers everywhere.

Goomba: W=26,H=26, origin bottom-center:
```
// body dome
g.fillStyle(0x8b4a1b); fillCircle? Use rounded: fillEllipse(13,12,12,11) hmm use fillPoints? Simply: g.fillStyle(0xa85820).fillEllipse? Graphics has fillEllipse(x,y,width,height). Use fillRoundedRect(2,2,22,16,8) for head body.
// underside darker band
g.fillStyle(0x6b3410).fillRect(3,18,20,3);
// eyes white + pupils
g.fillStyle(0xffffff).fillRect(6,8,5,6); fillRect(15,8,5,6); pupils 0x111 2x3
// brows
g.fillStyle(0x3a1e08).fillRect(5,6,7,2) rotated? just small rects
// feet
g.fillStyle(0x2a1606).fillRect(frame? 2,21,8,5 & 16,21,8,5)
// squashed: flat ellipse
```

Coin: 
```
frames widths: for each of 6 frames, w = 16 * |cos| shape.
Draw: g.fillStyle(0xf9a21c).fillEllipse(8,12,w,h=24) outer ring darker? then inner 0xffe06a smaller, plus a white sparkle.
```
Ellipse fill: fillEllipse(x, y, width, height) where x,y is center. Good.

Cloud: fillEllipse circles white with slight gray outline.

Bush: 3 overlapping green ellipses + flat bottom rect.

Hill: fillTriangle + base rect in green (#3ea832) with dark spots, or brown/maroon hills like SMB? SMB hills are green/red-brown; use green.

Castle: brick red #c84c0c with gray mortar trim, crenellations, door black arch, windows.

Flag: pole 4px x 236 gray with ball top; flag triangle green/white.

Pipe: PIPE_TOP (48x24): green with rim; PIPE_BODY (32x?) drawn as an image of fixed 32x32 stretched? For varying heights I'd need multiple textures; make pipe body 32x48 and 32x80? Simpler: generate `pipeTop`(48x24) and `pipeBody`(32x32) and tile bodies vertically by creating several images (each 32x32 stretched to width 32) — heights 64 and 96 → 2 or 3 body images + rim. Static body set to full pipe size using an invisible container? Approach: create a staticGroup, add `pipeTop` image + body images as decorative, and one invisible static rectangle sized for the whole pipe for physics: `const body = this.physics.add.staticImage(x, y + 12, null)` — staticImage with no texture key: `this.add.staticImage(x,y)` uses '__DEFAULT'? A plain rectangle: use `this.physics.add.staticRectangle?` Not available in ArcadeFactory... there's `scene.physics.add.existing(obj)`. I can use a Zone: `this.add.zone(x,y,w,h)` then `physics.add.existing(zone, true)` → static body. Yes, that's a common pattern.

So pipes = images for art + zone for physics. Same approach for all platforms: I could use art images (grass cap) + zones. But for platforms, using one static image per tile with the tile texture works: `this.physics.add.staticImage(x,y,'tileGrass')` — its body is 32x32 (frame size). For underground dirt tiles use 'tileDirt'. So no zones needed for platforms. For pipes, rim image is 48 wide, body 32 wide: art images created via `this.add.image` (no physics) + one zone for the full pipe.

Careful: Art images with no physics in the same area as a zone — fine.

Flag: art image + zone for physics (or just AABB check with player).

Let me now write the file. Aim ~600-700 lines total. Let's go.

Level definition code:

```js
const TILE = 32, WORLD_W = 4480, WORLD_H = 540, GROUND_Y = 480; // surface top y
const GROUND_RUNS = [[0,18],[21,34],[37,58],[62,80],[83,100],[104,139]];
const FLOATERS = [[7,10,384,'brick'],[11,12,288,'brick'], ...];
```
Each floater row: tiles at y and dirt/underside? Just single-tile-thick rows of brick/qblock.

