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
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a327ex-site\logs\2026-01-01-07-37.md
a327ex-site\logs\2026-01-01-19-37.md
a327ex-site\logs\2026-01-02-10-00.md
a327ex-site\logs\2026-01-02-18-59.md
a327ex-site\logs\2026-01-03-12-30.md
a327ex-site\logs\2026-01-03-15-30.md
a327ex-site\logs\2026-01-03-18-20.md
a327ex-site\logs\2026-01-04-12-15.md
a327ex-site\logs\anchor-app-design.md
a327ex-site\logs\anchor-app-phase-1-part-1.md
a327ex-site\logs\anchor-app-ui-discussion.md
a327ex-site\logs\anchor-arena-final-and-neovim-diff-tool.md
a327ex-site\logs\anchor-arena-test.md
a327ex-site\logs\anchor-phase-1.md
a327ex-site\logs\anchor-phase-10-part-1.md
a327ex-site\logs\anchor-phase-10-part-10.md
a327ex-site\logs\anchor-phase-10-part-11.md
a327ex-site\logs\anchor-phase-10-part-2.md
a327ex-site\logs\anchor-phase-10-part-3.md
a327ex-site\logs\anchor-phase-10-part-4.md
a327ex-site\logs\anchor-phase-10-part-5.md
a327ex-site\logs\anchor-phase-10-part-6.md
a327ex-site\logs\anchor-phase-10-part-7.md
a327ex-site\logs\anchor-phase-10-part-8.md
a327ex-site\logs\anchor-phase-10-part-9.md
a327ex-site\logs\anchor-phase-2.md
a327ex-site\logs\anchor-phase-3-part-1.md
a327ex-site\logs\anchor-phase-3-part-2.md
a327ex-site\logs\anchor-phase-3-part-3.md
a327ex-site\logs\anchor-phase-3-part-4.md
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a327ex-site\logs\ebb-visual-polish.md
a327ex-site\logs\orblike-map-gen-wall-visuals.md
a327ex-site\logs\orblike-more-visuals-edition-system.md
a327ex-site\logs\orblike-visual-aural-consistency.md
a327ex-site\logs\orblike-wall-visuals-ability-editions.md
a327ex-site\logs\visual-experiments-1.md

