1    # ricochet-template — orientation for new instances
2   
3   ## ⛔ WORKFLOW RULE — DESIGN BRIEF BEFORE CODE ⛔
4   
5   **This rule has no exceptions and is valid for every single
6   non-trivial change, every session, every file in this project.**
7   
8   Before calling `Write` or `Edit` on project code, post a **design
9   brief** in chat — a conceptual explanation of the approach, NOT the
10  code itself. Then wait. The user will usually reply with questions
11  and improvements; iterate the brief with them until you reach a
12  conclusion. Only then write the code.
13  
14  ### What a design brief contains
15  
16  1. **Approach.** A high-level explanation of how each feature works —
17     what it does, the strategy, the key data it holds, its lifecycle.
18  2. **Interfaces.** How the feature connects to existing features:
19     which existing functions / files / globals it touches or reuses,
20     and how. Include this whenever the feature is not self-contained.
21  3. **Functions.** For each new or changed function:
22     - its name,
23     - what it does,
24     - which other functions it calls — selective, not exhaustive,
25     - its general structure, when that isn't already obvious.
26  
27  The brief is a conceptual map, not a spec and not pseudocode. Aim for
28  "a reader could predict the shape of the code from this."
29  
30  ### After the brief is agreed
... [741 more lines]

visual-experiments-3.md
visual-experiments-2.md
visual-experiments-1.md
mini-looper-road-and-editor.md
invoker-template-usage-test.md
word-game.md
ui-generalization-2.md
ui-generalization-1.md
attack-system-generalization-4.md
attack-system-generalization-3.md
attack-system-generalization-2.md
attack-system-generalization-1.md
edition-system-generalization.md
emoji-aimer-8.md
invoker-spellcasting-tree-structure.md
emoji-aimer-7.md
anchor-app-phase-2-part-2.md
anchor-app-phase-2-part-1.md
invoker-hp-and-mana-orbs.md
emoji-aimer-6.md

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1    Title: Visual Experiments 3
2   Date: 2026-05-30 17:26:34
3   
4   # Visual Experiments 3
5   
6   ## Summary
7   
8   Continuation of the `ricochet-template` visual-experiments work (follows "Visual Experiments 2"). This session closed out the remaining **icons/images** roadmap items (image-as-SHAPE + image-as-CONTENT), added the rest of the **geometric shapes** plus **shape rotation**, and did a major **API-simplification** pass that culminated in a unified **effect editor**. Also patched the shared **Anchor 2 engine** to bind auxiliary sampler textures for the regular draw path. The 480×270 work and replacing the snkrx-template effect stack were explicitly **deferred** to later manual sessions.
9   
10  **Alignment + scope decisions (up front):**
11  - Read Visual Experiments 2's summary + `ricochet-template/.claude/CLAUDE.md`. Surfaced a key finding: the roadmap's "image-as-SHAPE hook is READY via `layer_shader_set_texture`/`COMMAND_SET_UNIFORM_TEXTURE`" was **wrong** — for the draw shader that command only stashed the texture for the post-process `apply_shader` path, never binding for regular SDF/sprite draws.
12  - Via AskUserQuestion: chose to **patch the engine** (vs a Lua-only sprite hack); image-as-CONTENT = build both luminance- and pattern-driven modes to compare; **480×270 deferred** ("we'll do this later manually, piece-by-piece").
13  
14  **Engine patch — aux sampler binding for the draw path (`Anchor2/engine/src/anchor.c`):**
15  - Patched the `COMMAND_SET_UNIFORM_TEXTURE` case in the command loop (~line 4693) to ALSO immediately `glActiveTexture(GL_TEXTURE0+unit); glBindTexture; glUniform1i(loc, unit)` on the active draw shader, in addition to the existing post-process stash. The batch renderer only touches unit 0, so a mask on **unit ≥ 2** persists across the frame's draws.
16  - Built with `Anchor2/engine/build.bat` via **PowerShell** (cmd-batch output is swallowed in MINGW bash; the first bash attempt didn't actually rebuild — confirmed by the binary timestamp). Copied `build/anchor.exe` → `ricochet-template/anchor.exe`.
17  - Documented as a cross-project memory (`reference_anchor2_aux_sampler_draws.md`).
18  
19  **Image-as-SHAPE (tiled icon masks) — `sprite` + `sprite_field`:**
20  - Added `sprite` shape kind (kind 3): each grid cell stamped with a chosen icon's silhouette (its alpha), tiled, the effect fills it. `shape_mask` gained a `cell_uv` param; the sprite branch returns `textureLod(u_shape_tex, vec2(cell_uv.x, 1-cell_uv.y), 0).a` (Y-flipped for gl_FragCoord vs texture origin). Icon bound on **unit 2**. Sidebar ICON picker (`icon_names`, `current_shape_icon`).
21  - User feedback: keep this "icons as background" mode (with the default color recipe it reads as icons-bg + black noise; only good with `ramp`). Wanted (a) **filled icons** to compare, (b) a **field mode** where the icon is sized by the field (the circle-analog), (c) a **SPACING** slider.
22  - Added `sprite_field` (kind 4): icon **sized by the per-cell field `fc`** (circle-analog — big where bright, gone where dark). Relabeled `sprite`→`icon (bg)`, `sprite_field`→`icon (field)`.
23  - **Filled icons:** extended `tools/fetch_icons.mjs` to also fetch each Tabler `-filled` variant (22 resolved), interleaved as `<concept>_filled` into `icon_names`.
24  - **SPACING:** first version insets the icon within a fixed cell → user noted it *shrank* icons instead of adding gaps. Reworked so SPACING enlarges the grid **pitch** (`size /= 1-spacing`, sprites only) while `shape_mask` insets the icon by the same factor — the two cancel, so the icon keeps its absolute size and only the gap grows. Relabeled CELL SIZE → **ICON SIZE** for sprites.
25  - `sprite_field` restricted to **filled icons only** (an outline scaled down by the field collapses to a thin ring); switching into field mode snaps `current_shape_icon` to its `_filled` counterpart (`icon_names_filled`).
26  
27  **Image-as-CONTENT (effect over real images):**
28  - New third screen "IMAGE" (Tab). User supplied `girl.png`/`boy.png` (opaque anime illustrations, RGB no-alpha). For PATTERN mode's stencil, fetched a transparent **wolf-head silhouette** (`game-icons:wolf-head` via Iconify→resvg, CC-BY 3.0, credited in `assets/images/CREDITS.txt`).
29  - **LUMINANCE** mode: the image's own luminance is the field → dither + recolor; CONTRAST tone-spread slider. **PATTERN** mode: the selected pattern fills, masked by the image's alpha. Shader: `u_image_field` flag. `effect_image` draws via `layer_push` scale (engine draws textures at native size; the photos are ~2600px).
30  - Follow-up requests: (1) circles/icons when the effect fills the shape, (2) the **moving pattern** driving the image's dither (vs static).
... [90 more lines]

1    --[[
2     ricochet-template — visual style + four-axis effect template.
3   
4     Entry point. Owns:
5       - configuration (resolution, render mode, monitor)
6       - boot order (palette → fonts → effect/shader → ui modules)
7       - layers (game, ui), camera
8       - shared look state (color, dither, shape + shape params, color_a/b, ramp)
9       - the GALLERY screen (gallery table + inspector sidebar + per-rect modifiers)
10      - keyboard input + the per-frame UI contract; Tab cycles the three screens
11  
12    Screens: GALLERY (here) · SHOWCASE (showcase.lua) · EDITOR (editor.lua).
13  
14    Delegates:
15      - palette.lua      — dark/light palette tables + palette_init
16      - effect.lua       — 4-axis spec API + effect_rectangle/circle/image + cycles
17      - editor.lua       — the effect editor screen (target + controls + preview)
18      - ui_controls.lua  — shared sidebar control blocks (gallery + editor)
19      - showcase.lua     — flat Tabler UI-kit screen
20      - rectcut.lua      — RectCut layout primitive
21      - ui_state.lua     — frame-local hot/active/focus + ui_claim_hot
22      - ui.lua           — five Ricochet-style widgets
23  
24    Goal: visually evaluate any effect combination — compare patterns in the
25    gallery, dial in a single drawable (rect/circle/image) in the editor.
26  ]]
27  
28  require('anchor')({
29    width            = 1920,
30    height           = 1080,
... [471 more lines]

Ricochet\anchor\font.lua:15:--- 'rough' (1-bit mono atlas + nearest sampling). Defaults to the engine's
Ricochet\anchor\init.lua:16:      filter = "rough",
Ricochet\design.md:7:center through the ball's position) and homes on the nearest enemy within a 60°
Ricochet\design.md:171:Two families, heavy hierarchy through weight and size rather than color.
Ricochet\design.md:227:annotation, in roughly that order of attention.
Ricochet\design.md:272:roughly 5 px grid spacing, ~1.2 px base dot radius, ±70% radius modulation
Ricochet\design.md:275:border, etc. don't peek through the gaps between dots). Where the mask
Ricochet\design.md:285:  fade through the dot pattern. Default treatment: faint dot silhouette
Ricochet\design.md:304:expresses itself through dots and motion, not through structural mass.
Ricochet\anchor\layer.lua:92:--- 'rough' (hard edges, nearest sampling). Defaults to the engine's current
Ricochet\anchor\layer.lua:93:--- global filter mode, which is 'rough' unless changed via set_filter_mode.
Ricochet\anchor\layer.lua:168:--- Image object (has .handle) or pass-through same as engine.
Ricochet\dot_shader.lua:15:  other game_layer geometry instead of letting them show through between dots.
Ricochet\entities.lua:174:  self.collider:set_bullet(true)  -- CCD: prevent tunneling through thin walls
Ricochet\entities.lua:326:  -- hit area reads better than its bounding box. Passes through chamber and ball.
Ricochet\main.lua:143:-- continuous collision, so a fast projectile would tunnel through the
Ricochet\reference\main.lua:11:    ball      ↔ chamber    bounce (only ball collides with wall; enemies pass through)
Ricochet\reference\main.lua:13:    projectile → enemy     sensor event (projectiles are sensors — pass through
Ricochet\reference\main.lua:24:  filter = "rough",
Ricochet\reference\main.lua:228:  self.collider:set_bullet(true)  -- CCD: prevent tunneling through the thin chain wall
Ricochet\reference\main.lua:355:-- enemy — seeks chamber center; walks freely through the wall for now

ricochet-template\editor.lua:15:  per-rect). The preview draws through the effect_rectangle / effect_circle /
ricochet-template\editor.lua:173:-- editor_preview — the single live drawable, drawn through the effect wrappers.
ricochet-template\rectcut.lua:6:    cut_*(r, n) — mutates r (eats n pixels from one side), returns the slice.
ricochet-template\rectcut.lua:78:-- Leftover pixels distribute to the first slices so the union covers r exactly.
ricochet-template\ui_controls.lua:13:-- Step through an icon-name list for the sprite icon picker. dir = +1 / -1;
ricochet-template\ui_controls.lua:23:-- Step through content_names for the image picker. dir = +1 / -1.
ricochet-template\ui_controls.lua:86:    -- For sprites this slider IS the icon's pixel size (SPACING adds the gap);
ricochet-template\main.lua:5:    - configuration (resolution, render mode, monitor)
ricochet-template\main.lua:78:-- SHAPE='sprite' icon picker in the sidebar (cycle_icon steps through it).
ricochet-template\main.lua:158:-- (page shows through) or 'token' (filled with the color_a palette token).
ricochet-template\main.lua:172:-- the effect editor (Tab cycles through the three).
ricochet-template\main.lua:387:  -- (un-rendered) game_layer, so nothing stale shows through.
ricochet-template\main.lua:408:  -- through the effect). Its own UI; composite, consume edges, done.
ricochet-template\main.lua:430:  -- Pattern gallery: one rectangle per entry through the effect pipeline, each
ricochet-template\ui.lua:79:-- One stroke weight throughout — ui_hairline = 1px. The Ricochet reference
ricochet-template\ui.lua:112:--    AA'd caps overlap across multiple pixels at the corner, producing
ricochet-template\ui.lua:117:--    two pixel rows at ~50% alpha each. The line is technically 1px
ricochet-template\ui.lua:120:--    Thinness Fading" problem — sub-pixel strokes under AA don't get
ricochet-template\ui.lua:123:-- Filled rects at integer coords sidestep both: each pixel of the rect
ricochet-template\ui.lua:124:-- gets ~84% alpha at its center row (the AA halo at ±1 pixel is ~16%
ricochet-template\ui.lua:126:-- the four corners two filled rects double-cover one pixel: opaque-on-
ricochet-template\ui.lua:141:-- at 1px in smooth filter mode produces a soft 2-pixel band at ~50% alpha
ricochet-template\ui.lua:568:  -- keeps the tick aligned to integer pixel rows below the track line.
ricochet-template\anchor\camera.lua:42:  if set (e.g. at framework init time), otherwise to 480x270.
ricochet-template\anchor\camera.lua:45:  local cw = w or width or 480
ricochet-template\anchor\camera.lua:46:  local ch = h or height or 270
ricochet-template\effect.lua:5:    Every draw routes through assets/draw_shader.frag. The shader takes
ricochet-template\effect.lua:10:        f = shape(f, pixel_pos)               -- re-express as a grid of shapes
ricochet-template\effect.lua:11:        f = dither(f, pixel_pos)              -- quantize to discrete levels
ricochet-template\effect.lua:17:    tokens by f. Dither inserts the pixel-art stipple. All four are independent.
... [21 more lines]

1    --[[
2     Anchor 2 — framework initialization.
3   
4     Loads all framework modules in dependency order, then returns a function
5     that takes config and initializes the engine + global state. The game's
6     main.lua is expected to define `update(dt)` and `draw()` as globals; the
7     C engine calls these directly each frame.
8   
9     Usage (from a game's main.lua):
10      require('anchor')({
11        width = 480,
12        height = 270,
13        title = "My Game",
14        scale = 3,
15        vsync = true,
16        filter = "rough",
17        -- render_uncapped = true,   -- opt out of the 60Hz render cap; let
18                                     -- vsync pace render. Use for non-pixel-
19                                     -- art games where the cap shows judder.
20      })
21  
22      function update(dt)
23        sync_engine_globals()          -- refresh time/frame/etc. mirrors
24        -- your game update (physics is stepped by the engine automatically
25        -- before update() is called; you just consume collision events here)
26        process_destroy_queue()        -- drain deferred destruction
27      end
28  
29      function draw()
30        -- ... your game draw
... [140 more lines]