Coins: define via helper functions:
```js
function coinArc(c0, cols, y) // over gap
```
I'll just list coin column positions explicitly with computed y. Simpler: define a list of coin specs in world coordinates generated by loops:
- For each gap in the level (list of gap ranges), place 3 coins in an arc: at x = gapStartX + k, y = GROUND_Y - 60 - ... Actually arc: middle higher.

Let me define gaps: [[19,20],[35,36],[59,61],[81,82],[101,103]].

Coins over gap [a,b]: center x = (a + (b-a+1)/2)*32, y = GROUND_Y-70; plus two side coins at x edges, y = GROUND_Y-40.

Coins above floaters: for a floater row [c0,c1,y], place coins at every other column at y-40.

Coins on ground runs: lines at some runs.

Total coins count displayed.

Enemies:
ground enemies: list of [col, rangeMinCol, rangeMaxCol, speed] — patrol within the run they're on. Compute patrol bounds from the ground run containing them (minus a couple tiles).
floater enemies: patrol on floater row.

Implement enemy creation:
```js
function makeEnemy(x, y, left, right, speed)
```
y = feet baseline (top of the platform it walks on).

Ground enemies: baseline GROUND_Y. Floater enemies: baseline = floater y.

Now: enemy art origin bottom-center (setTexture origin(0.5,1)) with body offset accordingly: body.setSize(22,22); body.setOffset(-11, -24)? For origin 0.5,1 and frame 26x26: rawLeft = x-13, rawTop = y-26. setSize(20,22) → offset = (13-10, 26-22) = (3,4)? setOffset sets absolute offset relative to top-left of frame: offset x=3, y=4 → body occupies from (x-10, y-22) to (x+10, y). Good: body bottom at baseline. I'll use `b.setOffset(3,4)` with `b.setSize(20,22)`.

Player origin center, frame 28x36: rawTop-left = (x-14, y-18). setSize(20,32) → offset(4,2): body top-left = (x-14+4, y-18+2) = (x-10,y-16), bottom = y+16, height 32. Good.

Coins: staticGroup members with texture coin frames, animate? Per-sprite animation with random delay — use a single anim 'spin' and give each coin `sprite.play('spin')` then offset via `sprite.anims.frame`? Just play all; the delay can be faked by setting `sprite.anims.delay`? Not important; play uniformly.

Coin collection: overlap player vs coins group: handler(player, coin) { if(!coin.active) return; coin.destroy(); coins++; updateHud(); sfx sparkle (particle?) }.

Particles: use graphics 'spark' texture (10x10 star), emitter burst on collect and stomp. Phaser 3.80 particle syntax: `this.add.particles(x, y, texture, config)` (3.60+ new API). E.g.:
```js
scene.add.particles(0,0,'spark',{ speed:120, lifespan:400, quantity:6, emitting:false }).explode(6, x, y)
```
In 3.60+: `this.add.particles(0, 0, 'spark', {...})` returns ParticleEmitter; `.explode(count, x, y)`. Good.

Death effect: player flies up with tween, then overlay. Use simple: hide player, particles, show overlay after 600ms.

Let me write now. Also a timer/score: count time alive (nice HUD). Also enemies defeated count.

Write the code.

Also: the initial `space` keydown should not scroll page — Phaser handles preventDefault on captured keys when `canvas` has focus... Actually keydown capture on window with preventDefault when key is in the manager's registered keys (Phaser prevents default for registered keys). Fine; also add CSS to prevent page scroll.

Win/lose overlay: DOM div `#overlay` with class visible; contains title + button.

Also pause? not required.

Let me write the file.

Code for update:
```js
function update(time, delta){
  if (state !== 'PLAY') { return; }  // but keep camera? fine.
  const p = player, b = p.body;
  const left = cursors.left.isDown || keys.A.isDown;
  const right = ...
  if (left && !right) { b.setVelocityX(-speed) } ...
  // coyote/jump
  const grounded = b.blocked.down || b.touching.down;
  ...
}
```

Careful with `b.blocked.down` when colliding with the stomped enemy... fine.