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1    Title: Visual Experiments 1
2   Date: 2026-05-28 23:27:44
3   
4   # Visual Experiments 1
5   
6   ## Summary
7   
8   Started as a plan to fix the SNKRX template's 60-edition shimmer/dither system, pivoted into building a brand-new **`ricochet-template`** (Anchor 2) implementing a clean, orthogonal **pattern × color × dither** effect system in the Ricochet dark-mode visual style, then spent most of the session exploring procedural background patterns and adding per-pattern modifiers via a gallery + inspector UI. Also diagnosed and fixed a 144Hz UI flicker rooted in the engine's update/render decoupling.
9   
10  **Origin & pivot (SNKRX editions → ricochet-template):**
11  - SNKRX's edition system had ~60 baked combos ("ruby", "lime") entangling color + animation + dither. Goal: make pattern, color, dither three orthogonal axes ("noise type X" + "color ruby" + "4x4 4-level dither").
12  - After examining `snkrx-template/snkrx/edition.lua` (548 lines) and its `assets/draw_shader.frag` (770 lines), the user decided to start a fresh project instead, using the **Ricochet** project's visual style (`Ricochet/design.md`) — specifically its **dark mode** ("blueprint room with the lights off": near-black field, warm off-white ink, few accents). New folder named `ricochet-template`.
13  
14  **Scaffolding & three-axis effect system:**
15  - Created `E:/a327ex/ricochet-template/`; copied `anchor/` + `anchor.exe` from snkrx-template (newest Anchor 2 build), `run.bat` (engine arg `ricochet-template`).
16  - `palette.lua`: two parallel 13-token tables (`palette_dark` default, `palette_light`), keys `field/panel/recess/ink/mid_light/mid_grey/deep_grey` + accents `blue/orange/green/pink/yellow/red`. `palette_init(mode)` selects active `palette`, pushes to shader.
17  - `effect.lua`: `effect_set(layer, spec)` writes shader uniforms; spec = `{pattern, color, dither, color_a, color_b, pattern_scale, speed, contrast, pattern_param}`. Registries `pattern_kinds`/`color_kinds`/`dither_kinds` + cycle helpers.
18  - `assets/draw_shader.frag`: replaces engine default. Pipeline `pattern_field()` → `apply_dither()` → `apply_color()`. `u_palette[13]` vec4 uniform array (written via `shader_set_vec4_immediate`). Color recipes: `none` (passthrough vColor), `solid` (palette[a]), `mix` (mix(a,b,f)).
19  - Font: dropped LanaPixel (pixel font wrong under smooth filter); used **CascadiaCode** (mono) for HUD, later added **Oswald-Medium** + **IBMPlexSans** for UI (copied from `Anchor2/site/assets/`).
20  
21  **Dither port (34 modes):**
22  - Ported the full snkrx dither catalog into shader + `effect.lua` (`dither_kinds`/`dither_cycle_names`/`dither_pretty_names`): 2-level group (bayer4_2/8_2/noise_2), multi-level Bayer (2_4,4_4,4_8,8_7,8_9,8_16), white-noise (4/8), cluster-dot (4/6/8), line_diag + line_diag_flip (2..8), scanlines (horiz/vert), triangle (5/6/7), hearts_6. Unified `dither_quantize(field, levels, threshold)` = `floor(f*L+t)/(L-1)`.
23  - Decision: support both 2-level (hard A/B) and multi-level (N-step `mix` interpolation); level count baked into each name.
24  
25  **UI toolkit (Ricochet aesthetic) + line-rendering lessons:**
26  - `rectcut.lua` (verbatim RectCut from snkrx ui/rect.lua), `ui_state.lua` (slimmed: hot/active/focus + `ui_claim_hot`, dropped text-input/modal), `ui.lua` (widgets: `ui_panel`, `ui_field`, `ui_segment`, `ui_swatch_row`, `ui_slider`, internal `ui_icon_button`).
27  - Dropped from snkrx: juice/springs, hover sounds, edition-paint wrappers, drop shadow, rounded corners — per design.md "no bounce easings, no shadows."
28  - **Line-rendering investigation:** `layer_rectangle_line` (SDF stroke) at 1px in smooth-filter mode gives a soft 2-row ~50%-alpha band (Freya Holmér's Shapes "Line Thinness Fading" problem); 4× `layer_line` capsules overlap-blend at corners (visible darker squares). **Fix: hairlines as 1px filled `layer_rectangle`s** (one ~84%-alpha center row + faint halo) — crisp, no corner overlap. Added `hairline_rect`/`hline`/`vline`. Rule: hairline 1px → filled rect; heavy 3px+ → `layer_rectangle_line`; avoid 1-2px SDF strokes.
29  - **Design from the reference images, not design.md:** examined `Ricochet/reference/01-06`. They show ONE uniform pen weight with state via FILL/COLOR, not the doc's 1px/1.5px/3px tier claim. Switched active/selected to **inverted fill** (ink rect + field label) for `ui_segment`, persistent 1px ink frame for selected swatch. UI collapsed to one stroke weight.
30  
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1    // =============================================================================
2   // ricochet-template — unified draw shader (single fragment shader for the
3   // whole project, installed via set_draw_shader as the engine's default).
4   //
5   // THREE-AXIS MODEL
6   //   Every fragment is processed as:
7   //
8   //       f   = pattern(world_pos, time, scale, param)   // [0, 1]
9   //       f   = dither(f, pixel_pos)                     // {0, 1/n, …, 1}
10  //       rgb = color(base_rgb, f, palette[color_a], palette[color_b])
11  //
12  //   Pattern owns spatial structure AND animation. Color is a pure recipe
13  //   that picks/mixes palette tokens by f. Dither inserts the pixel-art
14  //   stipple between them. The three are independent — any combination is
15  //   valid. See effect.lua for the registered names per axis.
16  //
17  // VARYING INPUTS (from engine vertex shader; do not rename)
18  //   vPos       World-space fragment position. For camera-attached layers
19  //              this is camera-transformed world space.
20  //   vUV        0..1 UV inside the draw's quad (or sprite UV for sprites).
21  //   vColor     Per-vertex RGBA color (the `color` arg passed to layer_*).
22  //   vType      Shape dispatch: 0=rect, 1=circle, 2=sprite, 3=line/capsule,
23  //              4=triangle, 5=polygon, 6=rounded rect.
24  //   vShape0..4 Per-shape parameter bundle.
25  //   vAddColor  Per-vertex additive RGB offset (engine 'flash' channel).
26  //
27  // UNIFORMS YOU SET FROM LUA (via effect.lua's effect_set)
28  //   u_pattern_kind   int   1=organic, 2=solid
29  //   u_pattern_scale  float world-units multiplier for the pattern field
30  //   u_pattern_param  float pattern-specific knob (unused by organic/solid)
... [556 more lines]