1    // Compare Phosphor vs Tabler: total icon concepts and game-relevant coverage.
2   // Pulls each set's full icon list from the Iconify collection API, dedupes
3   // weight/style variants to "base concepts", and counts how many base concepts
4   // match a list of game-flavored keywords. Run: node compare_packs.mjs
5   
6   const sets = { Phosphor: 'ph', Tabler: 'tabler' };
7   
8   const GAME = [...new Set([
9     // weapons
10    'sword','axe','bow','arrow','dagger','knife','spear','hammer','mace','shield',
11    'gun','pistol','bomb','grenade','rocket','target','crosshair',
12    // magic / items
13    'magic','wand','potion','flask','scroll','rune','crystal','gem','diamond',
14    'chest','treasure','key','ring','helmet','armor','boot','crown','coin','trophy','medal','flag',
15    // elements
16    'fire','flame','water','ice','snow','lightning','bolt','wind','poison','acid',
17    // creatures
18    'skull','ghost','monster','dragon','alien','spider','bug','snake','bat','dog','cat','bird','fish',
19    // rpg / hud
20    'heart','star','dice','cards','chess','gamepad','joystick','controller','sparkle','shield',
21  ])];
22  
23  function base(prefix, name) {
24    if (prefix === 'ph')     return name.replace(/-(thin|light|bold|fill|duotone)$/, '');
25    if (prefix === 'tabler') return name.replace(/-(filled|off)$/, '');
26    return name;
27  }
28  
29  for (const [label, prefix] of Object.entries(sets)) {
30    const data = await (await fetch(`https://api.iconify.design/collection?prefix=${prefix}`)).json();
... [15 more lines]

a327ex-site\logs\visual-experiments-3.md:28:- New third screen "IMAGE" (Tab). User supplied `girl.png`/`boy.png` (opaque anime illustrations, RGB no-alpha). For PATTERN mode's stencil, fetched a transparent **wolf-head silhouette** (`game-icons:wolf-head` via Iconify→resvg, CC-BY 3.0, credited in `assets/images/CREDITS.txt`).
a327ex-site\logs\visual-experiments-3.md:257:14     by f. Dither inserts the pixel-art stipple between them. The three
a327ex-site\logs\visual-experiments-3.md:295:13 //   that picks/mixes palette tokens by f. Dither inserts the pixel-art
a327ex-site\logs\visual-experiments-3.md:760:Context for the rest: snkrx-template runs at **480×270, scale 3**; this template runs at **1920×1080, scale 1**. Our dither and shape grids are anchored to `gl_FragCoord` (render-target pixels), so they're fine-grained here but would be crisp 1:1 pixel-art at 480×270 — which is exactly the regime that matters for porting into a real snkrx game.
a327ex-site\logs\visual-experiments-3.md:1666:<pre><code>OK   wolf &lt;- game-icons:wolf-head
a327ex-site\logs\visual-experiments-3.md:1667:OK   eagle &lt;- game-icons:eagle-emblem
a327ex-site\logs\visual-experiments-3.md:1668:OK   spartan &lt;- game-icons:spartan-helmet
a327ex-site\logs\visual-experiments-3.md:1669:OK   dragon &lt;- game-icons:dragon-head
a327ex-site\logs\visual-experiments-3.md:1670:OK   raven &lt;- game-icons:raven
a327ex-site\logs\visual-experiments-3.md:1671:OK   flower &lt;- game-icons:rose
a327ex-site\logs\visual-experiments-3.md:1673:OK   lion &lt;- game-icons:lion
a327ex-site\logs\visual-experiments-3.md:1748:The wolf is the best stencil — bold silhouette with internal holes and fine teeth that'll show the pattern fill across scales. I'll use that one. Copying it in (full-res white-on-transparent version), adding an attribution note since game-icons.net is CC-BY, and cleaning up the temp files.
a327ex-site\logs\visual-experiments-3.md:3927:154   pixel-art stipple between them.
a327ex-site\logs\visual-experiments-3.md:4317:14        by f. Dither inserts the pixel-art stipple between them. The three
a327ex-site\logs\visual-experiments-1.md:443:28   render_uncapped  = true,         -- vsync-paced render; 60Hz cap is for pixel-art
a327ex-site\logs\visual-experiments-1.md:1280:I picked it because it's the only font Ricochet ships in its `assets/`, so copying it kept the template self-contained. But per Ricochet's design.md § Typography, the *intended* HUD font is actually a "neutral sans / mono-like" (Inter / IBM Plex Sans / IBM Plex Mono / Work Sans) — LanaPixel is a pixel-art body font, which doesn't really fit the "engineering datasheet" voice the design doc is going for.
a327ex-site\logs\visual-experiments-1.md:2231:2. **Cell quantization as a separate knob.** The JUGGLRX look comes partly from sampling noise *per cell* (one value shared by all pixels in the cell), which gives a chunky pixel-art quality even at smooth filter. Should this be a *general* option ("cell-quantize the pattern output before dithering") that any noise can opt into, or stay locked inside the shape stipple? Letting any noise be cell-quantized gives you "FBM but newsprint-screened" as a free combination.
a327ex-site\logs\visual-experiments-1.md:4263:- Pair with `mix(ink, field)` + `bayer4_2` (2-level) → ink-paper marbling, cloud-like irregular patches with hard pixel-art borders. Should read as "scattered ink texture" at any scale.
a327ex-site\logs\visual-experiments-1.md:4374:- Pair with `color='mix' + dither='bayer4_2'` → dots with stippled edges. Adds some pixel-art noise INSIDE the dots.
a327ex-site\logs\visual-experiments-2.md:48:- Researched free icon packs aligned with the hairline/blueprint theme (Phosphor, Tabler, Remix, Iconoir, Lucide, game-icons.net, Kenney CC0, Pixelarticons, etc.). User picked Phosphor/Tabler/Remix to compare; explicitly rejected game-icons.net on looks.
a327ex-site\logs\visual-experiments-2.md:234:13 //   that picks/mixes palette tokens by f. Dither inserts the pixel-art
a327ex-site\logs\visual-experiments-2.md:313:14     by f. Dither inserts the pixel-art stipple between them. The three
a327ex-site\logs\visual-experiments-2.md:1288:98    pixel-art stipple between them.
a327ex-site\logs\visual-experiments-2.md:3123:<summary><code>WebSearch (game-icons.net solid silhouette icons license count download)</code></summary>
a327ex-site\logs\visual-experiments-2.md:3125:<pre><code>Web search results for query: "game-icons.net solid silhouette icons license count download"
a327ex-site\logs\visual-experiments-2.md:3127:[Omitted long matching line]
a327ex-site\logs\visual-experiments-2.md:3129:Based on the search results, here's what I found about game-icons.net:
a327ex-site\logs\visual-experiments-2.md:3133:**License:** Game-icons.net provides graphics under the Creative Commons 3.0 BY license. You can use them freely as long as you credit the original author in your creation.
a327ex-site\logs\visual-experiments-2.md:3137:**Regarding "solid silhouette" icons:** The search results don't provide specific information about a dedicated "solid silhouette" category on game-icons.net. The site appears to offer various styles of game-related icons across different categories, but the specific breakdown you're asking about isn't detailed in these results.
a327ex-site\logs\visual-experiments-2.md:3149:[Omitted long matching line]
... [12 more lines]

Found 1 file
ricochet-template\anchor\init.lua

81:static int game_width = 480;
82:static int game_height = 270;
3039:    float scale_x = (float)window_w / game_width;
3040:    float scale_y = (float)window_h / game_height;
3045:    int scaled_w = (int)(game_width * scale);
3046:    int scaled_h = (int)(game_height * scale);
3058:    return (gx >= 0 && gx < game_width && gy >= 0 && gy < game_height);
3975:    glViewport(0, 0, layer->width, layer->height);
4733:            glViewport(0, 0, layer->width, layer->height);
4833:                // two canvas panes each defining their own clip would
4899:    Layer* layer = layer_create(game_width, game_height, layer_filter);
5875:    glViewport(0, 0, layer->width, layer->height);
5891:    glViewport(0, 0, layer->width, layer->height);
5926:    glViewport(0, 0, dst->width, dst->height);
8220:    float scale_x = (float)window_w / game_width;
8221:    float scale_y = (float)window_h / game_height;
8536:    lua_pushinteger(L, game_width);
8541:    lua_pushinteger(L, game_height);
8556:    float scale_x = (float)window_w / game_width;
8557:    float scale_y = (float)window_h / game_height;
8681:static int l_engine_set_game_size(lua_State* L) {
8683:        return luaL_error(L, "engine_set_game_size must be called before engine_init");
8685:    game_width = luaL_checkinteger(L, 1);
8686:    game_height = luaL_checkinteger(L, 2);
8815:    mem_gl_texture_bytes += (size_t)game_width * (size_t)game_height * 4;
8818:    glTexImage2D(GL_TEXTURE_2D, 0, GL_RGBA, game_width, game_height, 0, GL_RGBA, GL_UNSIGNED_BYTE, NULL);
8833:    capture_buffer = (unsigned char*)malloc(game_width * game_height * 4);
8838:    printf("Render capture setup: %dx%d -> %s\n", game_width, game_height, capture_output_dir);
8849:    glViewport(0, 0, game_width, game_height);
8863:            float ndc_x = (cmd->x / game_width) * 2.0f;
... [32 more lines]

1    --[[
2     Layer module — procedural API over the engine layer handle.
3   
4     Layers are FBOs that accumulate draw commands during the frame. Commands are
5     deferred and processed via layer_render() with GL batching. Composite to the
6     screen with layer_draw().
7   
8     Usage:
9       game_layer = layer_new('game')
10      layer_rectangle(game_layer, 100, 100, 50, 30, color)
11      layer_render(game_layer)
12      layer_draw(game_layer)
13  
14    State table shape (from layer_new): { name, handle, parallax_x, parallax_y }
15    All layer_* functions below take that table as the first argument `lyr`.
16  
17    ---------------------------------------------------------------------------
18    ENGINE NAME CONFLICTS (Lua globals registered by anchor.c)
19  
20    The C engine binds the same symbol names to raw engine implementations whose
21    first argument is a C layer pointer (lightuserdata), e.g. layer_rectangle(ptr, ...).
22  
23    This file captures those implementations in `eng` at load time, then REPLACES
24    the globals with wrappers whose first argument is a layer state table from
25    layer_new() (field .handle holds the pointer). Wrappers also accept a raw
26    handle for occasional interop.
27  
28    After require('anchor.layer'), direct engine-style calls like
29    layer_rectangle(userdata_ptr, x, y, w, h, c) no longer use the C binding
30    unless you passed a lightuserdata: the wrapper treats a non-table first arg
... [145 more lines]

Your questions have been answered: "How should we host the low-res (480×270) mode, given the engine's single global game_size means it's a mode switch, not a side-by-side with the 1920 dev tools?"="[User dismissed — do not proceed, wait for next instruction]", "Which icon pack should we fetch to test as low-res sprite masks against downscaled Tabler?"="[User dismissed — do not proceed, wait for next instruction]", "The vector fonts (Oswald/IBM Plex/Cascadia) won't read at 480×270 under nearest sampling. How do you want UI text handled?"="[User dismissed — do not proceed, wait for next instruction]". You can now continue with these answers in mind.

[
  {
    "type": "tool_reference",
    "tool_name": "WebSearch"
  },
  {
    "type": "tool_reference",
    "tool_name": "WebFetch"
  }
]

Web search results for query: "Departure Mono pixel font license monospace retro technical"

Links: [{"title":"GitHub - rektdeckard/departure-mono: A monospaced pixel font with a lo-fi, techy vibe · GitHub","url":"https://github.com/rektdeckard/departure-mono"},{"title":"Departure Mono Font - Download Free - JustFreeFonts.com","url":"https://justfreefonts.com/fonts/departure-mono/"},{"title":"Departure Mono","url":"https://departuremono.com/"},{"title":"Departure Mono - FondFont","url":"https://fondfont.com/departure-mono-free-download/"},{"title":"Departure Mono Font › Fontesk","url":"https://fontesk.com/departure-mono-font/"},{"title":"Departure Mono Font – MadFonts","url":"https://madfonts.com/departure-mono-font/"},{"title":"Departure Mono - A Monospaced Pixel Font with A Lo-Fi Technical Vibe - Fountn","url":"https://fountn.design/resource/departure-mono-a-monospaced-pixel-font-with-a-lo-fi-technical-vibe/"},{"title":"Departure Mono font - ActionFonts.com","url":"https://www.actionfonts.com/font/departure-mono/"},{"title":"Departure Mono – a monospaced pixel font with lo-fi technical vibe | Hacker News","url":"https://news.ycombinator.com/item?id=41379985"},{"title":"Departure Mono - Free Monospaced Pixel Font | Theme-UI","url":"https://themeui.net/departure-mono-free-monospaced-pixel-font/"}]

Here are the search results for Departure Mono pixel font:

## Overview

Departure Mono is a monospaced pixel font by Helena Zhang, licensed under the SIL OFL. It is inspired by the constraints of early command-line and graphical user interfaces, the tiny pixel fonts of the late 90s/early 00s, and sci-fi concepts from film and television.

## License

The Font Software is licensed under the SIL Open Font License, Version 1.1. Departure Mono is free for both personal and commercial use.

## Use Cases

The font is ideal for tabular data, coding, technical docs, retro style, and 8-bit video games.

## Technical Details

Version 1.350 features 775 glyphs, including support for Basic Latin, Latin-1, Latin Extended-A, and most Latinate languages, Basic Greek, small caps, old-style numerals and fractions, and simple box-drawing characters and selected symbols. For pixel-perfect results, the font size should be set to increments of 11px.

The font is available for download from the official website departuremono.com and various font distribution platforms.


REMINDER: You MUST include the sources above in your response to the user using markdown hyperlinks.

Web search results for query: "Ark Pixel font sizes 10px 12px 16px license open source vs monogram pixel font"

Links: [{"title":"GitHub - TakWolf/ark-pixel-font: 开源的泛中日韩像素字体，黑体风格","url":"https://github.com/TakWolf/ark-pixel-font"},{"title":"Ark Pixel Font download | SourceForge.net","url":"https://sourceforge.net/projects/ark-pixel-font.mirror/"},{"title":"方舟像素字体/ Ark Pixel Font by 狼人小林 - Itch.io","url":"https://takwolf.itch.io/ark-pixel-font"},{"title":"Ark pixel font - Open source Pan-CJK ...","url":"https://sourceforge.net/projects/ark-pixel-font.mirror/files/2025.10.20/ark-pixel-font-16px-monospaced-pcf-v2025.10.20.zip/download"},{"title":"AUR (en) - ark-pixel-font - Arch Linux","url":"https://aur.archlinux.org/packages/ark-pixel-font"},{"title":"Download ark-pixel-font-12px-monospaced-otf-v2026.02.27.zip (Ark Pixel Font)","url":"https://sourceforge.net/projects/ark-pixel-font.mirror/files/2026.02.27/ark-pixel-font-12px-monospaced-otf-v2026.02.27.zip/download"},{"title":"Pixel Font - ARK by somepx - Itch.io","url":"https://somepx.itch.io/pixel-font-ark"},{"title":"Download ark-pixel-font-10px-monospaced-ttf-v2025.12.11.zip (Ark Pixel Font)","url":"https://sourceforge.net/projects/ark-pixel-font.mirror/files/2025.12.11/ark-pixel-font-10px-monospaced-ttf-v2025.12.11.zip/download"},{"title":"Download ark-pixel-font-12px-monospaced-ttf-v2024.05.12.zip (Ark Pixel Font)","url":"https://sourceforge.net/projects/ark-pixel-font.mirror/files/2024.05.12/ark-pixel-font-12px-monospaced-ttf-v2024.05.12.zip/download"},{"title":"Ark Pixel Font - Browse Files at SourceForge.net","url":"https://sourceforge.net/projects/ark-pixel-font.mirror/files/2023.06.29/ark-pixel-font-12px-proportional-otf-v2023.06.29.zip/"}]

Based on the search results, here's what I found:

**Ark Pixel Font:**

Ark Pixel Font is an open-source pan-Chinese-Japanese-Korean pixel font. The font is available in multiple sizes including 10px, 12px, and 16px, with both monospaced and proportional variants.