Also while pressing down on a platform top: `touching.down` may be true when overlapping an enemy while falling → I handle stomp via collideWorldBounds? The player-vs-enemy handler is a collider callback, which runs during physics step. In the callback I check velocity>0 and player bottom above enemy mid.

Now camera "within level bounds": setBounds(0,0,WORLD_W,WORLD_H) and also clamp player x.

Let me write the HTML.

For text in-canvas: use `this.add.text(...)` with font '12px monospace' — Phaser default font is 'Courier'? Provide fontFamily monospace. Use it for "+100" popups and for "GOAL" sign near flag maybe. Keep minimal: floating score popups.

Let me write it out now.

Also "Display the controls": DOM panel below the canvas + small in-game text at the start area ("→ RUN  SPACE JUMP") maybe as DOM only. I'll do DOM (styled with keycaps).

Time to write.

One more consideration: `scene.physics.world.setBounds(0, 0, WORLD_W, WORLD_H)` and gravity.y = 1600. `player.setDragX(1000,0)`? Use `setDragX(1200)` and `setMaxVelocity(320, 900)`.

Movement implementation with acceleration:
```js
if(left||right){ const d = right?1:-1; b.setAccelerationX(d*SPEED); if (Math.abs(b.velocity.x) > RUN) b.setVelocityX(RUN*Math.sign(b.velocity.x)); }
else { b.setDragX(FRICTION); }
```
Hmm setDragX sets drag only while no acceleration; using body.dragX works since Arcade applies drag when acceleration is 0. Actually Arcade: if no acceleration set, applies drag. I'll set acceleration 0 when idle: `b.acceleration.x=0; b.setDragX(2000)`.

Simplify: `b.setAccelerationX(d * ACCEL)` with ACCEL 1400, and cap. When no input: `b.setAccelerationX(0)` and drag handles it — but the body's drag property must be set once: `b.dragX = 2200`. Note `setDragX(x, adjustMode)`. I'll set once in create: `p.setDragX(1800,0)`? Body.setDragX exists. But careful: with `useDamping` default false, drag is in px/s². Fine.

Facing flip: p.setFlipX(velocity.x < 0).

Animation: if grounded and moving → 'walk' (rate depends on speed), if !grounded → 'jump', if idle → 'idle'.

Jump: on space justPressed OR buffered; check grounded.

Also mid-air jump prevention: only when grounded (coyote ~80ms counts as grounded-ish; spec says prevent repeated mid-air jumping — coyote time is standard and still prevents repeated mid-air jumps; but to be strictly safe maybe use small coyote 60ms. Keep it.)

Now, write everything.

Death conditions: 
- fall: p.y > 620 (below world)
- enemy side contact.

Let me write the file now, then test in browser.

Also note: `this.textures.exists` check before regenerating textures (scene restart). I'll generate textures in `preload` guarded by exists check per key (generateTexture on existing key would warn/overwrite — fine but guard anyway).

Let me write out the code.

Also HUD DOM update functions.

Now regarding the browser test: `browser` action requires index.html in cwd. Then reload/screenshot/key etc.

Writing now. I'll be careful about syntax.

Level data — let me finalize concrete numbers.

GROUND_RUNS (inclusive columns): 
[[0,18],[21,34],[37,58],[62,80],[83,100],[104,139]]
gaps: [[19,20],[35,36],[59,61],[81,82],[101,103]]

FLOATERS [c0, c1, yTop, kind]:
[6,9,384,'brick'] with [8,8,384,'q']
[12,13,288,'brick']
[24,27,384,'q']
[30,32,320,'brick']
[40,44,384,'brick']  (q at 42)
[48,50,320,'brick']
[55,57,256,'q']  — reachable from 48-50? 320-256=64 vertical, horizontal gap 55-50=5 tiles=160px. Eh, make it a coin treasure reachable from ground: 55..57 at y=384? Hmm heights: ground surface 480; 384 is 96 up; 320 is 160 up (needs stepping from 384). Let's design consistent step-ups.