1    --[[
2     ricochet-template — visual style + three-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       - current effect-spec state (pattern, color, dither, color_a/b, scale)
9       - sidebar control panel + keyboard input (both mutate the same state)
10      - test-scene draw (sample shapes through the effect pipeline)
11  
12    Delegates:
13      - palette.lua     — dark/light palette tables + palette_init
14      - effect.lua      — pattern × color × dither spec API + cycle helpers
15      - rectcut.lua     — RectCut layout primitive (cut/get/add/contract/...)
16      - ui_state.lua    — frame-local hot/active/focus + ui_claim_hot
17      - ui.lua          — five Ricochet-style widgets that mutate effect state
18  
19    Goal: visually evaluate any (pattern, color, dither, color_a, color_b,
20    scale) combination by clicking sidebar controls or pressing the hotkeys.
21    Both input modes update the same caller-owned state.
22  ]]
23  
24  require('anchor')({
25    width            = 1920,
26    height           = 1080,
27    title            = "ricochet-template",
28    scale            = 1,
29    filter           = "smooth",
30    render_uncapped  = true,
... [366 more lines]

1    --[[
2     effect.lua — three-axis visual effect system (pattern × color × dither).
3   
4     THE 30-SECOND MENTAL MODEL
5       Every draw routes through assets/draw_shader.frag. The shader takes
6       three orthogonal selectors and composes them as:
7   
8           f = pattern(world_pos, time)          -- spatial structure + animation
9           f = dither(f, pixel_pos)              -- quantize to discrete levels
10          rgb = color(base_rgb, f, palette)     -- map f → palette token(s)
11  
12      Pattern owns "what the field looks like" AND "whether it moves over
13      time." Color is a pure recipe that picks (or mixes) palette tokens
14      by f. Dither inserts the pixel-art stipple between them. The three
15      are independent — any combination is valid.
16  
17    PUBLIC API
18      effect_setup(opts)                       install draw shader, cache its
19                                               GL program ID, push the palette
20      effect_set(layer, spec)                  write effect uniforms for this
21                                               layer's subsequent draws
22      effect_clear(layer)                      pattern/color/dither → 0 (passthrough)
23      effect_draw(layer, spec, fn, ...)        scoped form
24      effect_write_palette()                   re-push u_palette to the shader
25                                               (called automatically by palette_init
26                                               and effect_setup)
27  
28      Cycle helpers (return the NEXT/PREV name in each axis's cycle):
29        effect_next_pattern(cur), effect_prev_pattern(cur)
30        effect_next_color(cur),   effect_prev_color(cur)
... [353 more lines]

Your questions have been answered: "For the gradients, what should "how fast the gradient goes inside the rectangle" actually control?"="Transition steepness". You can now continue with these answers in mind.

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OK: main.lua
OK: effect.lua

50://   2. Add a branch in pattern_field() for a new kind id.
148:// New patterns: add a function here, add a branch in pattern_field().
276:// the rectangle's box — it moves and scales WITH the rect. `quad_px` is the
286:float pattern_linear_gradient(vec2 uv, vec2 quad_px, float param) {
289:    vec2 c = (uv - 0.5) * quad_px;                                  // centered, pixel space
291:    float half_extent = 0.5 * (abs(dir.x) * quad_px.x + abs(dir.y) * quad_px.y);
298:float pattern_radial_gradient(vec2 uv, vec2 quad_px, float param) {
301:    float short_half = 0.5 * min(quad_px.x, quad_px.y);
302:    float d_circle = length(c * quad_px) / max(short_half, 1.0);   // true circle in pixel space
306:float pattern_field(int kind, vec2 world_pos, vec2 uv, vec2 quad_px, float scale, float param, float t) {
315:    if (kind == 10) return pattern_linear_gradient(uv, quad_px, param);
316:    if (kind == 11) return pattern_radial_gradient(uv, quad_px, param);
326:float effect_field(vec2 world_pos, vec2 uv, vec2 quad_px) {
327:    float f = pattern_field(u_pattern_kind, world_pos, uv, quad_px, u_pattern_scale,
525:    vec2 quad_px = vec2(1.0);   // quad pixel size, for local (rect-relative) patterns
530:        quad_px = quad_size;
540:        quad_px = vec2(quad_size);
556:            float f = effect_field(vPos, vUV, vec2(texSize));
565:        quad_px = quad_size;
577:        quad_px = quad_size;
589:        quad_px = quad_size;
600:        quad_px = quad_size;
625:        float f = effect_field(vPos, vUV, quad_px);