The font supports multiple size options with different variants. According to the GitHub repository, for 8px, 10px, and 12px sizes, transitional solutions like stitched pixel fonts are recommended, and for 16px, Unifont is suggested as an alternative.

The search results show Ark Pixel Font is distributed across multiple platforms including GitHub, SourceForge, and available through package managers like Arch Linux's AUR, with various file formats (TTF, OTF, PCF).

However, the search results did not contain specific information comparing Ark Pixel Font with Monogram pixel font, or detailed licensing terms for either font. If you're looking for that specific comparison, I would need to perform additional searches.


REMINDER: You MUST include the sources above in your response to the user using markdown hyperlinks.

Web search results for query: "Cozette Pixel Operator Tamzen bitmap programming font small UI"

Links: [{"title":"GitHub - the-moonwitch/Cozette: A bitmap programming font optimized for coziness 💜","url":"https://github.com/the-moonwitch/Cozette"},{"title":"Cozette/README.md at main · the-moonwitch/Cozette","url":"https://github.com/slavfox/Cozette/blob/main/README.md"},{"title":"cozette -- A bitmap programming font optimized for coziness | Lobsters","url":"https://lobste.rs/s/twrvzo/cozette_bitmap_programming_font"},{"title":"Pixel Operator Font - FontMagic","url":"https://www.fontmagic.com/pixel-operator.font"},{"title":"Cozette Font › Fontesk","url":"https://fontesk.com/cozette-font/"},{"title":"Cozette download | SourceForge.net","url":"https://sourceforge.net/projects/cozette.mirror/"},{"title":"FreshPorts -- x11-fonts/cozette: Bitmap programming font optimized for coziness","url":"https://www.freshports.org/x11-fonts/cozette/"},{"title":"Cozette/ at master · Qetlin/Cozette","url":"https://github.com/Qetlin/Cozette?search=1"},{"title":"Pixel Operator","url":"https://fontlibrary.org/en/font/pixel-operator"},{"title":"Cozette Font – MadFonts","url":"https://madfonts.com/cozette-font/"}]

Based on the search results, here's information about these bitmap programming fonts:

## Cozette

Cozette is a bitmap programming font optimized for coziness, sized at 6x13px (bounding box; average 5px character width, 3px descent, 10px ascent, 8px cap height) and based on Dina, which itself is based on Proggy. It's also heavily inspired by Creep, and was created as a small-but-not-tiny bitmap font with great coverage of all the glyphs you might encounter in the terminal.

Cozette is, intentionally, a very small font. The font is distributed in two main variants: bitmap and vector, and while bitmap fonts scale terribly, they look nice and sharp (and pixel-perfect) if you use them at their intended point size.

## Tamzen and Pixel Operator

Tamzen and Envypn are recommended as other bitmap fonts with extra glyphs for those seeking alternatives to Cozette. 

Pixel Operator is a bitmap font designed by Jayvee Enaguas. Pixel Operator is a bitmap font released under the CC-0 license.

These fonts are all part of the bitmap font ecosystem used primarily for terminal and small UI applications where sharp, pixel-perfect text is desired at specific sizes.


REMINDER: You MUST include the sources above in your response to the user using markdown hyperlinks.

Web search results for query: "best pixel fonts game UI 2025 clean readable small monospace technical"

Links: [{"title":"50+ Best Pixel Fonts for Game Developers - Graphic Design Junction","url":"https://graphicdesignjunction.com/2025/10/best-pixel-fonts/"},{"title":"20+ Best Free Pixel Fonts for Creatives in 2025 — Speckyboy","url":"https://speckyboy.com/free-pixel-fonts/"},{"title":"38 Perfect Pixel Fonts for Video Game & Tech Design - Design Work Life","url":"https://designworklife.com/pixel-fonts-for-video-game-tech-design/"},{"title":"20+ Best Pixel Perfect Fonts for 8-bit Designs for 2025 - Onextrapixel","url":"https://onextrapixel.com/25-free-pixel-perfect-fonts-for-8-bit-designs/"},{"title":"Top 10 Pixel Fonts for Retro and Indie Games Development","url":"https://raizensoft.com/tutorial/top-10-pixel-fonts-retro-indie-gamedev/"},{"title":"Top-Notch Fonts to Use for Gaming Projects","url":"https://virbo.wondershare.com/ai-subtitle-generator/video-game-fonts.html"},{"title":"9 Essential Pixel Fonts Every Gamer and Content Creator Should Know | Futurism","url":"https://vocal.media/futurism/9-essential-pixel-fonts-every-gamer-and-content-creator-should-know"},{"title":"Best Fonts for Apps in 2025: Top Picks for iOS and Android UI Design","url":"https://www.frontmatter.io/blog/best-fonts-for-apps-in-2025-top-picks-for-ios-and-android-ui-design"},{"title":"Best Fonts for Game Design – Complete Guide & NihStudio Picks","url":"https://nihstudio.com/best-fonts-for-game-design/"},{"title":"Top game assets tagged Fonts and pixel - itch.io","url":"https://itch.io/game-assets/tag-fonts/tag-pixel"}]

Based on the search results, here are some of the best pixel fonts for game UI in 2025 that offer clean, readable, small, monospace, and technical characteristics:

## Top Pixel Fonts for Game UI

**For Clean Readability:**

- **Chonky Pixel**: A bold yet refined 8-bit typeface designed for maximum legibility, perfect for professional projects, clean UI design, branding, and game development.

- **Dogica**: Easier on the eyes than most pixel fonts, offering monospaced and kerned versions that remain legible at the tiniest sizes.

- **TickerBit**: The most popular pixel font on Envato Elements, a modern bitmap font with simple, classic design available in Regular, Italic, Monospaced, and Monospaced Italic styles, offering over 220 glyphs and highly readable text.

**For Monospaced/Technical Applications:**

- **Pixel Code**: A monospaced font designed for use in code editors that aims to maximize readability and includes programming ligatures.

- **VCR OSD Mono**: A monospaced font that recreates the look of text from old VCR displays and early computer terminals with remarkable accuracy.

- **MonoPixel Awesome**: A vibrant, multi-colored, monospaced display font where each pixel in every glyph is a different color.

**For Small Size Display:**

- **Techbit**: A modern pixel font family with sharp, blocky letterforms and retro pixel-inspired style, perfect for games, apps, branding, posters, and more.

For tech-oriented designs requiring greater readability, monospaced typefaces like IBM Plex Mono, Roboto Mono, or JetBrains Mono are excellent alternatives that evoke coding and computer terminals without pixel-level blockiness.


REMINDER: You MUST include the sources above in your response to the user using markdown hyperlinks.

ricochet-template\assets\CascadiaCode-Regular.ttf
ricochet-template\assets\Oswald-Medium.ttf
ricochet-template\assets\IBMPlexSans-Regular.ttf

E:/a327ex/Anchor/framework/assets/LanaPixel.ttf
E:/a327ex/Anchor-lua/framework/assets/LanaPixel.ttf
E:/a327ex/Anchor-YueScript/framework/assets/LanaPixel.ttf
E:/a327ex/Anchor2/app-archive/assets/LanaPixel.ttf
E:/a327ex/Anchor2/app-archive/assets/RobotoMono-Regular.ttf
E:/a327ex/Anchor2/arena/assets/monogram.ttf
E:/a327ex/BYTEPATH/resources/fonts/m5x7.ttf
E:/a327ex/Danpenzero/assets/LanaPixel.ttf
E:/a327ex/Danpenzero/assets/RobotoMono-Regular.ttf
E:/a327ex/emoji-aimer/assets/FatPixelFont.ttf
E:/a327ex/emoji-aimer/assets/LanaPixel.ttf
E:/a327ex/emoji-ball-battles/assets/FatPixelFont.ttf
E:/a327ex/emoji-ball-battles/assets/LanaPixel.ttf
E:/a327ex/emoji-ball-battles/old_assets/fusion-pixel-10px-monospaced-latin.ttf
E:/a327ex/emoji-ball-battles/old_assets/fusion-pixel-12px-monospaced-latin.ttf
E:/a327ex/emoji-ball-battles/old_assets/fusion-pixel-8px-monospaced-latin.ttf
E:/a327ex/emoji-ball-bounce/assets/LanaPixel.ttf
E:/a327ex/generation-loss/assets/ark-pixel-10px-proportional-latin.ttf
E:/a327ex/generation-loss/assets/ark-pixel-12px-proportional-latin.ttf
E:/a327ex/generation-loss/assets/BoldPixels.ttf
E:/a327ex/generation-loss/assets/FatPixelFont.ttf
E:/a327ex/generation-loss/assets/LanaPixel.ttf
E:/a327ex/generation-loss/assets/monogram.ttf
E:/a327ex/generation-loss/assets/PixulBrush-Mono.ttf
E:/a327ex/Invoker/assets/ark-pixel-10px-proportional-latin.ttf
E:/a327ex/Invoker/assets/ark-pixel-12px-proportional-latin.ttf
E:/a327ex/Invoker/assets/BoldPixels.ttf
E:/a327ex/Invoker/assets/FatPixelFont.ttf
E:/a327ex/Invoker/assets/LanaPixel.ttf
E:/a327ex/Invoker/assets/monogram.ttf
... [10 more lines]

v24.12.0
---

File created successfully at: E:\a327ex\ricochet-template\tools\compare_pixel_packs.mjs (file state is current in your context — no need to Read it back)

Pixelarticons (pixelarticons)
  total icon names:        813
  unique base concepts:    798
  game-term base matches:  146
  filled/solid variants:   NONE found via suffix
  game matches: a-arrow-down, a-arrow-down-sharp, a-arrow-up, a-arrow-up-sharp, ai-voice, ai-voice-sharp, alarm-clock, align-horizontal-distribute-start, align-horizontal-distribute-start-sharp, align-horizontal-justify-start, align-horizontal-justify-start-sharp, align-start-horizontal, align-start-horizontal-sharp, align-start-vertical, align-start-vertical-sharp, align-vertical-distribute-start, align-vertical-distribute-start-sharp, align-vertical-justify-start, align-vertical-justify-start-sharp, app-windows, app-windows-sharp, arrow-bar-down, arrow-bar-left, arrow-bar-right, arrow-bar-up, arrow-big-down, arrow-big-down-dash, arrow-big-down-dash-sharp, arrow-big-down-sharp, arrow-big-up, arrow-big-up-dash, arrow-big-up-dash-sharp, arrow-big-up-sharp, arrow-down, arrow-down-box, arrow-down-box-sharp, arrow-down-circle, arrow-down-diamond, arrow-down-narrow-wide, arrow-down-wide-narrow, arrow-down-z-a, arrow-down-z-a-sharp, arrow-left, arrow-left-box, arrow-left-box-sharp, arrow-right, arrow-right-box, arrow-right-box-sharp, arrow-up, arrow-up-box, arrow-up-box-sharp, arrow-up-narrow-wide, arrow-up-wide-narrow, arrow-up-z-a, arrow-up-z-a-sharp, arrows-horizontal, arrows-vertical, battery, battery-full, battery-full-sharp

HackerNoon Pixel Icon Library (pixel)
  total icon names:        578
  unique base concepts:    335
  game-term base matches:  62
  filled/solid variants:   248 (e.g. ad-solid, align-center-solid, align-justify-solid, align-left-solid, align-right-solid, analytics-solid)
  game matches: arrow-alt-circle-down, arrow-alt-circle-left, arrow-alt-circle-right, arrow-alt-circle-up, arrow-circle-down, arrow-circle-left, arrow-circle-right, arrow-circle-up, arrow-down, arrow-left, arrow-right, arrow-up, bell-mute, bitcoin, bolt, book-heart, box-heart, bug, clock, cloud, cloud-download, cloud-fog, cloud-rain, cloud-upload, cloudflare, code-block, coin, coins, credit-card, crown, eye, eye-cross, eye-snake, face-heart-eyes, fire, flag, flag-checkered, hackernoon-purcat, heart, hockey-mask, location-pin, lock, lock-alt, lock-open, management, moon, phone-ringing-high, phone-ringing-low, product-management, sound-mute, sparkles, star, star-crescent, startups, sun, trophy, unlock, unlock-alt, users-crown, viewblocks

GAME ICON  | outline? | solid?
heart      |   yes    | yes
star       |   yes    | yes
coin       |   yes    | yes
coins      |   yes    | yes
trophy     |   yes    | yes
crown      |   yes    | yes
fire       |   yes    | yes
bolt       |   yes    | yes
flag       |   yes    | yes
bug        |   yes    | yes
lock       |   yes    | yes
clock      |   yes    | yes
moon       |   yes    | yes
sun        |   yes    | yes
cloud      |   yes    |  - 
sparkles   |   yes    | yes
eye        |   yes    | yes
arrow-up   |   yes    | yes
user       |   yes    | yes
users      |   yes    | yes
bell       |   yes    | yes
home       |   yes    | yes
---- total names: 578

1    // Fetch the Tabler icon set used by the showcase, via the Iconify API, as white
2   // SVGs, thin the stroke (Tabler is stroke-based) toward the theme's 1px hairline
3   // UI, rasterize with resvg, and write to ../assets/icons/tabler/<concept>.png.
4   //
5   // Run from this directory:  node fetch_icons.mjs
6   //
7   // Tabler was chosen over Phosphor/Remix (most icons, best game coverage of the
8   // clean line packs, and a freely adjustable stroke). Icons are rasterized WHITE
9   // on transparent so the engine can tint them to any palette token.
10  
11  import { Resvg } from '@resvg/resvg-js';
12  import { mkdir, writeFile } from 'node:fs/promises';
13  import { dirname } from 'node:path';
14  
15  const SIZE = 44;
16  const OUT = '../assets/icons/tabler';
17  const STROKE = '0.75';   // Tabler ships stroke-width="2"; thin it to sit with the hairline UI
18  
19  // concept -> ordered candidate Tabler names (first that resolves wins).
20  const concepts = {
21    heart:   ['heart'],
22    star:    ['star'],
23    shield:  ['shield'],
24    sword:   ['sword'],
25    flame:   ['flame'],
26    bolt:    ['bolt'],
27    trophy:  ['trophy'],
28    coin:    ['coin'],
29    skull:   ['skull'],
30    gear:    ['settings'],
... [57 more lines]

=== Departure Mono releases ===
  "tag_name": "v1.500",
  "name": "v1.500",
      "name": "DepartureMono-1.500.zip",
      "browser_download_url": "https://github.com/rektdeckard/departure-mono/releases/download/v1.500/DepartureMono-1.500.zip"