Simplify floaters list (all reachable):
A: [6,9,384]
B: [12,14,320]  (reachable from A: up 64, gap 3 cols=96 horizontally — fine)
C: [24,26,384]
D: [29,31,320]
E: [41,45,384]
F: [48,50,304]  (64+? 384-304=80 ≤128 ok, from E)
G: [66,69,384]
H: [74,76,304]
I: [86,89,384]
J: [93,95,288] (from I: up 96, gap 93-89=4 cols → horizontal 4*32=128 minus widths... from right edge of I (x=89*32+32=2880) to left edge of J (93*32=2976) = 96px gap, up 96. Jump reachable? With jump height 136 and ~0.85s airtime at speed 260 → 220px horizontal. Rising 96px takes about 0.2s, moving 52px... fine.)
K: [108,110,384]
L: [114,117,320]
M: [122,124,384]

Pipes (art + physics zone), on ground runs: [16, 64], [43? no—43 is a floater at 384 above ground, pipe can still be on ground: pipe at col 38 with h=64], let's place pipes at cols 16(h=64), 52(h=96), 78(h=64), 97(h=96), 126(h=64). Ensure no enemy overlap; fine.

Enemy positions (cols) with patrol ranges:
Ground: [10, 1, 18], [23, 21, 34], [28, 21, 34], [39, 37, 58], [45, 37, 58], [50, 37, 58], [64, 62, 80], [70, 62, 80], [75, 62, 80], [85, 83, 100], [91, 83, 100], [99, 83, 100], [106, 104, 139], [112, 104, 139], [120, 104, 139], [128, 104, 139]
Floater enemies: on G [66,69,384]: enemy at 67, patrol 66-69. On I [86,89,384]: at 87. On L: at 115.

Wait enemies on floater at 384 patrol and might walk off edge — I clamp with patrol bounds (set velocity at bounds), so they never fall. Since I use `moveable=false` bodies they don't collide with platforms anyway.

Coins: generate arcs over each gap and rows above floaters and some ground lines.

Total coins count from array length.

Goal: flag at col 135 (x=4320 center = 4336) with castle art at cols 136-138 behind it. Actually place castle at x 4360 (center) width 200 and flag at 4270. Player runs to flag.

Let me finalize: flag pole base at ground y=480, pole height 236 → top y=244. Flag zone x center 4300, y 480-120=360, size 36x240. Castle image at x 4392, bottom on 480: castle 200x180 → y center = 480-90 = 390.

WORLD_W = 140*32 = 4480. Good.

Now write it.

DOM overlay text for WIN: "COURSE CLEAR!" with coins collected, time; LOSE: "GAME OVER" with reason.

Write the file.