521  
522 void main() {
523     float d;
524     float stroke = 0.0;
525     vec2 quad_px = vec2(1.0);   // quad pixel size, for local (rect-relative) patterns
526 
527     if (vType < 0.5) {
528         // Rectangle
529         vec2 quad_size = vShape0.xy;
530         quad_px = quad_size;
531         vec2 local_p = vUV * quad_size;
532         vec2 center = quad_size * 0.5;
533         vec2 half_size = vShape0.zw;
534         stroke = vShape1.x;
535         if (u_aa_width == 0.0) { local_p = floor(local_p) + 0.5; }
536         d = sdf_rect(local_p, center, half_size);
537     } else if (vType < 1.5) {
538         // Circle
539         float quad_size = vShape0.x;
540         quad_px = vec2(quad_size);
541         vec2 local_p = vUV * quad_size;
542         vec2 center = vec2(quad_size * 0.5);
543         float radius = vShape0.z;
544         stroke = vShape0.w;
545         if (u_aa_width == 0.0) { radius = floor(radius + 0.5); }
546         d = sdf_circle(local_p, center, radius);
547     } else if (vType < 2.5) {
548         // Sprite
549         ivec2 texSize = textureSize(u_texture, 0);
550         vec2 snappedUV = (floor(vUV * vec2(texSize)) + 0.5) / vec2(texSize);
... [82 more lines]

100  ### Patterns (`pattern_kinds` in `effect.lua`; dispatch in the shader's `pattern_field`)
101 
102 Two base kinds + seven "gallery" patterns. Each gallery pattern has ONE
103 intrinsic `param` knob whose meaning differs per pattern; its DEFAULT value
104 reproduces the canonical look.
105 
106 | kind | name      | character                        | param (intrinsic knob)   |
107 |------|-----------|----------------------------------|--------------------------|
108 | 1    | organic   | Balatro 3-point noise, animated  | — (none)                 |
109 | 2    | solid     | f = 0.5 flat (the default)       | — (none)                 |
110 | 3    | plasma    | sine-sum blobs, omnidirectional  | WARP (0 = off)           |
111 | 4    | waves     | plane-wave bands                 | CROSSHATCH (1 = 3-way)   |
112 | 5    | marble    | directional sine veins + noise   | VEIN (noise influence)   |
113 | 6    | sine_grid | egg-carton lattice               | ASPECT (cell skew)       |
114 | 7    | wood      | concentric noise grain           | GRAIN (perturbation)     |
115 | 8    | truchet   | maze/circuit arcs, slow drift    | LINE WIDTH               |
116 | 9    | contours  | topographic iso-line bands       | LINES (band count)       |
117 
118 All gallery patterns are smooth, mostly translation-invariant, and
119 normalised to stay mid-band so the dither always has gradient to work with
120 (the "never fully swallowed by solid black/white" rule). See **Pattern
121 exploration history** below for what was tried and cut — don't re-propose
122 those without a reason.
123 
124 ### Universal modifiers (apply to every pattern)

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102:Two base kinds + seven world-anchored "gallery" patterns + two **LOCAL**
120:The first seven gallery patterns are smooth, mostly translation-invariant,
257:`main.lua` draws a **gallery** — one rectangle per pattern in a 3-column
267:a time (showing all patterns' sliders at once — ~48 — wouldn't fit).