=== Cozette releases ===
  "tag_name": "v.1.30.0",
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozette.bdf"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozette.dfont"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozette.fnt"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozette.otb"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozette.psf"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozettecrossedseven.bdf"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozettecrossedseven.dfont"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozettecrossedseven.fnt"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozettecrossedseven.otb"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozettecrossedseven.psf"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSeven.sfd"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVector.dfont"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVector.otf"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVector.ttf"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVector.woff"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVector.woff2"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVectorBold.dfont"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVectorBold.otf"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVectorBold.ttf"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVectorBold.woff"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/CozetteCrossedSevenVectorBold.woff2"
      "browser_download_url": "https://github.com/the-moonwitch/Cozette/releases/download/v.1.30.0/cozettecrossedseven_hidpi.bdf"
... [7 more lines]

=== Ark Pixel releases (assets) ===
  "tag_name": "2026.05.07",
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-monospaced-bdf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-monospaced-otf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-monospaced-otf.woff-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-monospaced-otf.woff2-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-monospaced-pcf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-monospaced-ttf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-monospaced-ttf.woff-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-monospaced-ttf.woff2-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-proportional-bdf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-proportional-otf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-proportional-otf.woff-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-proportional-otf.woff2-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-proportional-pcf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-proportional-ttf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-proportional-ttf.woff-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-10px-proportional-ttf.woff2-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-monospaced-bdf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-monospaced-otf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-monospaced-otf.woff-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-monospaced-otf.woff2-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-monospaced-pcf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-monospaced-ttf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-monospaced-ttf.woff-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-monospaced-ttf.woff2-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-proportional-bdf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-proportional-otf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-proportional-otf.woff-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/ark-pixel-font/releases/download/2026.05.07/ark-pixel-font-12px-proportional-otf.woff2-v2026.05.07.zip"
... [11 more lines]

=== Fusion Pixel releases ===
  "tag_name": "2026.05.07",
      "browser_download_url": "https://github.com/TakWolf/fusion-pixel-font/releases/download/2026.05.07/fusion-pixel-font-10px-monospaced-ttf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/fusion-pixel-font/releases/download/2026.05.07/fusion-pixel-font-10px-proportional-ttf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/fusion-pixel-font/releases/download/2026.05.07/fusion-pixel-font-12px-monospaced-ttf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/fusion-pixel-font/releases/download/2026.05.07/fusion-pixel-font-12px-proportional-ttf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/fusion-pixel-font/releases/download/2026.05.07/fusion-pixel-font-8px-monospaced-ttf-v2026.05.07.zip"
      "browser_download_url": "https://github.com/TakWolf/fusion-pixel-font/releases/download/2026.05.07/fusion-pixel-font-8px-proportional-ttf-v2026.05.07.zip"

=== Pixel Operator (dafont) header check ===
HTTP/1.1 200 OK
Content-Disposition: attachment; filename=pixel_operator.zip
Content-Type: application/zip

== downloading ==
== sizes ==
-rw-r--r-- 1 adn 197121   649328 May 30 18:26 CozetteVector.ttf
-rw-r--r-- 1 adn 197121  3642293 May 30 18:26 ark10.zip
-rw-r--r-- 1 adn 197121 35077341 May 30 18:26 ark12.zip
-rw-r--r-- 1 adn 197121    82890 May 30 18:26 departure.zip
-rw-r--r-- 1 adn 197121 35055592 May 30 18:26 fusion12.zip
-rw-r--r-- 1 adn 197121   106073 May 30 18:26 pixelop.zip
== file types ==
departure.zip:     Zip archive data, made by v2.0, extract using at least v2.0, last modified, last modified Sun, Jan 01 1980 00:00:00, uncompressed size 84480, method=deflate
pixelop.zip:       Zip archive data, made by v3.0 UNIX, extract using at least v2.0, last modified, last modified Sun, Oct 04 2018 12:15:00, uncompressed size 7169, method=deflate
ark12.zip:         Zip archive data, at least v2.0 to extract, compression method=store
fusion12.zip:      Zip archive data, at least v2.0 to extract, compression method=store
CozetteVector.ttf: TrueType Font data, 13 tables, 1st "FFTM", 24 names, Macintosh

== departure ==
== pixelop ==
== ark12 ==
== ark10 ==
== fusion12 ==

== dir listing ==
-- departure --
departure:
-- pixelop --
pixelop:
-- ark12 --
ark12:
-- fusion12 --
fusion12:

total 72880
drwxr-xr-x 1 adn 197121        0 May 30 18:27 ./
drwxr-xr-x 1 adn 197121        0 May 30 18:27 ../
-rw-r--r-- 1 adn 197121   649328 May 30 18:27 CozetteVector.ttf
-rw-r--r-- 1 adn 197121  3642293 May 30 18:27 ark10.zip
-rw-r--r-- 1 adn 197121 35077341 May 30 18:27 ark12.zip
-rw-r--r-- 1 adn 197121    82890 May 30 18:27 departure.zip
-rw-r--r-- 1 adn 197121 35055592 May 30 18:27 fusion12.zip
-rw-r--r-- 1 adn 197121   106073 May 30 18:27 pixelop.zip

== departure ==
DepartureMono-Regular.otf
== pixelop ==
PixelOperator-Bold.ttf
PixelOperator.ttf
PixelOperator8-Bold.ttf
PixelOperator8.ttf
PixelOperatorHB.ttf
PixelOperatorHB8.ttf
PixelOperatorHBSC.ttf
PixelOperatorMono-Bold.ttf
PixelOperatorMono.ttf
PixelOperatorMono8-Bold.ttf
PixelOperatorMono8.ttf
PixelOperatorMonoHB.ttf
PixelOperatorMonoHB8.ttf
PixelOperatorSC-Bold.ttf
PixelOperatorSC.ttf
== ark12 ==
ark-pixel-12px-proportional-ja.ttf
ark-pixel-12px-proportional-ko.ttf
ark-pixel-12px-proportional-latin.ttf
ark-pixel-12px-proportional-zh_cn.ttf
ark-pixel-12px-proportional-zh_hk.ttf
ark-pixel-12px-proportional-zh_tr.ttf
ark-pixel-12px-proportional-zh_tw.ttf
== ark10 ==
ark-pixel-10px-proportional-ja.ttf
ark-pixel-10px-proportional-ko.ttf
ark-pixel-10px-proportional-latin.ttf
... [10 more lines]

1    --[[
2     font — thin wrapper over C font functions.
3   
4     Usage:
5       fonts.main = font_register('main', 'assets/monogram.ttf', 11)
6       layer_text(game_layer, "Hello", fonts.main, 100, 50, color)
7   
8     A font is a plain table with .name, .size, .height plus query methods.
9     Stays as a simple class/struct pattern for consistent access.
10  ]]
11  
12  font = class()
13  
14  --- `filter` is optional: 'smooth' (grayscale atlas + linear sampling) or
15  --- 'rough' (1-bit mono atlas + nearest sampling). Defaults to the engine's
16  --- current global filter mode. The filter is baked into the atlas at load time
17  --- and cannot be changed afterward — load two copies if you need both.
18  function font:new(name, path, size, filter)
19    self.name = name
20    self.size = size
21    self.filter = filter
22    font_load(name, path, size, filter)
23    self.height = font_get_height(name)
24  end
25  
26  function font:text_width(text)
27    return font_get_text_width(self.name, text)
28  end
29  
30  function font:char_width(codepoint)
... [14 more lines]

122:// Font bytes derive from font_count * atlas_size^2 * 4 — not tracked here.
966:// Font - TTF font with baked glyph atlas
976:#define FONT_ATLAS_SIZE 512
977:#define FONT_FIRST_CHAR 32
982:    float u0, v0, u1, v1;  // UV coordinates in atlas
988:    GLuint atlas_texture;
989:    int atlas_width;
990:    int atlas_height;
995:    GlyphInfo glyphs[FONT_NUM_CHARS];  // ASCII 32-127
1006:// UTF-8 decoding helper - returns codepoint and advances pointer
1009:    uint32_t codepoint;
1013:        codepoint = s[0];
1016:        codepoint = s[0] & 0x1F;
1019:        codepoint = s[0] & 0x0F;
1022:        codepoint = s[0] & 0x07;
1035:        codepoint = (codepoint << 6) | (s[i] & 0x3F);
1039:    return codepoint;
1043:// font_filter chooses atlas format: FILTER_ROUGH = 1-bit mono, FILTER_SMOOTH = 8-bit grayscale AA.
1044:// Also determines the atlas texture sampling filter (GL_NEAREST vs GL_LINEAR).
1045:static Font* font_load(const char* name, const char* path, float size, int font_filter) {
1104:    font->atlas_width = FONT_ATLAS_SIZE;
1105:    font->atlas_height = FONT_ATLAS_SIZE;
1107:    // Create atlas bitmap (RGBA)
1108:    unsigned char* rgba_bitmap = (unsigned char*)calloc(FONT_ATLAS_SIZE * FONT_ATLAS_SIZE * 4, 1);
1123:    // Pack glyphs into atlas
1129:        FT_UInt glyph_index = FT_Get_Char_Index(face, FONT_FIRST_CHAR + i);
1142:        if (pen_x + glyph_w + 1 >= FONT_ATLAS_SIZE) {
1148:        // Check if atlas is full
1149:        if (pen_y + glyph_h + 1 >= FONT_ATLAS_SIZE) {
1150:            fprintf(stderr, "Warning: Font atlas full, some glyphs skipped\n");
... [22 more lines]

cp: cannot stat '_fontdl/departure/DepartureMono-Regular.otf': No such file or directory
== assets/fonts contents ==
total 16240
drwxr-xr-x 1 adn 197121       0 May 30 18:29 ./
drwxr-xr-x 1 adn 197121       0 May 30 18:26 ../
-rw-r--r-- 1 adn 197121  158244 May 30 18:29 BoldPixels.ttf
-rw-r--r-- 1 adn 197121  649328 May 30 18:29 CozetteVector.ttf
-rw-r--r-- 1 adn 197121   35065 May 30 18:29 FatPixelFont.ttf
-rw-r--r-- 1 adn 197121 3123264 May 30 18:29 LanaPixel.ttf
-rw-r--r-- 1 adn 197121   16984 May 30 18:29 PixelOperator-Bold.ttf
-rw-r--r-- 1 adn 197121   17272 May 30 18:29 PixelOperator.ttf
-rw-r--r-- 1 adn 197121   19944 May 30 18:29 PixelOperator8.ttf
-rw-r--r-- 1 adn 197121   16972 May 30 18:29 PixelOperatorMono.ttf
-rw-r--r-- 1 adn 197121   19872 May 30 18:29 PixelOperatorMono8.ttf
-rw-r--r-- 1 adn 197121  518828 May 30 18:29 ark-pixel-10px-proportional-latin.ttf
-rw-r--r-- 1 adn 197121 4986508 May 30 18:29 ark-pixel-12px-proportional-latin.ttf
-rw-r--r-- 1 adn 197121 6986140 May 30 18:29 fusion-pixel-12px-monospaced-latin.ttf
-rw-r--r-- 1 adn 197121   34300 May 30 18:29 m5x7.ttf
-rw-r--r-- 1 adn 197121   10468 May 30 18:29 monogram.ttf

== locate departure font ==
_fontdl/departure/DepartureMono-1.500/DepartureMono-Regular.otf
== confirm ==
DepartureMono-Regular.otf

cleaned

== HackerNoon pixel set: game/HUD/UI-relevant names (with -solid availability) ==
[O+S] arrow-alt-circle-down
[O+S] arrow-alt-circle-left
[O+S] arrow-alt-circle-right
[O+S] arrow-alt-circle-up
[O+S] arrow-circle-down
[O+S] arrow-circle-left
[O+S] arrow-circle-right
[O+S] arrow-circle-up
[O+S] arrow-down
[O+S] arrow-left
[O+S] arrow-right
[O+S] arrow-up
[O+S] badge-check
[O+S] bell
[O+S] bell-exclaimation
[O+S] bell-mute
[O  ] bitcoin
[O+S] bolt
[O+S] book
[O+S] book-bookmark
[O+S] book-heart
[O+S] bookmark
[O+S] box-heart
[O+S] bug
[O+S] cart-minus
[O+S] check
[O+S] check-box
... [83 more lines]

== pixel:heart.svg ==
<svg xmlns="http://www.w3.org/2000/svg" width="1em" height="1em" viewBox="0 0 24 24"><path fill="currentColor" d="M22 6V5h-1V4h-1V3h-6v1h-1v1h-2V4h-1V3H4v1H3v1H2v1H1v5h1v1h1v1h1v1h1v1h1v1h1v1h1v1h1v1h1v1h1v1h2v-1h1v-1h1v-1h1v-1h1v-1h1v-1h1v-1h1v-1h1v-1h1v-1h1V6zm-2 4v1h-1v1h-1v1h-1v1h-1v1h-1v1h-1v1h-1v1h-2v-1h-1v-1H9v-1H8v-1H7v-1H6v-1H5v-1H4v-1H3V7h1V6h1V5h4v1h1v1h1v1h2V7h1V6h1V5h4v1h1v1h1v3z"/></svg>
== pixel:star-solid.svg viewBox ==
viewBox="0 0 24 24"
== tabler:heart for contrast ==
viewBox="0 0 24 24"

File created successfully at: E:\a327ex\ricochet-template\tools\fetch_pixel_icons.mjs (file state is current in your context — no need to Read it back)

OK    heart <- pixel:heart
  +    heart_filled <- pixel:heart-solid
OK    star <- pixel:star
  +    star_filled <- pixel:star-solid
OK    flame <- pixel:fire
  +    flame_filled <- pixel:fire-solid
OK    bolt <- pixel:bolt
  +    bolt_filled <- pixel:bolt-solid
OK    trophy <- pixel:trophy
  +    trophy_filled <- pixel:trophy-solid
OK    crown <- pixel:crown
  +    crown_filled <- pixel:crown-solid
OK    coin <- pixel:coin
  +    coin_filled <- pixel:coin-solid
OK    coins <- pixel:coins
  +    coins_filled <- pixel:coins-solid
OK    flag <- pixel:flag
  +    flag_filled <- pixel:flag-solid
OK    skull <- pixel:hockey-mask
  +    skull_filled <- pixel:hockey-mask-solid
OK    bug <- pixel:bug
  +    bug_filled <- pixel:bug-solid
OK    gear <- pixel:cog
  +    gear_filled <- pixel:cog-solid
OK    user <- pixel:user
  +    user_filled <- pixel:user-solid
OK    users <- pixel:users
  +    users_filled <- pixel:users-solid
OK    bell <- pixel:bell
  +    bell_filled <- pixel:bell-solid
... [45 more lines]

== count ==
72
== dims (heart, star_filled, skull_filled) ==
heart.png:        PNG image data, 24 x 24, 8-bit/color RGBA, non-interlaced
star_filled.png:  PNG image data, 24 x 24, 8-bit/color RGBA, non-interlaced
skull_filled.png: PNG image data, 24 x 24, 8-bit/color RGBA, non-interlaced
== sample sizes ==
278 heart.png
226 heart_filled.png