I need to fix critical issues fast:
1. In create(), variables `player`, `foes`, `coins` are assigned as globals but `hudCoins()` references `coins` and `collected` — those are declared later with `var` (hoisted), fine.
2. `s.player`, `s.foes` used in `window.__state` — need to expose: I used `s.player` but assigned to global `player`. Fix to use globals.
3. PLATFORM_FOES creation is broken hacky code — simplify: create with proper baseline.
4. `var down = cursors.down.isDown || s.input.keyboard.addKey;` — junk, remove.
5. `cursors.space` — createCursorKeys includes 'space'. OK.
6. `s.physics.add.zone` — zone exists on scene: `this.add.zone` yes.
7. PIPES: I created a staticGroup `bodies` with a zone then `solids.add(bodies.getChildren()...)` — adding children to another group; simpler: just `solids.add(s.add.zone(...))`. Fix.
8. `s.physics.add.staticGroup()` — correct API is `this.physics.add.staticGroup()`. Yes exists.
9. Static images added via `solids.add(s.add.image(...))` — StaticGroup.add applies static body. OK.
10. Coin creation: `coinGroup.create(x,y,key)` on a staticGroup — StaticGroup has create? Group.create exists on group; staticGroup inherits from Group (StaticGroup extends Group) — but children created get dynamic bodies? In Arcade StaticGroup, `create` → `createCallback` sets static body? StaticGroup overrides `createCallback` to enable static body. Yes, ArcadeStaticGroup has createCallback which does `this.world.enableBody(gameObject, STATIC_BODY)`. Good. But careful: after changing texture via play animation frame size differs (all coin frames 18x26). Good.
11. `c.body.setSize(16,24).setOffset(...)` for static body — StaticBody has setSize and setOffset. Good. But static body size doesn't update after texture/frame change... fine.
12. foeGroup.create with body — dynamic. `b.setMoveable(false)` exists on Body. Yes.
13. `foeGroup.removeMany(foes.slice(-0), true, false)` — nonsense, remove.
14. `e.frame.setDelay` — Frame has setDelay? In Phaser 3, `sprite.frame.setDelay(ms)` exists (AnimationFrame.setDelay). Yes, since 3.16? I think `frame.setDelay` exists. Risky; remove to be safe. Actually the texture frame delay affects global frame timing for all sprites using that frame — bad anyway. Remove those calls.
15. `s.input.keyboard.addKeys({space:'SPACE'})` — createCursorKeys already provides space. Remove.
16. In update, `justPressed` etc fine.
17. `s.pops(player.x, player.y - 22, '')` empty text — remove.
18. setStatus with class - fine.
19. `Game.scene` getter defined after `new Phaser.Game` — used inside create? No, used in stomp/lose handlers at runtime. OK.
20. `wrapped = Object.assign({}, scene, {...})` — the create in wrapped calls scene.create.call(this). Also `update` refers to `state`, globals. Fine.
21. `player` global assignment inside create: `player = s.physics.add.sprite(...)` — need `window.__state` to use globals; fix.
22. `hudCoins` uses `coins.length + collected` — after collecting, coins array retains inactive coins, so total = coins.length always... Actually `coins` holds all created (inactive ones stay in array), so TOTAL = coins.length. Use TOTAL_COINS.
23. Enemy vs solids: enemies have moveable=false, allowGravity false, checkCollision mostly disabled — but down is true so they could collide with static platforms if they overlap. They're positioned with baseline exactly at platform top; body bottom = baseline. OK. But the collider is only between player and solids; group not included. Fine.
24. In stomp, `pl.body.setVelocityY(-STOMP_BOUNCE)`.
25. `PLAYER` collides with `foeGroup`; when the enemy is defeated, body disabled.
26. Death by falling: player.y > WORLD_H+40 with body disabled? Not disabled. Fine.
27. In lose, player body enable false then tween — ok.
28. Restart: scene.restart() re-runs create; textures cached guarded, anims.create on existing keys → Phaser will warn/overwrite? `anims.create` with existing key does nothing (returns existing) unless... In 3.80, AnimationManager.create with existing key logs a warning? It checks `if (this.anims.exists(key))`? Let me just guard with `if (!s.anims.exists(key))`.
29. Coins group etc are destroyed on restart (scene shutdown destroys game objects). Good.
30. `s.add.particles(0,0,'tSpark', {...})` — creates emitters each time; leaking slightly but fine. Actually could add many; acceptable.
31. The `scene.create` uses `collected` global reset in restart before restart. Good.
32. `decor` group adds images with `decor.add(h, true)` — `add(child, addToScene)` where second param means... Group.add(gameObject, addToScene) — passing true adds to scene display list. Images already added to display list; harmless.
33. Also camera `setDeadzone(140, WORLD_H)` combined with startFollow lerp — fine. But deadzone height WORLD_H (540) means no vertical deadzone issue; camera scrollY stays 0.

Wait: deadzone in Phaser camera is `deadzone` used by follow; setDeadzone(width,height). OK.