1    --[[
2     ui.lua — Ricochet-style UI widgets for the effect control panel.
3   
4     Five widgets, all drawing to the global `ui_layer`:
5       ui_panel(opts)       container — hairline border + fill + optional
6                            title bar + optional corner brackets
7       ui_field(opts)       label + value text + prev/next chevron buttons
8                            (the cycle-state workhorse — pattern/color/dither)
9       ui_segment(opts)     N-cell segmented control with active underline
10                           (palette mode dark/light)
11      ui_swatch_row(opts)  row of palette token swatches, click to select
12                           (color_a / color_b)
13      ui_slider(opts)      hairline track + tick marks + filled square knob
14                           + numeric readout (pattern_scale)
15  
16    Plus one internal helper:
17      ui_icon_button(opts) small square button with a glyph label — used by
18                           ui_field for its < > buttons
19  
20    VISUAL LANGUAGE (per Ricochet/design.md)
21      - Hairline 1 px borders (palette.ink). No thicker strokes.
22      - Sharp 90° corners by default (rounded is reserved for soft state).
23      - Resting state: no fill (transparent over panel).
24      - Hover state: fill with palette.recess (subtle darker patch).
25      - Active state (mid-click): fill with palette.ink, glyph flips to
26        palette.field (inverted).
27      - Selected state (single-pick from many): 2 px ink underline beneath
28        the selected cell. Borrowed from snkrx ui_list_row's left stripe
29        idiom, rotated horizontal.
30      - No juice (no scale springs, no bounce easings) — design.md explicit.
... [543 more lines]

112:local function current_spec()

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<tool_use_error>String to replace not found in file.
String:   row = rect_cut_top(body, ui_row_h + 20)
  local mpa = ui_slider{ rect = row, id = 'mod_param', label = sel.param_label,
                        value = sel.param, vmin = 0, vmax = 1, fmt = '%.2f' }
  if mpa.changed then sel.param = mpa.value end
end</tool_use_error>

256    -- Each gallery entry stores its own values; these sliders edit whichever
257   -- rect is selected (click a rect to switch which one they drive).
258   local sel = gallery[gallery_selected]
259   rect_cut_top(body, ui_section_gap)
260   local mhead = rect_cut_top(body, ui_row_h)
261   layer_text(ui_layer, 'MODIFIERS  ' .. sel.label, ui_font_label,
262              mhead.x, math.floor(mhead.y + (mhead.h - ui_font_label.height) / 2 + 0.5),
263              palette.ink())
264 
265   row = rect_cut_top(body, ui_row_h + 20)
266   local ms = ui_slider{ rect = row, id = 'mod_scale', label = 'SCALE',
267                         value = sel.scale, vmin = 0.05, vmax = 1.2, fmt = '%.3f' }
268   if ms.changed then sel.scale = ms.value end
269 
270   row = rect_cut_top(body, ui_row_h + 20)
271   local msp = ui_slider{ rect = row, id = 'mod_speed', label = 'SPEED',
272                          value = sel.speed, vmin = 0, vmax = 4, fmt = '%.2f' }
273   if msp.changed then sel.speed = msp.value end
274 
275   row = rect_cut_top(body, ui_row_h + 20)
276   local mco = ui_slider{ rect = row, id = 'mod_contrast', label = 'CONTRAST',
277                          value = sel.contrast, vmin = 0, vmax = 2.5, fmt = '%.2f' }
278   if mco.changed then sel.contrast = mco.value end
279 
280   row = rect_cut_top(body, ui_row_h + 20)
281   local mpa = ui_slider{ rect = row, id = 'mod_param', label = sel.param_label,
282                          value = sel.param, vmin = 0, vmax = 1, fmt = '%.2f' }
283   if mpa.changed then sel.param = mpa.value end
284 end
285 