== pixelarticons names for our concepts ==
FOUND heart
FOUND star
FOUND zap
FOUND trophy
FOUND coins
FOUND crown
FOUND flag
FOUND skull
FOUND bug
FOUND moon
FOUND cloud
FOUND eye
FOUND clock
FOUND lock
FOUND user
FOUND users
FOUND bell
FOUND home
FOUND search
FOUND plus
FOUND minus
FOUND check
FOUND close
FOUND chevron-down
FOUND chevron-right
FOUND play
FOUND trash
FOUND save
FOUND sparkles
... [10 more lines]

HITS: note, notes, reload, target, gamepad, potion, sword, shield, fire, clock, mail, chart, briefcase, chevron-right, chevron-up, arrow-up, more-horizontal, menu, volume, volume-2

File created successfully at: E:\a327ex\ricochet-template\tools\fetch_pixelarticons.mjs (file state is current in your context — no need to Read it back)

OK    heart <- pixelarticons:heart
OK    star <- pixelarticons:star
OK    flame <- pixelarticons:fire
OK    bolt <- pixelarticons:zap
OK    trophy <- pixelarticons:trophy
OK    crown <- pixelarticons:crown
OK    coin <- pixelarticons:coins
OK    flag <- pixelarticons:flag
OK    skull <- pixelarticons:skull
OK    bug <- pixelarticons:bug
OK    user <- pixelarticons:user
OK    users <- pixelarticons:users
OK    bell <- pixelarticons:bell
OK    home <- pixelarticons:home
OK    lock <- pixelarticons:lock
OK    clock <- pixelarticons:clock
OK    moon <- pixelarticons:moon
OK    eye <- pixelarticons:eye
OK    music <- pixelarticons:music
OK    sparkle <- pixelarticons:sparkles
OK    search <- pixelarticons:search
OK    plus <- pixelarticons:plus
OK    minus <- pixelarticons:minus
OK    check <- pixelarticons:check
OK    x <- pixelarticons:close
OK    chevron <- pixelarticons:chevron-down
OK    play <- pixelarticons:play
OK    trash <- pixelarticons:trash
OK    save <- pixelarticons:save
OK    sword <- pixelarticons:sword
... [11 more lines]

1    --[[
2     image — thin wrapper for GPU texture handles.
3   
4     Usage:
5       images.player = image_load('player', 'assets/player.png')
6       layer_image(game_layer, images.player, 100, 100)
7   
8     An image is a plain table with .handle, .width, .height.
9   ]]
10  
11  image = class()
12  
13  function image:new(handle)
14    self.handle = handle
15    self.width = texture_get_width(handle)
16    self.height = texture_get_height(handle)
17  end
18  
19  -- Load a texture from a file, wrap it, and add to the global `images` table.
20  function image_load(name, path)
21    local handle = texture_load(path)
22    local img = image(handle)
23    if images then images[name] = img end
24    return img
25  end
26  

831:static Texture* texture_load(const char* path) {
870:    glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_NEAREST);
871:    glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_NEAREST);
899:    glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR);
900:    glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR);
932:    Texture* tex = texture_load(path);
1044:// Also determines the atlas texture sampling filter (GL_NEAREST vs GL_LINEAR).
1208:        GLint tex_filter = (font_filter == FILTER_ROUGH) ? GL_NEAREST : GL_LINEAR;
1213:        glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, tex_filter);
1913:    GLint tex_filter = (layer_filter == FILTER_SMOOTH) ? GL_LINEAR : GL_NEAREST;
1924:    glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, tex_filter);
1992:    GLint tex_filter = (layer->filter_mode == FILTER_SMOOTH) ? GL_LINEAR : GL_NEAREST;
1996:    glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, tex_filter);
5186:static int l_set_filter_mode(lua_State* L) {
5228:static int l_texture_load(lua_State* L) {
5230:    Texture* tex = texture_load(path);
5259:    // Register for cleanup on shutdown (matches l_texture_load behavior).
8819:    glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_NEAREST);
8820:    glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_NEAREST);
8931:        glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_NEAREST);
8932:        glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_NEAREST);
9424:    lua_register(L, "texture_load", l_texture_load);
9468:    lua_register(L, "set_filter_mode", l_set_filter_mode);

1    @echo off
2   REM Run the ricochet-template test scene. CWD must be the parent directory
3   REM of this folder; the engine resolves the game folder name relative to CWD.
4   
5   cd /d "%~dp0.."
6   "%~dp0anchor.exe" ricochet-template
7   

831  static Texture* texture_load(const char* path) {
832     int width, height, channels;
833     stbi_set_flip_vertically_on_load(0);  // Don't flip - we handle Y in our coordinate system
834 
835     // Load file data from zip or disk
836     size_t file_size;
837     unsigned char* file_data = (unsigned char*)zip_read_file(path, &file_size);
838     if (!file_data) {
839         fprintf(stderr, "Failed to load texture: %s\n", path);
840         return NULL;
841     }
842 
843     // Decode image from memory (needed for width/height even in headless)
844     unsigned char* data = stbi_load_from_memory(file_data, (int)file_size, &width, &height, &channels, 4);
845     free(file_data);
846     if (!data) {
847         fprintf(stderr, "Failed to decode texture: %s\n", path);
848         return NULL;
849     }
850 
851     Texture* tex = (Texture*)malloc(sizeof(Texture));
852     if (!tex) {
853         stbi_image_free(data);
854         return NULL;
855     }
856 
857     tex->width = width;
858     tex->height = height;
859 
860     if (headless_mode) {
... [50 more lines]

479  -- Draw one primitive through the full effect pipeline in ONE call: set + draw +
480 -- clear. `spec` is the same table effect_set takes (every field optional, see the
481 -- SPEC TABLE docblock). The base draw color is white — irrelevant for color≠none
482 -- (the whole point of these); use a plain layer_* call if you want color='none'.
483 -- For sprite shapes, pass spec.shape_icon = <image> (e.g. icons.skull).
484 --
485 --   effect_rectangle(layer, x, y, w, h, spec)
486 --   effect_circle(layer, x, y, r, spec)
487 --   effect_image(layer, img, x, y, w, h, spec)   -- fits img into the box (contain)
488 -- =============================================================================
489 
490 function effect_rectangle(layer, x, y, w, h, spec)
491   effect_set(layer, spec)
492   layer_rectangle(layer, x, y, w, h, 0xFFFFFFFF)
493   effect_clear(layer)
494 end
495 
496 function effect_circle(layer, x, y, r, spec)
497   effect_set(layer, spec)
498   layer_circle(layer, x, y, r, 0xFFFFFFFF)
499   effect_clear(layer)
500 end
501 
502 -- The engine draws textures at native size, so we scale via a layer_push
503 -- transform to fit `img` into the (x, y, w, h) box (contain, centered). `img` is
504 -- an image table (.handle / .width / .height, from image_load).
505 function effect_image(layer, img, x, y, w, h, spec)
506   effect_set(layer, spec)
507   local sc = math.min(w / img.width, h / img.height)
508   layer_push(layer, x + w/2, y + h/2, 0, sc, sc)
... [30 more lines]

The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

File created successfully at: E:\a327ex\ricochet-template\main_rough.lua (file state is current in your context — no need to Read it back)

== main_rough.lua ==
OK
== main.lua ==
OK

12:    bind('left', 'key:a')
13:    bind('left', 'key:left')
20:    'key:<name>'    -- keyboard key (e.g., 'key:a', 'key:space', 'key:left')

2784:// Convert key name string to SDL scancode
2785:static SDL_Scancode key_name_to_scancode(const char* name) {
2793:        // SDL scancodes: 1-9 are sequential, then 0 (keyboard layout order)
2795:        if (c >= '1' && c <= '9') return SDL_SCANCODE_1 + (c - '1');
2799:    if (strcmp(name, "space") == 0) return SDL_SCANCODE_SPACE;
2803:    if (strcmp(name, "tab") == 0) return SDL_SCANCODE_TAB;
2807:    if (strcmp(name, "left") == 0) return SDL_SCANCODE_LEFT;
2879:// Convert scancode to key name string (reverse of key_name_to_scancode)
2881:static const char* scancode_to_key_name(SDL_Scancode sc) {
2889:    if (sc >= SDL_SCANCODE_1 && sc <= SDL_SCANCODE_9) {
2891:        digit[0] = '1' + (sc - SDL_SCANCODE_1);
2902:        case SDL_SCANCODE_TAB: return "tab";
3181:        ctrl->code = key_name_to_scancode(value);
3788:        "space", "enter", "escape", "backspace", "tab",
8176:    SDL_Scancode scancode = key_name_to_scancode(key_name);
8177:    if (scancode == SDL_SCANCODE_UNKNOWN) {
8180:        lua_pushboolean(L, keys_current[scancode]);
8187:    SDL_Scancode scancode = key_name_to_scancode(key_name);
8188:    if (scancode == SDL_SCANCODE_UNKNOWN) {
8191:        lua_pushboolean(L, keys_current[scancode] && !keys_previous[scancode]);
8198:    SDL_Scancode scancode = key_name_to_scancode(key_name);
8199:    if (scancode == SDL_SCANCODE_UNKNOWN) {
8202:        lua_pushboolean(L, !keys_current[scancode] && keys_previous[scancode]);
10357:            SDL_Scancode sc = event.key.keysym.scancode;
10363:                const char* key_name = scancode_to_key_name(sc);

[Showing results with pagination = limit: 25]

File created successfully at: E:\a327ex\ricochet-template\rough_ui.lua (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

== rough_ui.lua ==
OK
== main_rough.lua ==
OK

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK

The file E:\a327ex\ricochet-template\rough_ui.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK

Ricochet\reference\01 - ART DIRECTION.png
Ricochet\reference\02 - GENERAL UI ELEMENTS .png
Ricochet\reference\03 - TYPOGRAPHY.png
Ricochet\reference\04 - COLOR.png
Ricochet\reference\05 - GAME OBJECTS.png
Ricochet\reference\01 - ART DIRECTION (DOTTED).png
Ricochet\reference\02 - GENERAL UI ELEMENTS (dotted).png
Ricochet\reference\03 - TYPOGRAPHY (dotted).png
Ricochet\reference\04 - COLOR AND TEXTURE (dotted).png
Ricochet\reference\05 - GAME OBJECTS (dotted).png
Ricochet\reference\06 - TEMPLATES AND USAGE (dotted).png

[
  {
    "type": "image",
    "source": {
      "type": "base64",
      "data": 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",
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",
      "media_type": "image/png"
    }
  }
]

The file E:\a327ex\ricochet-template\rough_ui.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK

44   ---
45  
46  ## What this is
47  
48  A starter Anchor 2 project that ships **Ricochet's visual identity** plus
49  a clean four-axis effect system (pattern × color × dither × shape). Fork the
50  folder, drop your game code into `main.lua`, prototype. The template
51  itself ships no gameplay — that's the forking dev's job.
52  
53  The full visual identity (palette philosophy, dotted motif, typography,
54  shape language, motion principles) lives in `Ricochet/design.md`. This
55  template implements the palette + the effect pipeline only; everything
56  else in design.md is guidance for how a forked project should look.
57  
58  Three screens, cycled with **Tab**: the **pattern gallery**, the flat **Tabler
59  UI-kit showcase**, and the **effect editor**.
60  
61  Layout:
62  - **`main.lua`** — boot order, layers, the per-frame UI contract, the keyboard
63    hotkeys, and the **gallery** screen (one rect per pattern, the `gallery` table,
64    + a click-to-select inspector sidebar).
65  - **`palette.lua`** — `palette_dark` + `palette_light`, 13 named tokens
66    per palette. `palette_init('dark' | 'light')` selects the active one.
67  - **`effect.lua`** — the four-axis effect API: pattern/color/dither/shape
68    registries, `effect_set(layer, spec)`, the **single-call wrappers**
69    (`effect_rectangle` / `effect_circle` / `effect_image`), cycle helpers.
70  - **`editor.lua`** — the **effect editor** screen: a full control panel +
71    one live preview (TARGET = rect / circle / image), the place to dial in any
72    single drawable. Replaced the old text "API reference" screen; the dedicated
73    image screen is folded in as its IMAGE target.
... [64 more lines]

727  
728 ## File map
729 
730 ```
731 ricochet-template/
732 ├── main.lua                    # boot + gallery screen + inspector sidebar + keys
733 ├── palette.lua                 # 2 palettes × 13 tokens; palette_init
734 ├── effect.lua                  # 4-axis spec API + effect_rectangle/circle/image + cycles
735 ├── editor.lua                  # the effect EDITOR screen (target + controls + live preview)
736 ├── ui_controls.lua             # shared sidebar control blocks + cyclers (gallery + editor)
737 ├── showcase.lua                # flat Tabler UI-kit screen
738 ├── rectcut.lua                 # RectCut layout primitive
739 ├── ui_state.lua                # frame-local hot/active/focus + ui_claim_hot
740 ├── ui.lua                      # 5 Ricochet-style widgets + helpers
741 ├── anchor/                     # Anchor 2 framework
742 ├── anchor.exe                  # built engine (patched — see Critical conventions)
743 ├── tools/                      # fetch_icons.mjs, compare_packs.mjs (node, run by hand)
744 ├── assets/
745 │   ├── draw_shader.frag        # unified pattern+shape+dither+color shader
746 │   ├── icons/tabler/           # Tabler PNGs: <concept>.png + <concept>_filled.png
747 │   ├── images/                 # editor IMAGE-target test images (girl/boy/wolf + CREDITS)
748 │   ├── Oswald-Medium.ttf       # UI titles + field labels
749 │   ├── IBMPlexSans-Regular.ttf # UI labels (alt)
750 │   └── CascadiaCode-Regular.ttf # UI value column + numeric readouts
751 ├── run.bat
752 └── .claude/CLAUDE.md           # this file
753 ```
754 
755 ---
756 
... [12 more lines]

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<tool_use_error>String to replace not found in file.
String: ricochet-template/
├── main.lua                    # boot + gallery screen + inspector sidebar + keys
├── palette.lua                 # 2 palettes × 13 tokens; palette_init
├── effect.lua                  # 4-axis spec API + effect_rectangle/circle/image + cycles
├── editor.lua                  # the effect EDITOR screen (target + controls + live preview)
├── ui_controls.lua             # shared sidebar control blocks + cyclers (gallery + editor)
├── showcase.lua                # flat Tabler UI-kit screen
├── rectcut.lua                 # RectCut layout primitive
├── ui_state.lua                # frame-local hot/active/focus + ui_claim_hot
├── ui.lua                      # 5 Ricochet-style widgets + helpers
├── anchor/                     # Anchor 2 framework
├── anchor.exe                  # built engine (patched — see Critical conventions)
├── tools/                      # fetch_icons.mjs, compare_packs.mjs (node, run by hand)
├── assets/
│   ├── draw_shader.frag        # unified pattern+shape+dither+color shader
│   ├── icons/tabler/           # Tabler PNGs: <concept>.png + <concept>_filled.png
│   ├── images/                 # editor IMAGE-target test images (girl/boy/wolf + CREDITS)
│   ├── Oswald-Medium.ttf       # UI titles + field labels
│   ├── IBMPlexSans-Regular.ttf # UI labels (alt)
│   └── CascadiaCode-Regular.ttf # UI value column + numeric readouts
├── run.bat
└── .claude/CLAUDE.md            # this file
(note: Edit also tried swapping \uXXXX escapes and their characters; neither form matched, so the mismatch is likely elsewhere in old_string. Re-read the file and copy the exact surrounding text.)</tool_use_error>