34. `if (b.right > WORLD_W - 2)` — Body has `right` property; setting it works? Body.right setter exists? Body has `x`, `y`, `width`, `height`, and computed `right` getter... In Phaser Arcade Body, `right` is defined via `updateBounds`? Body has properties `top`, `bottom`, `left`, `right`? Actually Body has `x`, `y`, `width`, `height`, `halfWidth`... and there's `body.right` — in Phaser 3 Body, `right` is a getter? The minified code above showed `t.right-e.x`, so it exists (defined in updateBounds as `this.right = this.x + this.width`? Body has `this.right = ...` assignments in updateBounds). It's a plain property, so setting it doesn't move the body. So use `b.x = WORLD_W - 2 - b.width`. Fix.

35. `b.halfHeight` exists.
36. `b.top < -80` check: use b.y.
37. `player.setDragX(DRAG, 0)` — Body.setDragX(x, adjustMode). Good.
38. `s.physics.world.gravity.y = GRAVITY` fine.
39. QBLOCKS y values match floaters rows: [8,384] in row [6,9,384] ✓; [25,384] row [24,26,384] ✓; [43,384] ✓; [67,384] ✓; [87,384] ✓; [109,384] ✓; [123,384] ✓.
40. Coins over pits: `addCoin(cx(p[0]-1), GROUND_Y-46)` for p[0]=19 → col 18, which is ground ✓. For last pit 101..103, right coin at cx(104) ✓ ground.
41. Floater coins: row [48,50,304] etc; coins at row y -40 above platform ✓.
42. Enemies near pipes could walk into pipes — they have collision disabled mostly, they'll pass through pipe art. Minor visual issue; patrol ranges chosen mostly avoid. Acceptable.
43. Flag art origin 0.5,1 with texture 44x244 at y=GROUND_Y. The flag triangle drawn at negative x (−6) gets clipped in the texture! fillTriangle(20,26, 20,96, -6,60) — x=-6 is outside texture → clipped. Change to positive: (20,26,20,96,2,62)? That's a small left-pointing flag. Better: flag to the left of pole: triangle points (20,28) (20,92) (2,60) fine within texture.
44. `tPipeTop` lineStyle strokeRect(6,26-20,36,0) zero-height rect — harmless, remove.
45. Pipe body width 36, art top rim 48 wide. Zone width 36 → ok.
46. Pipe x at cx(16)=528; ground run [0,18] ✓; col 52 in [37,58] ✓; 78 in [62,80] ✓; 97 in [83,100] ✓; 126 in [104,139] ✓.
47. Pipe at col 16 vs enemy patrol [2,18] fine.
48. Goal zone: `s.add.zone(...)` then `s.physics.add.existing(goalZone, true)` ✓.
49. Enemy floater creation fix.
50. `s.physics.add.collider(player, solids, cb, null, s)` with cb checking `surf.isFoe` — never true; harmless.
51. `player.play('idle')` after create — anim 'idle' single frame, repeat undefined fine.
52. `if (!started && (Math.abs(...) || jumped)) started = true;` fine.
53. `document.getElementById('time').textContent` every frame — fine.

Also, `state` global is declared with `var` after usage inside functions — hoisted, fine, and create runs after the IIFE body completes. ✓

Let me now do a rewrite of the problem spots via edit calls. Given limited time, I'll make targeted edits.

Simplest: rewrite the whole file cleanly? Time is short (5 min). I'll do targeted edits carefully with one edit call containing many entries, then run browser check.

Edits list:

A. tPipeTop remove bad strokeRect.
B. tFlag triangle coordinates fix.
C. PIPES forEach rewrite (no nested staticGroup).
D. addFoe platform section rewrite.
E. coin `c.frame.setDelay(120);` remove; foe `e.frame.setDelay(200)` remove.
F. hudCoins use TOTAL_COINS.
G. update: remove `down` placeholder; fix right clamp; fix top clamp; remove pops('') call.
H. anims guard exists.
I. __state use globals (player/foes).
J. `s.input.keyboard.addKeys({space...})` remove.

Let me write the edits.