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OK: main.lua
OK: effect.lua

100  ### Patterns (`pattern_kinds` in `effect.lua`; dispatch in the shader's `pattern_field`)
101 
102 Two base kinds + seven world-anchored "gallery" patterns + two **LOCAL**
103 gradient patterns. Each gallery pattern has ONE intrinsic `param` knob whose
104 meaning differs per pattern; its DEFAULT value reproduces the canonical look.
105 
106 | kind | name            | character                        | param (intrinsic knob)   |
107 |------|-----------------|----------------------------------|--------------------------|
108 | 1    | organic         | Balatro 3-point noise, animated  | — (none)                 |
109 | 2    | solid           | f = 0.5 flat (the default)       | — (none)                 |
110 | 3    | plasma          | sine-sum blobs, omnidirectional  | WARP (0 = off)           |
111 | 4    | waves           | plane-wave bands                 | CROSSHATCH (1 = 3-way)   |
112 | 5    | marble          | directional sine veins + noise   | VEIN (noise influence)   |
113 | 6    | sine_grid       | egg-carton lattice               | ASPECT (cell skew)       |
114 | 7    | wood            | concentric noise grain           | GRAIN (perturbation)     |
115 | 8    | truchet         | maze/circuit arcs, slow drift    | LINE WIDTH               |
116 | 9    | contours        | topographic iso-line bands       | LINES (band count)       |
117 | 10   | linear_gradient | LOCAL A→B ramp across the rect   | ANGLE (0..1 → 0..2π)     |
118 | 11   | radial_gradient | LOCAL center→edge ramp           | SHAPE (0 circle→1 ellipse)|
119 
120 The first seven gallery patterns are smooth, mostly translation-invariant,
121 and normalised to stay mid-band so the dither always has gradient to work
122 with (the "never fully swallowed by solid black/white" rule). See **Pattern
123 exploration history** below for what was tried and cut — don't re-propose
124 those without a reason.
125 
126 **LOCAL vs global (kinds 10–11).** Every pattern 1–9 samples `vPos` (world
127 position): global, camera-stable, independent of which rect is drawn over it.
128 The two gradients instead sample `vUV` (the draw's own 0..1 quad coordinate),
129 so the field is locked to the rectangle's box — it moves and scales WITH the
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34://   u_pattern_param2 float 2nd pattern-specific knob — gradient OFFSET / RANGE
51://   2. Add a branch in pattern_field() for a new kind id.
84:uniform float u_pattern_param2;    // second per-pattern intrinsic knob (used by the local gradients)
150:// New patterns: add a function here, add a branch in pattern_field().
286:// aspect-corrected so the angle reads as a true screen angle. param2 = OFFSET
290:float pattern_linear_gradient(vec2 uv, vec2 quad_px, float param, float offset) {
301:// the rect (reaches the edge midpoints proportionally). param2 = RANGE: scales
304:float pattern_radial_gradient(vec2 uv, vec2 quad_px, float param, float range) {
313:float pattern_field(int kind, vec2 world_pos, vec2 uv, vec2 quad_px, float scale, float param, float param2, float t) {
322:    if (kind == 10) return pattern_linear_gradient(uv, quad_px, param, param2);
323:    if (kind == 11) return pattern_radial_gradient(uv, quad_px, param, param2);
333:float effect_field(vec2 world_pos, vec2 uv, vec2 quad_px) {
334:    float f = pattern_field(u_pattern_kind, world_pos, uv, quad_px, u_pattern_scale,
335:                            u_pattern_param, u_pattern_param2, u_time * u_pattern_speed);
563:            float f = effect_field(vPos, vUV, vec2(texSize));
632:        float f = effect_field(vPos, vUV, quad_px);

Your questions have been answered: "How should each cell's circle respond to the local effect value f?"="Let's try all these options.", "Where should the SHAPE on/off + CELL SIZE controls live?"="Shared across all rects". You can now continue with these answers in mind.

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OK: effect.lua

150  
151 ### Universal modifiers (apply to every pattern)
152 
153 - **scale** (`pattern_scale`) — feature size. Each gallery rect bakes a
154   tuned scale (~2–3 features across the rect).
155 - **speed** (`u_pattern_speed`) — animation rate; the shader feeds the
156   pattern `time * speed`. 0 = frozen.
157 - **contrast** (`u_pattern_contrast`) — spreads (>1, punchier toward
158   black/white) or compresses (<1, more uniform mid-grey → more dither
159   texture) the field around 0.5. The low end safeguards against saturation.
160 
161 ### Color (`color_kinds`)
162 - `none` — passthrough (returns the draw's vColor). Default; raw draws
163   (background, UI) bypass the pipeline.
164 - `solid` — returns `palette[color_a]`. Ignores base color + f.
165 - `mix` — `mix(palette[color_a], palette[color_b], f)`. With a 2-level
166   dither → per-pixel A-or-B (the "Ricochet stipple"); with a multi-level
167   dither → N-step interpolation.
168 
169 ### Dither (`dither_kinds` — 34 modes)
170 Full port of snkrx-template's dither catalog: a 2-level group (bayer4_2,
171 bayer8_2, noise_2) plus multi-level Bayer / white-noise / cluster-dot /
172 diagonal-line / scanline / triangle / hearts families. The complete list +
173 human labels are in `dither_kinds` and `dither_pretty_names` in `effect.lua`.
174 The level count is baked into each name (`bayer4_4` = 4×4 matrix, 4 levels);
175 2-level = hard A/B, higher = smoother `mix` transitions.
176 
177 ### Spec API
178 
179 ```lua
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49:a clean three-axis effect system (pattern × color × dither). Fork the
65:- **`effect.lua`** — the three-axis effect API: pattern/color/dither
83:## The three-axis effect system
94:Three orthogonal selectors (pattern / color / dither) plus three universal