788     new shape's **coverage** in [0,1]. Geometric shapes: compute a gauge metric
789    `m(cell_uv)` that is 0 at the cell center with the boundary at `m == fc`, then
790    return `1.0 - smoothstep(fc-e, fc+e, m)` — see the square/diamond/hexagon/
791    triangle branches (the `dist` param was dropped; derive from `cell_uv`). The
792    shared ROTATION is already applied to the cell coord at the top of `shape_mask`,
793    so use the rotated `p` it computes. (Image shapes sample `u_shape_tex` instead.)
794    The coverage/color split + backing composite in `main()` are unchanged;
795    `effect_field_shaped` supplies the per-cell `fc` and the color value — don't
796    re-sample.
797 2. In `effect.lua`: add to `shape_kinds`, `shape_cycle_names`, and
798    `shape_pretty_names` (the SHAPE cycler's display label).
799    The SHAPE controls are shared, so no per-gallery-entry field is needed.
800 
801 ---
802 
803 ## File map
804 
805 ```
806 ricochet-template/
807 ├── main.lua                    # boot + gallery screen + inspector sidebar + keys
808 ├── palette.lua                 # 2 palettes × 13 tokens; palette_init
809 ├── effect.lua                  # 4-axis spec API + effect_rectangle/circle/image + cycles
810 ├── editor.lua                  # the effect EDITOR screen (target + controls + live preview)
811 ├── ui_controls.lua             # shared sidebar control blocks + cyclers (gallery + editor)
812 ├── showcase.lua                # flat Tabler UI-kit screen
813 ├── rectcut.lua                 # RectCut layout primitive
814 ├── ui_state.lua                # frame-local hot/active/focus + ui_claim_hot
815 ├── ui.lua                      # 5 Ricochet-style widgets + helpers
816 ├── anchor/                     # Anchor 2 framework
817 ├── anchor.exe                  # built engine (patched — see Critical conventions)

818  ├── tools/                      # fetch_icons.mjs, compare_packs.mjs (node, run by hand)
819 ├── assets/
820 │   ├── draw_shader.frag        # unified pattern+shape+dither+color shader
821 │   ├── icons/tabler/           # Tabler PNGs: <concept>.png + <concept>_filled.png
822 │   ├── images/                 # editor IMAGE-target test images (girl/boy/wolf + CREDITS)
823 │   ├── Oswald-Medium.ttf       # UI titles + field labels
824 │   ├── IBMPlexSans-Regular.ttf # UI labels (alt)
825 │   └── CascadiaCode-Regular.ttf # UI value column + numeric readouts
826 ├── run.bat
827 └── .claude/CLAUDE.md           # this file
828 ```
829 
830 ---
831 
832 ## Working style
833 

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[
  {
    "type": "text",
    "text": "Chapter marked: \"Low-res effects pass\". Continue your current work."
  }
]

1    --[[
2     ui_state.lua — frame-local UI interaction state.
3   
4     `ui_state` holds three interaction IDs, rebuilt every frame:
5       hot_id     widget under the cursor this frame
6       active_id  widget the mouse-down landed on (persists until release)
7       focus_id   widget last clicked (persists until the next click)
8   
9     `ui_state_begin_frame()` clears hot_id; call it once per frame BEFORE
10    any widget calls (in update(), top of frame). Widget IDs are explicit
11    caller-provided strings — no auto-IDs.
12  
13    This is the rules-based, frame-local interaction layer. It is NOT
14    hidden persistent state — caller-owned `current_*` state holds the
15    values widgets display; ui_state just tracks who's under the cursor
16    this frame.
17  
18    Slimmed from snkrx-template's snkrx/ui/state.lua — text-input fields
19    and modal lock removed (no text inputs or modals in this template).
20  ]]
21  
22  ui_state = { hot_id = nil, active_id = nil, focus_id = nil }
23  
24  function ui_state_begin_frame()
25    ui_state.hot_id = nil
26  end
27  
28  function ui_is_hot(id)     return ui_state.hot_id    == id end
29  function ui_is_active(id)  return ui_state.active_id == id end
30  function ui_is_focused(id) return ui_state.focus_id  == id end
... [22 more lines]

37:    ui_claim_hot). On mouse-down it claims active. On mouse-up over the
41:    MOUSE EDGE EVENTS — widgets read the globals `ui_mouse_pressed` /
42:    `ui_mouse_released`, NOT mouse_is_pressed/released directly. Those edge
46:    Held-state and cursor position (mouse_position, via ui_claim_hot) are
63:    - ui_state.lua (slimmed) — hot/active/focus tracking + ui_claim_hot
264:  ui_claim_hot(id, r)
266:  if hovered and ui_mouse_pressed then
267:    ui_state.active_id = id
270:  local active = ui_state.active_id == id
271:  if active and ui_mouse_released then
273:    ui_state.active_id = nil
303:function ui_field(opts)
350:function ui_segment(opts)
371:    ui_claim_hot(cid, cell)
373:    if hovered and ui_mouse_pressed then
374:      ui_state.active_id = cid
377:    if ui_state.active_id == cid and ui_mouse_released then
382:      ui_state.active_id = nil
461:    ui_claim_hot(sw_id, sw_r)
463:    if hovered and ui_mouse_pressed then
464:      ui_state.active_id = sw_id
467:    if ui_state.active_id == sw_id and ui_mouse_released then
473:      ui_state.active_id = nil
528:function ui_slider(opts)
550:  ui_claim_hot(id, track_r)
552:  if hovered and ui_mouse_pressed then
553:    ui_state.active_id = id
556:  if ui_state.active_id == id then
560:    if ui_mouse_released then ui_state.active_id = nil end

255    Hover: recess fill. Active (mid-click): ink fill + paper glyph.
256   Border is hairline ink at all times.
257   Returns { clicked = bool }.
258 ]]
259 function ui_icon_button(opts)
260   local r = opts.rect
261   local id = opts.id
262 
263   local hovered, clicked = false, false
264   ui_claim_hot(id, r)
265   hovered = ui_is_hot(id)
266   if hovered and ui_mouse_pressed then
267     ui_state.active_id = id
268     ui_state.focus_id  = id
269   end
270   local active = ui_state.active_id == id
271   if active and ui_mouse_released then
272     if hovered then clicked = true end
273     ui_state.active_id = nil
274   end
275 
276   -- Fill: active > hover > none.
277   if active and hovered then
278     layer_rectangle(ui_layer, r.x, r.y, r.w, r.h, palette.ink())
279   elseif hovered then
280     layer_rectangle(ui_layer, r.x, r.y, r.w, r.h, palette.recess())
281   end
282   hairline_rect(r, palette.ink())
283 
284   -- Glyph. Use ui_font_value (Cascadia mono) — matches the value column
... [100 more lines]

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OK

450    layer_shader_set_float(layer, effect_draw_shader, 'u_time',             time)
451 end
452 
453 --[[
454   effect_clear(layer)
455   Reset pattern/color/dither on this layer to passthrough. The other
456   uniforms (color_a/b, scale, param) are left as-is — they only have an
457   effect when a non-zero kind reads them.
458 ]]
459 function effect_clear(layer)
460   layer_shader_set_int(layer, effect_draw_shader, 'u_pattern_kind', 2)  -- solid
461   layer_shader_set_int(layer, effect_draw_shader, 'u_color_kind',   0)  -- none (passthrough)
462   layer_shader_set_int(layer, effect_draw_shader, 'u_dither_kind',  0)  -- off
463   layer_shader_set_int(layer, effect_draw_shader, 'u_shape_kind',   0)  -- none
464 end
465 
466 --[[
467   effect_draw(layer, spec, fn, ...)
468   Scoped form: set the effect, run fn(...), then reset to passthrough.
469   Forwards extra arguments to fn so closures can stay light.
470 ]]
471 function effect_draw(layer, spec, fn, ...)
472   effect_set(layer, spec)
473   fn(...)
474   effect_clear(layer)
475 end
476 
477 -- =============================================================================
478 -- SINGLE-CALL DRAW WRAPPERS
479 -- Draw one primitive through the full effect pipeline in ONE call: set + draw +

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OK

155:shape_kinds = {
156-  none        = 0,
157-  circle      = 1,
158-  circle_hard = 2,
--
239:shape_cycle_names   = {
240-  'none', 'circle', 'circle_hard', 'square', 'diamond', 'triangle', 'hexagon',
241-  'ring', 'cross', 'sprite', 'sprite_field',
242-}
--
245:shape_pretty_names = {
246-  none         = 'off',
247-  circle       = 'circle (size)',
248-  circle_hard  = 'circle (hard)',
--
394:  local sh = shape_kinds[spec.shape or 'none'] or 0
395-  local ca = resolve_color(spec.color_a or 'ink')
396-  local cb = resolve_color(spec.color_b or 'field')
397-  local scale    = spec.pattern_scale or effect_default_pattern_scale
--
539:function effect_next_shape(cur)   return cycle_next(shape_cycle_names, cur) end
540:function effect_prev_shape(cur)   return cycle_prev(shape_cycle_names, cur) end
541-
542--- Cycle palette tokens (used by the test scene for color_a / color_b).
543-function effect_next_token(cur) return cycle_next(palette_token_names, cur) end
--
549:function effect_shape_label(name)  return shape_pretty_names[name]  or name or '?' end

245  shape_pretty_names = {
246   none         = 'off',
247   circle       = 'circle (size)',
248   circle_hard  = 'circle (hard)',
249   square       = 'square',
250   diamond      = 'diamond',
251   triangle     = 'triangle',
252   hexagon      = 'hexagon',
253   ring         = 'ring',
254   cross        = 'cross',
255   sprite       = 'icon (bg)',
256   sprite_field = 'icon (field)',
257 }
258 
259 -- Dither cycle order matches the integer id order in dither_kinds (and the
260 -- if-ladder in the shader). 2-level group first, then multi-level families.
261 dither_cycle_names = {
262   'off',
263   -- 2-level
264   'bayer4_2', 'bayer8_2', 'noise_2',
265   -- Bayer multi-level
266   'bayer2_4', 'bayer4_4', 'bayer4_8', 'bayer8_7', 'bayer8_9', 'bayer8_16',
267   -- White-noise multi-level
268   'noise_4', 'noise_8',
269   -- Cluster dots
270   'cluster_4', 'cluster_6', 'cluster_8',
271   -- Diagonal stripes
272   'line_diag_2', 'line_diag_3', 'line_diag_4', 'line_diag_5',
273   'line_diag_6', 'line_diag_7', 'line_diag_8',
274   -- Anti-diagonal stripes

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OK

Your questions have been answered: "The 480×270 low-res arc is complete. What's the next issue to tackle?"="We still have images, at least dithered/effect images to do, like in the original high resolution one.". You can now continue with these answers in mind.

15-  per-rect). The preview draws through the effect_rectangle / effect_circle /
16:  effect_image wrappers — so the editor literally exercises the public API.
17-]]
18-
--
73-  }
74:  if editor_target == 'image' and current_image_mode == 'luminance' then
75:    spec.image_field = true
76:    spec.image_pattern_amount = current_image_pattern_amount
77-  end
78-  return spec
--
105-
106:  -- IMAGE target rows: field-source MODE + which IMAGE + (luminance) PATTERN AMT.
107-  if editor_target == 'image' then
108-    row = rect_cut_top(body, ui_row_h)
--
110-                           options = { 'LUMINANCE', 'PATTERN' },
111:                           index = current_image_mode == 'luminance' and 1 or 2 }
112:    if md.changed then current_image_mode = md.index == 1 and 'luminance' or 'pattern' end
113-
114-    row = rect_cut_top(body, ui_row_h)
115:    f = ui_field{ rect = row, id = 'ed_image', label = 'IMAGE', value = current_image }
116:    if f.prev_clicked then current_image = cycle_content_image(current_image, -1) end
117:    if f.next_clicked then current_image = cycle_content_image(current_image,  1) end
118-
119:    if current_image_mode == 'luminance' then
120-      row = rect_cut_top(body, ui_row_h + 20)
121-      local pa = ui_slider{ rect = row, id = 'ed_patamt', label = 'PATTERN AMT',
122:                            value = current_image_pattern_amount, vmin = 0, vmax = 1, fmt = '%.2f' }
... [14 more lines]

40   local editor_scale, editor_speed, editor_contrast = 0.3, 1, 1
41  local editor_param, editor_param2 = 0, 0
42  local editor_param_label, editor_param2_label = nil, nil
43  local editor_param2_min, editor_param2_max = 0, 1
44  
45  -- Load a pattern's defaults into the editor's modifier state. Keeps SPEED /
46  -- CONTRAST (universal — not pattern-specific) at their current values.
47  local function editor_load_pattern(name)
48    editor_pattern = name
49    local d = pattern_defaults[name] or { scale = 0.5 }
50    editor_scale        = d.scale or 0.5
51    editor_param        = d.param or 0
52    editor_param_label  = d.param_label
53    editor_param2       = d.param2 or 0
54    editor_param2_label = d.param2_label
55    editor_param2_min   = d.param2_min or 0
56    editor_param2_max   = d.param2_max or 1
57  end
58  editor_load_pattern('plasma')
59  
60  -- Build the effect spec from the editor's pattern/modifier state + the shared
61  -- look globals. For the IMAGE target, LUMINANCE adds the field + ripple flags.
62  local function editor_spec()
63    local spec = {
64      pattern = editor_pattern, pattern_scale = editor_scale,
65      speed = editor_speed, contrast = editor_contrast,
66      pattern_param = editor_param, pattern_param2 = editor_param2,
67      color = current_color, color_a = current_color_a, color_b = current_color_b,
68      dither = current_dither,
69      shape = current_shape, shape_size = current_shape_size,
... [30 more lines]

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The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK
== confirm test images exist ==
3383629 assets/images/boy.png
1845595 assets/images/girl.png
19609 assets/images/wolf.png

== effect_setup (shader install) in each entry ==
main.lua:59:--   3. effect_setup installs the draw shader AND pushes the active palette
main.lua:78:effect_setup({ draw_shader = 'assets/draw_shader.frag' })
main_rough.lua:50:effect_setup({ draw_shader = 'assets/draw_shader.frag' })

== require('effect') in each entry ==
main.lua:47:require('effect')
main_rough.lua:42:require('effect')

== how many draw_shader.frag files exist ==
-rw-r--r-- 1 adn 197121 41461 May 30 16:11 assets/draw_shader.frag

== effect_* API calls used by the rough build ==
      1 effect_clear
      2 effect_image
      3 effect_next_color
      3 effect_next_dither
      2 effect_next_pattern
      5 effect_next_token
      3 effect_prev_color
      3 effect_prev_dither
      2 effect_prev_pattern
      5 effect_prev_token
      3 effect_rectangle
      1 effect_set

1    # snkrx-template — orientation for new instances
2   
3   ## ⛔ WORKFLOW RULE — DESIGN BRIEF BEFORE CODE ⛔
4   
5   **This rule has no exceptions and is valid for every single
6   non-trivial change, every session, every file in this project.**
7   
8   Before calling `Write` or `Edit` on project code, post a **design
9   brief** in chat — a conceptual explanation of the approach, NOT the
10  code itself. Then wait. The user will usually reply with questions
11  and improvements; iterate the brief with them until you reach a
12  conclusion. Only then write the code.
13  
14  ### What a design brief contains
15  
16  1. **Approach.** A high-level explanation of how each feature works —
17     what it does, the strategy, the key data it holds, its lifecycle.
18  2. **Interfaces.** How the feature connects to existing features:
19     which existing functions / files / globals it touches or reuses,
20     and how. Include this whenever the feature is not self-contained.
21  3. **Functions.** For each new or changed function:
22     - its name,
23     - what it does,
24     - which other functions it calls — selective, not exhaustive:
25       pick the calls that build a conceptual map of how the code fits
26       together, skip the incidental ones,
27     - its general structure, when that isn't already obvious.
28  
29  The brief is a conceptual map, not a spec and not pseudocode. Aim for
30  "a reader could predict the shape of the code from this" — not "every
... [891 more lines]

File created successfully at: E:\a327ex\ricochet-template\_test_folder.bat (file state is current in your context — no need to Read it back)

Microsoft Windows [Version 10.0.26200.8457]
(c) Microsoft Corporation. All rights reserved.