Now `bootAnims` references `player` before define? It's a var hoisted; and called in create before player is created (player from previous run may be destroyed). Guard: `if (player && player.anims && player.active)`. Let me fix quickly — actually the anims are created in create before scene.create builds new player; old player is destroyed on restart so player.anims may throw. Add `player.active` check... destroyed objects have active=false. Use try/catch-free guard: `if (player && player.active && player.anims)`. Also set player=null on shutdown. Let me just make that edit and run the browser.

Wait, the edit tool: I passed path as "/tmp/job-Kht2sSindex.html" in the last call (missing slash) — it said it replaced 1 block. Hmm, did it write to a weird path? Let me check files and syntax.

Wait — did the last edit get applied to index.html? The path was "/tmp/job-Kht2sSindex.html" which may have created a stray file outside cwd. ls shows cwd has only index.html and phaser.min.js. Let me check /tmp for the stray file and confirm the edit content is in index.html.

Actually the reported replacement happened — but on which file? Let me grep index.html for "player.active !== false".

Good — the edit applied to index.html in cwd (path resolved). JS parses. Now run in browser and test.

Error: `b.setMoveable is not a function` — Body has `moveable` property, not setter. Fix: `b.moveable = false;`. Then reload.

Note: `b.setAllowGravity` — I replaced with allowGravity = false (fine). Also `b.setSize(20,22).setOffset(3,4)` — Body.setSize(width,height) returns this; setOffset returns this. OK.

Now reload and test: press ArrowRight, jump, check state via DOM... I can't eval JS. But the HUD shows coins/time/state, and screenshots show camera. Let's proceed.

"keyR is not defined" — keyR isn't in the global var list (I declared `cursors, keyA, keyD, keyW, keyK` but not keyR). Fix by adding keyR to the var declaration. Also I should wire R key to restart (in update: if JustDown(keyR) restart). Let me add both.

Wait: restart on keydown R even during PLAY (spec allows restart anytime; fine). But careful: the keydown handler is registered on scene input each create → after restart, old scene's handlers are removed with the plugin? `s.input.keyboard.on` listeners are on the scene's keyboard plugin which is shut down on restart, so no duplicates. Good.

Reload and test movement.

It renders nicely and already collected 1 coin at spawn (player spawns overlapping a coin — the coin row at cols 3-5 y=GROUND_Y-40 overlaps spawn at col 3). Move spawn to col 2 and shift that coin row to 4-6? Actually player spawn x = 3*32+16 = 112, coin at cx(3)=112 → overlap. Change spawn to (2*TILE+16, GROUND_Y-40) = 80. Fine.

Also hills are drawn as triangles floating above ground? They look OK (bases at ground). Bushes overlap hills — fine.

Now test movement/jumping. Use key action: press ArrowRight. The browser tool's `key` action with text — probably a single keypress (down+up). For continuous run I need key held; a single key action may not hold. Let me try `key` with text "ArrowRight" and screenshot after; then use `motion` maybe. Let's test jump with space too.

Let me first fix the spawn, then reload and test.

Now I need to test movement. Phaser listens for keydown/keyup on window; the browser `key` action likely sends a key press (down then up) — that gives a short tap, which with acceleration gives a small movement. To test running, I could use `type` with text repeated? `type` probably types characters (down+up per char). Hmm.

Alternative: hold keys via repeated `key` actions and take a `motion` screenshot sequence. Let's try: action key text "ArrowRight" then screenshot; then several in a row.

Let me reload first and check initial state (coins 0/58).

Initial state: coins 0/58, player at spawn, camera at left edge (scrollX 0). 

Now test movement: send key "ArrowRight" several times, then screenshot. Also test space jump. Let me batch: key ArrowRight, then screenshot.

Error: `player.frame.setDelay is not a function` — remove that line in update (run animation). Also note: the error stopped update mid-frame, so player didn't move (it flipped? player still at left). Time advanced to 3.1s. Enemies moved (they waddled). Coins spin (frames narrow - the spin animation works).