E:\a327ex\ricochet-template>---
Microsoft Windows [Version 10.0.26200.8457]
(c) Microsoft Corporation. All rights reserved.

E:\a327ex\ricochet-template>

'_test_folder.bat' is not recognized as an internal or external command,
operable program or batch file.
--- renamed-copy test ---
GAME=_faketest-game

The file E:\a327ex\ricochet-template\run.bat has been updated successfully. (file state is current in your context — no need to Read it back)

removed test probe
run.bat

== image resize tools ==
/c/WINDOWS/system32/convert
(convert ok)
no sharp

== fonts dir sizes (KB) ==
       0  
       0  ./
       0  ../
     154  BoldPixels.ttf
     634  CozetteVector.ttf
      82  DepartureMono-Regular.otf
      34  FatPixelFont.ttf
    3050  LanaPixel.ttf
      16  PixelOperator-Bold.ttf
      16  PixelOperator.ttf
      19  PixelOperator8.ttf
      16  PixelOperatorMono.ttf
      19  PixelOperatorMono8.ttf
     506  ark-pixel-10px-proportional-latin.ttf
    4869  ark-pixel-12px-proportional-latin.ttf
    6822  fusion-pixel-12px-monospaced-latin.ttf
      33  m5x7.ttf
      10  monogram.ttf

== test image sizes ==
assets/images/girl.png: PNG image data, 2600 x 1500, 8-bit/color RGB, non-interlaced
assets/images/boy.png:  PNG image data, 2048 x 1990, 8-bit/color RGB, non-interlaced
assets/images/wolf.png: PNG image data, 600 x 600, 8-bit/color RGBA, non-interlaced

resized girl.png -> 640x369
resized boy.png -> 640x622
--- new image sizes ---
     568 KB  boy.png
     221 KB  girl.png
      19 KB  wolf.png

== remaining fonts (KB) ==
     154  BoldPixels.ttf
     634  CozetteVector.ttf
      82  DepartureMono-Regular.otf
      34  FatPixelFont.ttf
      16  PixelOperator-Bold.ttf
      16  PixelOperator.ttf
      19  PixelOperator8.ttf
      16  PixelOperatorMono.ttf
      19  PixelOperatorMono8.ttf
     506  ark-pixel-10px-proportional-latin.ttf
      33  m5x7.ttf
      10  monogram.ttf

== total assets/fonts size ==
1.6M

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The file E:\a327ex\ricochet-template\main_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

main_rough OK

lab.lua created (verbatim copy of current main.lua — the frozen smooth+rough galleries)
--[[
  ricochet-template — visual style + four-axis effect template.

...
28:-- ROUGH = true boots the low-res 480x270 pixel-art comparison build
33:local ROUGH = true

File created successfully at: E:\a327ex\ricochet-template\ricochet\theme.lua (file state is current in your context — no need to Read it back)

File created successfully at: E:\a327ex\ricochet-template\ricochet\init.lua (file state is current in your context — no need to Read it back)

File created successfully at: E:\a327ex\ricochet-template\ricochet\ui.lua (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK   main.lua
OK   lab.lua
OK   ricochet/init.lua
OK   ricochet/theme.lua
OK   ricochet/ui.lua

== how snkrx/init.lua requires its sub-files ==
4:  `require('snkrx')`, from main.lua and AFTER `require('anchor')({...})`,
29:require('snkrx.palette')
30:require('snkrx.edition')
32:require('snkrx.geometry')
46:require('snkrx.stats')
47:require('snkrx.fx')
50:sound_tuning = require('snkrx.sound_tuning')
161:require('snkrx.player')
162:require('snkrx.seeker')
163:require('snkrx.wall')
166:require('snkrx.projectile')
167:require('snkrx.area')
168:require('snkrx.beam')
169:require('snkrx.flicker')
170:require('snkrx.airborne')
171:require('snkrx.prop')
174:require('snkrx.sound_tuner')
177:require('snkrx.ui')

The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

main.lua OK

== current template file layout ==
editor.lua
effect.lua
lab.lua
main.lua
main_rough.lua
palette.lua
rectcut.lua
rough_ui.lua
showcase.lua
ui.lua
ui_controls.lua
ui_state.lua
ricochet/:
init.lua
theme.lua
ui.lua

== template size ==
13M

144  -- definite 1px line. Use these helpers anywhere you would have called
145 -- layer_line(..., 1, col) on an axis-aligned segment.
146 local function hline(x, y, w, col)
147   layer_rectangle(ui_layer, x, y, w, ui_hairline, col)
148 end
149 local function vline(x, y, h, col)
150   layer_rectangle(ui_layer, x, y, ui_hairline, h, col)
151 end
152 
153 -- Draw text centered vertically inside a rect; horizontal align is
154 -- left|center|right. The font argument is a font OBJECT (so we can read
155 -- .height + :text_width). Used by every widget that puts text in a row.
156 local function text_in_row(r, text, font, col, align)
157   local ty = math.floor(r.y + (r.h - font.height) / 2 + 0.5)
158   local tx
159   if align == 'right' then
160     tx = math.floor(r.x + r.w - font:text_width(text) + 0.5)
161   elseif align == 'center' then
162     tx = math.floor(r.x + (r.w - font:text_width(text)) / 2 + 0.5)
163   else
164     tx = math.floor(r.x + 0.5)
165   end
166   layer_text(ui_layer, text, font, tx, ty, col)
167 end
168 
169 -- =============================================================================
170 -- ui_panel — the container.
171 -- =============================================================================
172 --[[
173   opts:
... [85 more lines]

Your questions have been answered: "The smooth and rough Ricochet UIs differ in treatment (panel fill, bracket color, slider ticks, spacing), not just font/size. How should the toolkit hold both designs behind one API?"="Two separate skins". You can now continue with these answers in mind.

90   ui_swatch_size    = 22     -- side of one palette-token swatch
91  ui_swatch_gap     = 4      -- gap between swatches
92  ui_section_gap    = 12     -- vertical gap between groups of rows
93  ui_panel_inset    = 16     -- inner padding inside the panel
94  ui_title_h        = 28     -- title bar height
95  ui_corner_arm     = 10     -- corner bracket arm length (drawn outside the panel)
96  ui_corner_gap     = 6      -- gap between corner brackets and the panel edge
97  ui_hairline       = 1      -- the one and only structural stroke
98  
99  -- =============================================================================
100 -- HELPERS — small draw primitives common to multiple widgets.
101 -- These wrap the engine's layer_* calls and add the Ricochet defaults
102 -- (palette tokens, hairline width). Use them so a future palette/stroke
103 -- change happens in one place.
104 -- =============================================================================
105 
106 -- Hairline rectangle outline as four 1px filled rectangles (one per edge).
107 --
108 -- Two earlier attempts and why they read worse than this:
109 --
110 -- 1. Four layer_line calls (capsule SDF, round caps): each line's cap
111 --    region extends past the endpoint, so two perpendicular lines'
112 --    AA'd caps overlap across multiple pixels at the corner, producing
113 --    a visibly darker / thicker corner. BAD.
114 -- 2. layer_rectangle_line (single SDF outline with stroke=1): clean
115 --    corners, but in smooth filter mode (u_aa_width ≈ 1) the shader's
116 --    `d = abs(d) - stroke*0.5` produces a stroke band whose AA spans
117 --    two pixel rows at ~50% alpha each. The line is technically 1px
118 --    wide but reads as a soft 2px-tall fuzz with no fully-opaque core.
119 --    This is exactly what Freya Holmér's Shapes calls the "Line
... [25 more lines]

79   -- One stroke weight throughout — ui_hairline = 1px. The Ricochet reference
80  -- sheets show essentially a single thin pen weight everywhere; state
81  -- (active/selected/hover) is communicated by fill / color inversion, not by
82  -- thicker borders. So there's no "thin 1.5px" or "heavy 3px" constant here
83  -- on purpose. If a future widget needs an emphasis treatment, prefer an
84  -- inverted fill (ink rectangle + field-colored label) over a heavier line.
85  ui_row_h          = 32     -- height of one label row (PATTERN, COLOR, etc.)
86  ui_label_w        = 100    -- left column width reserved for the field label
87  ui_btn_size       = 20     -- side of the < > chevron buttons
88  ui_btn_gap        = 4      -- gap between the two chevron buttons
89  ui_value_gap      = 12     -- gap between the value text and the chevron buttons
90  ui_swatch_size    = 22     -- side of one palette-token swatch

520  
521   Layout (within rect):
522     LABEL                                   0.500       ← readout, right-aligned
523     ├──●──────────────┤                                  ← track, knob, ticks
524 
525   Interaction: press anywhere on the track to grab the knob. Drag tracks
526   the cursor; release drops. Returns { value, changed }.
527 ]]
528 function ui_slider(opts)
529   local r = opts.rect
530   local id = opts.id
531   local vmin = opts.vmin or 0
532   local vmax = opts.vmax or 1
533   local fmt  = opts.fmt or '%.3f'
534 
535   -- Top half: label (left) + numeric readout (right).
536   local body = rect_new(r.x, r.y, r.w, r.h)
537   local readout_r = rect_cut_top(body, ui_row_h)
538   local label_r   = rect_cut_left(readout_r, ui_label_w)
539   text_in_row(label_r,   string.upper(opts.label), ui_font_label, palette.ink(), 'left')
540   text_in_row(readout_r, string.format(fmt, opts.value or 0), ui_font_value, palette.ink(), 'right')
541 
542   -- Bottom half: track. Inset horizontally so the track aligns with the
543   -- value column (skip the label width on the left to match field rows).
544   local track_band = body
545   local track_r    = rect_contract(track_band, 4, 0, 4, ui_label_w)
546   local track_cy   = math.floor(track_r.y + track_r.h / 2 + 0.5)
547 
548   -- Interaction.
549   local value = math.max(vmin, math.min(vmax, opts.value or vmin))
... [36 more lines]

The file E:\a327ex\ricochet-template\ricochet\ui.lua has been updated successfully. (file state is current in your context — no need to Read it back)

File created successfully at: E:\a327ex\ricochet-template\ricochet\skin_rough.lua (file state is current in your context — no need to Read it back)

File created successfully at: E:\a327ex\ricochet-template\ricochet\skin_smooth.lua (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\ricochet\theme.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK   main.lua
OK   ricochet/init.lua
OK   ricochet/theme.lua
OK   ricochet/ui.lua
OK   ricochet/skin_rough.lua
OK   ricochet/skin_smooth.lua

== ricochet/ contents ==
init.lua
skin_rough.lua
skin_smooth.lua
theme.lua
ui.lua

The file E:\a327ex\ricochet-template\ricochet\ui.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\ricochet\theme.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\ricochet\theme.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK   main.lua
OK   ricochet/ui.lua
OK   ricochet/theme.lua
OK   ricochet/skin_rough.lua
OK   ricochet/skin_smooth.lua

2:  showcase.lua — flat "UI KIT" screen (Tab toggles it from the pattern gallery).
15:    CONTROLS     tabs, toggle/checkbox/radio, stepper, stat block, keycaps, tags
17:  DRAW ORIGIN REMINDER: layer_image / layer_circle are CENTERED at (x,y);
130:    if i <= filled then layer_circle(ui_layer, cx, cy, r, palette.ink())
131:    else layer_circle_line(ui_layer, cx, cy, r, palette.mid_grey(), HAIR) end
136:-- Segmented progress (wave / xp): w-wide bar split into `segs`, `filled` filled.
218:-- Toggle switch: label + track with a square knob; on = green track + knob right.
219:local function toggle(x, y, w, label, on)
231:-- Checkbox row: 18px box; checked = ink fill with a small field core (reads as
244:-- Radio group: horizontal options, selected one filled.
245:local function radio_group(x, y, label, options, sel)
249:  for i, opt in ipairs(options) do
251:    layer_circle_line(ui_layer, ox + 9, cy, 9, palette.ink(), HAIR)
252:    if i == sel then layer_circle(ui_layer, ox + 9, cy, 4, palette.ink()) end
259:-- Stepper: label + [-] value [+].
260:local function stepper(x, y, w, label, value)
356:  y = heading('OPTIONS', x, y, COL_W)
357:  y = toggle(x, y, COL_W, 'SOUND', true)
358:  y = toggle(x, y, COL_W, 'SCREEN SHAKE', false)
360:  y = radio_group(x, y, 'DIFFICULTY', { 'EASY', 'NORMAL', 'HARD' }, 2)
362:  y = stepper(x, y, COL_W, 'MASTER VOLUME', 7)

118      sx = sx + s + gap
119   end
120   return y + s + 6 + 20 + 16
121 end
122 
123 -- Progress / life pips: n dots, first `filled` filled.
124 local function pips(x, y, n, filled, label)
125   text_l(label, ui_font_label, x, y, palette.mid_light())
126   local r, sp, cy = 7, 24, y + ui_font_label.height + 6 + 7
127   local px = x + 120
128   for i = 1, n do
129     local cx = px + (i - 1) * sp
130     if i <= filled then layer_circle(ui_layer, cx, cy, r, palette.ink())
131     else layer_circle_line(ui_layer, cx, cy, r, palette.mid_grey(), HAIR) end
132   end
133   return y + ui_font_label.height + 6 + 14 + 14
134 end
135 
136 -- Segmented progress (wave / xp): w-wide bar split into `segs`, `filled` filled.
137 local function segbar(x, y, w, segs, filled, label)
138   text_l(label, ui_font_label, x, y, palette.mid_light())
139   local by, bh = y + ui_font_label.height + 6, 16
140   local seg_w = (w - (segs - 1) * 3) / segs
141   for i = 1, segs do
142     local sx = x + (i - 1) * (seg_w + 3)
143     if i <= filled then layer_rectangle(ui_layer, sx, by, seg_w, bh, palette.ink())
144     else border(sx, by, seg_w, bh, palette.mid_grey()) end
145   end
146   return by + bh + 16
147 end
... [130 more lines]

The file E:\a327ex\ricochet-template\ricochet\ui.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\ricochet\skin_rough.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\ricochet\skin_smooth.lua has been updated successfully. (file state is current in your context — no need to Read it back)

The file E:\a327ex\ricochet-template\ricochet\theme.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK   main.lua
OK   ricochet/ui.lua
OK   ricochet/theme.lua
OK   ricochet/skin_rough.lua
OK   ricochet/skin_smooth.lua

271  -- Stat block: rows of { name, value, frac } as label + value + mini bar.
272 local function statblock(x, y, w, stats)
273   for _, s in ipairs(stats) do
274     text_l(s[1], ui_font_label, x, y, palette.mid_light())
275     text_r(tostring(s[2]), ui_font_value, x + w, y, palette.ink())
276     local by = y + ui_font_label.height + 4
277     local bw = w
278     layer_rectangle(ui_layer, x, by, bw * s[3], 5, palette.ink())
279     layer_rectangle(ui_layer, x + bw * s[3], by, bw * (1 - s[3]), 5, palette.deep_grey())
280     y = by + 5 + 12
281   end
282   return y + 4
283 end
284 
285 -- Keycaps: a row of bordered key boxes (each sized to its text) + a label.
286 local function keycaps(x, y, caps, label)
287   local h, gap = 30, 6
288   local kx = x
289   for _, c in ipairs(caps) do
290     local bw = math.max(30, ui_font_value:text_width(c) + 16)
291     border(kx, y, bw, h)
292     text_c(c, ui_font_value, kx + bw / 2, vmid(ui_font_value, y, h), palette.ink())
293     kx = kx + bw + gap
294   end
295   text_l(label, ui_font_label, kx + 8, vmid(ui_font_label, y, h), palette.mid_light())
296   return y + h + 12
297 end
298 
299 -- Bracket tag chips: [ TAG ] inline, packed.
300 local function chips(x, y, tags)
... [30 more lines]

95   
96  -- Ability bar: slots = { {icon_name, keycap, cooldown_frac_or_nil}, ... }.
97  -- Each slot is a tile + centered icon; a cooldown fills the bottom with recess
98  -- and shows the remaining count; a keycap sits under each slot.
99  local function ability_bar(x, y, slots)
100   local s, gap = ICON + 18, 14
101   local sx = x
102   for _, sl in ipairs(slots) do
103     layer_rectangle(ui_layer, sx, y, s, s, palette.recess())
104     icon(icons[sl[1]], sx + s / 2, y + s / 2)
105     local cd = sl[3]
106     if cd and cd > 0 then
107       local ch = math.floor(s * cd)
108       layer_rectangle(ui_layer, sx + HAIR, y + s - ch, s - 2 * HAIR, ch - HAIR, palette.recess())
109       text_c(tostring(math.ceil(cd * 9)), ui_font_value, sx + s / 2, y + s / 2 - ui_font_value.height / 2, palette.mid_light())
110     end
111     border(sx, y, s, s)
112     -- keycap under the slot
113     local kw, kh = 22, 20
114     local kx = sx + (s - kw) / 2
115     local ky = y + s + 6
116     border(kx, ky, kw, kh)
117     text_c(sl[2], ui_font_value, kx + kw / 2, vmid(ui_font_value, ky, kh), palette.mid_light())

87:function ru_stat(img, x, y, h, value, icon_col)
88-  ru_icon(img, x + h / 2, y + h / 2, h, icon_col or palette.ink())
89-  ru_text(rough_font_mono, value, x + h + 3, ru_vcenter(rough_font_mono, y, h))
90-end
91-
92--- ---- bar: framed gauge with a fill fraction + inline mono value -----------
93:function ru_bar(x, y, w, h, frac, fill_col, value)
94-  layer_rectangle(game_layer, x, y, w, h, palette.recess())
95-  local fw = math.floor(w * math.max(0, math.min(1, frac)) + 0.5)
96-  if fw > 0 then layer_rectangle(game_layer, x, y, fw, h, fill_col) end
97-  ru_frame(x, y, w, h)
98-  if value then ru_text_right(rough_font_mono, value, x + w - 3, ru_vcenter(rough_font_mono, y, h)) end
99-end
100-
101--- ---- list row: body label left, mono value right --------------------------
102:function ru_list_row(x, y, w, h, label, value)
103-  ru_text(rough_font_body, label, x, ru_vcenter(rough_font_body, y, h))
104-  if value then ru_text_right(rough_font_mono, value, x + w, ru_vcenter(rough_font_mono, y, h)) end
105-end
106-
107--- ---- button: hairline box, body label, inverted when active ---------------
108-function ru_button(x, y, w, h, text, active)
109-  layer_rectangle(game_layer, x, y, w, h, active and palette.ink() or palette.panel())
110-  ru_frame(x, y, w, h)
--
129:function ru_pips(x, y, n, filled, size, gap)
130-  size = size or 4; gap = gap or 2
131-  for i = 1, n do
132-    local cx = x + (i - 1) * (size + gap)
133-    if i <= filled then layer_rectangle(game_layer, cx, y, size, size, palette.ink())
... [40 more lines]

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The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK   main.lua
OK   ricochet/ui.lua
OK   ricochet/skin_rough.lua
OK   ricochet/skin_smooth.lua
OK   ricochet/theme.lua

The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

main.lua OK

<tool_use_error>File has been modified since read, either by the user or by a linter. Read it again before attempting to write it.</tool_use_error>

20   
21  local MODE = 'smooth'   -- 'rough' (480x270 pixel-art) | 'smooth' (1920x1080)
22  local LAB  = true -- true -> run the example galleries (lab.lua) instead
23  

The file E:\a327ex\ricochet-template\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

main.lua OK (slimmed)

44   ---
45  
46  ## What this is
47  
48  A starter Anchor 2 project that ships **Ricochet's visual identity** plus
49  a clean four-axis effect system (pattern × color × dither × shape). Fork the
50  folder, drop your game code into `main.lua`, prototype. The template
51  itself ships no gameplay — that's the forking dev's job.
52  
53  The full visual identity (palette philosophy, dotted motif, typography,
54  shape language, motion principles) lives in `Ricochet/design.md`. This
55  template implements the palette + the effect pipeline only; everything
56  else in design.md is guidance for how a forked project should look.
57  
58  Three screens, cycled with **Tab**: the **pattern gallery**, the flat **Tabler
59  UI-kit showcase**, and the **effect editor**.
60  
61  **Two builds, picked by `ROUGH` at the top of `main.lua`.** `ROUGH = false` runs
62  the **smooth** 1920×1080 dev-tools build described in this section. `ROUGH = true`
63  (currently set, for the low-res work) forks to **`main_rough.lua`** — the **rough**
64  480×270 / scale 4 / nearest build (the SNKRX render target). A game is smooth-hi-res
65  OR rough-low-res, never both. The rough build is the low-res font / icon / UI bench
66  — see **"The rough (480×270) low-res build"** below. Everything else in this file
67  describes the smooth build unless noted.
68  
69  Layout:
70  - **`main.lua`** — boot order, layers, the per-frame UI contract, the keyboard
71    hotkeys, and the **gallery** screen (one rect per pattern, the `gallery` table,
72    + a click-to-select inspector sidebar).
73  - **`palette.lua`** — `palette_dark` + `palette_light`, 13 named tokens
... [80 more lines]

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155    `ui_toggle` `ui_stepper` `ui_dropdown` `ui_tabs` `ui_pips` `ui_stat`
156   `ui_list_row` `ui_tag` `ui_badge` `ui_keyhint` `ui_sparkline`.
157 
158 ### Per-frame UI contract
159 ```lua
160 update(): if mouse_is_pressed(1) then ui_mouse_pressed = true end  -- + released
161 draw():   ui_state_begin_frame(); effect_clear(ui_layer)   -- passthrough baseline
162           <widget calls, queued on ui_layer>
163           effect_clear(game_layer); <world draws>
164           layer_render(game_layer); layer_render(ui_layer)
165           layer_draw(game_layer);   layer_draw(ui_layer)
166           ui_mouse_pressed, ui_mouse_released = false, false
167 ```
168 `effect_clear(layer)` before flat draws is REQUIRED: the shader is installed
169 globally, so without it, stale pattern/shape uniforms carve the flat UI.
170 
171 ---
172 
173 ## Roadmap — what's next (READ THIS FIRST, next instance)
174 
175 Built and settled (the "Visual Experiments 3" session closed all the big items):
176 the four-axis effect system, the gallery, the **effect editor** (`editor.lua`),
177 the Tabler UI-kit **showcase**, the **ramp editor**, **image-as-SHAPE** (tiled
178 icon masks + the geometric shapes), **image-as-CONTENT** (dither/recolor real
179 images, luminance + pattern, optionally rippled by the moving pattern), shape
180 **ROTATION**, and the **single-call API** (`effect_rectangle` / `effect_circle`
181 / `effect_image`).
182 
183 Locked decisions:
184 - **Icon pack = Tabler** (`assets/icons/tabler/`, fetched by
... [22 more lines]

204  **Remaining — DEFERRED to manual, piece-by-piece sessions. Do NOT auto-tackle;
205 the user drives these:**
206 
207 1. **480×270 support — IN PROGRESS (Visual Experiments 4).** The low-res
208    **font / icon / UI bench is DONE** — the `ROUGH` build (`main_rough.lua` +
209    `rough_ui.lua`; see its section below) verifies fonts, icons, and the whole
210    Ricochet UI chrome at 480×270. **Remaining: the effects/shapes pass.** The
211    four-axis shader is `gl_FragCoord`-anchored, so patterns/shapes/dither become
212    chunky pixel-art for free at 480×270 — but the baked scales and shape cell
213    sizes are tuned for 1920 and need a verify + retune + cull pass at the real
214    resolution (a 24px shape cell is huge on a 480-wide screen; fine patterns may
215    mush). NOT yet ported into the rough build — that's the next step.
216 2. **Replace the snkrx-template effect system** (its `edition.lua` + dither
217    stack) with this one, once 480×270 is settled. This is the end goal of the
218    whole template.
219 3. **Flow-field shape rotation** (the Orblike/Invoker "wall icon" effect): a
220    *per-cell* rotation angle from a field, vs. today's single global ROTATION.
221    Feasible; bigger. The hook is the rotation math at the top of `shape_mask`.
222 
223 **When this toolkit is used in a REAL game:** the showcase UI will want
224 restyling to match the Ricochet design sheets (`Ricochet/reference/`) more
225 closely in *feel*. (User flagged this explicitly.)
226 
227 ## The rough (480×270) low-res build

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871:## File map
874:ricochet-template/
877:├── main_rough.lua              # ROUGH build: 480×270 low-res font/icon/UI bench

871  ## File map
872 
873 ```
874 ricochet-template/
875 ├── main.lua                    # SMOOTH build: boot + gallery + inspector + keys
876 │                               #   (ROUGH=true at top forks to main_rough.lua)
877 ├── main_rough.lua              # ROUGH build: 480×270 low-res font/icon/UI bench
878 ├── rough_ui.lua                # low-res Ricochet widget toolkit (ru_*) for ROUGH
879 ├── palette.lua                 # 2 palettes × 13 tokens; palette_init
880 ├── effect.lua                  # 4-axis spec API + effect_rectangle/circle/image + cycles
881 ├── editor.lua                  # the effect EDITOR screen (target + controls + live preview)
882 ├── ui_controls.lua             # shared sidebar control blocks + cyclers (gallery + editor)
883 ├── showcase.lua                # flat Tabler UI-kit screen
884 ├── rectcut.lua                 # RectCut layout primitive
885 ├── ui_state.lua                # frame-local hot/active/focus + ui_claim_hot
886 ├── ui.lua                      # 5 Ricochet-style widgets + helpers
887 ├── anchor/                     # Anchor 2 framework
888 ├── anchor.exe                  # built engine (patched — see Critical conventions)
889 ├── tools/                      # node, run by hand: fetch_icons + compare_packs (Tabler),
890 │                               #   fetch_pixel_icons (HackerNoon), fetch_pixelarticons,
891 │                               #   compare_pixel_packs (pixel-pack coverage compare)
892 ├── assets/
893 │   ├── draw_shader.frag        # unified pattern+shape+dither+color shader
894 │   ├── fonts/                  # ROUGH pixel-font bench (~15; trio Ark10/PxOpB/Monogram)
895 │   ├── icons/tabler/           # Tabler PNGs (SMOOTH): <concept>.png + <concept>_filled.png
896 │   ├── icons/pixel/            # HackerNoon pixel icons (ROUGH pick): outline + _filled, 24px
897 │   ├── icons/pixelarticons/    # Pixelarticons (ROUGH compare; base/outline only)
898 │   ├── images/                 # editor IMAGE-target test images (girl/boy/wolf + CREDITS)
899 │   ├── Oswald-Medium.ttf       # UI titles + field labels
900 │   ├── IBMPlexSans-Regular.ttf # UI labels (alt)
... [10 more lines]

The file E:\a327ex\ricochet-template\.claude\CLAUDE.md has been updated successfully. (file state is current in your context — no need to Read it back)

OK   main.lua
OK   lab.lua
OK   main_rough.lua
OK   ricochet/init.lua
OK   ricochet/theme.lua
OK   ricochet/ui.lua
OK   ricochet/skin_rough.lua
OK   ricochet/skin_smooth.lua
--- all good ---

Launching skill: end-session

=== recent sessions ===
2026-05-31T02:51:41.324Z 481ad3a8-6d9e-43dc-bc39-f5417426e5a5 [claude] <-- MOST RECENT
   C:\Users\adn\.claude\projects\E--a327ex\481ad3a8-6d9e-43dc-bc39-f5417426e5a5.jsonl

2026-05-31T01:00:12.330Z aca39077-9a40-4d7e-ac77-c4c05ac51979 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\aca39077-9a40-4d7e-ac77-c4c05ac51979.jsonl

2026-05-30T21:49:44.805Z 06f5cfc2-4245-4927-9a2d-d7f372358eff [claude]
   C:\Users\adn\.claude\projects\E--a327ex\06f5cfc2-4245-4927-9a2d-d7f372358eff.jsonl

2026-05-30T20:32:26.987Z 919f238e-264d-437b-8ab7-fc807e5302b7 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\919f238e-264d-437b-8ab7-fc807e5302b7.jsonl

2026-05-30T00:45:02.609Z 8794b075-651a-4460-a6f1-0b750c98fa26 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\8794b075-651a-4460-a6f1-0b750c98fa26.jsonl


=== end timestamp ===
2026-05-30 23:52:20

=== ricochet-template git ===
fatal: not a git repository (or any of the parent directories): .git
fatal: not a git repository (or any of the parent directories): .git