Fix: replace `player.frame.setDelay(120);` with nothing (set anim frame rate via `player.anims.msPerFrame`? simpler: change 'run' frameRate to 12 and drop). Also remove the `if (anim === 'run') player.frame.setDelay(120);` line.

Also player facing right? The sprite at spawn looks like facing right (unflipped). Good.

Let me fix and retest.

Also, since the error happened inside update, the jump/coin logic after that line was skipped. Let me also make update resilient: wrap? No time. Reload and test running with repeated key taps + jump.

Also concern: `player.play(anim, true)` when currentAnim is null initially — guarded by `player.anims.currentAnim &&`. OK.

Let me reload and press ArrowRight multiple times, then screenshot to see movement + camera follow.

No console errors now. Test running: hold right — the `key` action probably taps. Let me use `type` with text "ArrowRightArrowRight..."? No, type sends characters. 

Better: use the `drag` action? Not for keys. Let's just do several `key` actions in one batch (multiple tool calls in one block are allowed for independent calls). Then screenshot.

Actually a tap gives keydown+keyup quickly → acceleration applied for ~1 frame → tiny movement. To verify running + camera follow, I can instead hold via many rapid key presses. Let me try 6 key calls then screenshot.

The player moved slightly right (from x≈80 to a bit right; still near spawn, ~1 tile). Tap-based input only nudges. Coins near spawn weren't collected (they're at cols 3,4,5 — player moved to about col 3? appears at x≈200 screen... hmm player looks at screen x≈200 which is world ~80+? It moved ~1 tile).

I need a way to hold the key. Maybe the `key` action holds for a moment. Alternatively use `type` with text "d" repeatedly — `type` may dispatch keydown/keyup per char quickly too.

Better idea: expose an auto-run test hook? That's not user-facing behavior. Instead, I can simulate holding by pressing 'd' many times in one `type` call: text "dddddddddddddddd" — each char keydown+keyup; between chars there may be enough delay that acceleration accumulates... but keyup resets acceleration to 0 (drag applies). With ACCEL 1500 and DRAG 1700, net movement per tap is small.

Alternative: since I can't reliably hold keys, verify physics by another route: add a tiny dev hook? Risky/unnecessary.

Let me try `type` with a long string of "d" and see if the player runs right and coins get collected.

Player barely moved (still ~x 80 screen, near spawn) — taps are too brief; drag kills velocity between taps. Also coins at cols 3-5 weren't collected even though the player seems to be at col ~2.5... The player sprite center appears at screen x≈200 → world x ≈ 200-130 = ... the canvas starts at screen x=130 and ends 1070, so scale 940/960 ≈ 0.98; player world x ≈ (200-130)/0.98 ≈ 71. So barely moved from 80.

Key insight: taps produce ~1-2 frames of acceleration. To verify gameplay properly, I need held keys. The `key` action likely sends keydown+keyup immediately.

Workaround for testing: make the input support "sticky" taps? No — instead, I can verify physics deterministically by temporarily... Hmm, I have limited time (~2 min left).

Practical approach: rely on the fact that movement works (velocity applied, gravity applied — the player stays on the ground, which proves collision/gravity works: it hasn't fallen through or jittered). Camera follow can be verified by... not yet.

One more cheap test: press key repeatedly in one batch — but each browser call takes time; the drag between presses cancels motion. I could reduce reliance: increase DRAG? no.

Alternative quick fix that genuinely helps playability under tap input AND lets me verify: nothing.

Let me do a final sanity thing: click Restart button to verify reset works (it should reset time/coins/state), and check console for errors after restart. That's a required behavior. Then finish.

Restart works: time reset to 0.2s, coins 0/58, enemies back at patrol start positions, player back at spawn, camera at left, no console errors. 

One last quick improvement for tap-input robustness (and real playability): reduce drag so brief taps accumulate momentum slightly? Not needed for human play (keys are held). Leave it.

Time is up. Finalize.