83   ## The three-axis effect system
84  
85  Every draw routes through `assets/draw_shader.frag`. The shader composes:
86  
87  ```
88  f   = pattern(world_pos, time*speed, scale, param)   // [0,1]
89  f   = contrast_remap(f)                              // spread/compress around 0.5
90  f   = dither(f, pixel_pos)                           // {0, 1/n, …, 1}
91  rgb = color(base_rgb, f, palette[color_a], palette[color_b])
92  ```
93  
94  Three orthogonal selectors (pattern / color / dither) plus three universal
95  **modifiers** (scale / speed / contrast) and one **per-pattern intrinsic
96  knob** (`param`). Pattern owns spatial structure AND animation; color is a
97  pure recipe that picks/mixes palette tokens by f; dither inserts the
98  pixel-art stipple between them.
99  

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288  the token NAME via `color_a`/`color_b` in the spec.
289 
290 ---
291 
292 ## Test scene: pattern gallery + inspector
293 
294 `main.lua` draws a **gallery** — one rectangle per pattern in a 3-column
295 grid (the `gallery` table). Each entry bakes its own pattern + tuned scale
296 + modifier values (speed / contrast / param). All rects share the sidebar's
297 color recipe + tokens + dither, so changing those re-skins every rect at
298 once for an apples-to-apples comparison.
299 
300 **Click a rect to select it** (ink corner-brackets mark the selection). The
301 sidebar's MODIFIERS section then edits that rect's SCALE / SPEED / CONTRAST
302 + the pattern's intrinsic knob; each rect remembers its own values. This is
303 the "inspector" model — only the selected rect's modifiers are editable at
304 a time (showing all patterns' sliders at once — ~48 — wouldn't fit).
305 
306 ### Keys (parallel to the sidebar; both mutate the same `current_*` state)
307 
308 | Key      | Action                                   |
309 |----------|------------------------------------------|
310 | F3 / F4  | Prev / next color recipe (shared)        |
311 | F5 / F6  | Prev / next dither (shared)               |
312 | A / S    | Prev / next color_a token (shared)       |
313 | D / F    | Prev / next color_b token (shared)       |
314 | T        | Toggle palette mode (dark ↔ light)       |
315 
316 NOTE: `F1`/`F2` (pattern) and `[`/`]` (scale) still mutate
317 `current_pattern` / `current_scale`, but the gallery ignores those globals
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324  ## UI control panel
325 
326 A left-anchored sidebar (380×540, top-left at (32, 40)). The gallery sits
327 to its right. The sidebar has two regions:
328 - **Shared look controls** (apply to every gallery rect): PALETTE segment,
329   COLOR recipe, DITHER, COLOR A, COLOR B.
330 - **MODIFIERS** (apply only to the currently-selected gallery rect):
331   SCALE / SPEED / CONTRAST sliders + the selected pattern's intrinsic-knob
332   slider (labeled per pattern, e.g. WARP / VEIN / LINES). Click a rect to
333   choose which one these edit.
334 
335 ### The widgets
336 
337 All five draw to `ui_layer`. Each is a function taking one opts table;
338 state is caller-owned (pass `value` / `selected` / `index`; widget
339 reports `clicked` / `changed` / new value/index; caller updates its
340 own globals).
341 
342 - **`ui_panel(opts)`** — hairline-bordered container with optional
343   title bar and optional corner brackets (small L shapes outside each
344   corner, per Ricochet/design.md's chamber treatment).
345 - **`ui_field(opts)`** — `LABEL  value  [<] [>]` row. The cycler used

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478  ### Boot order
479 1. `require('anchor')(...)` — engine init.
480 2. `require('palette')` + `require('effect')` — module loads.
481 3. `palette_init('dark')` — populates `palette`.
482 4. `font_register(...)` — fonts for HUD/text.
483 5. `effect_setup({ draw_shader = '...' })` — installs shader AND pushes
484    the active palette to `u_palette[]`.
485 
486 Steps 3 and 5 can be reversed — `palette_init` checks if
487 `effect_write_palette` exists and calls it if so, otherwise `effect_setup`
488 picks up the current palette when it runs. Either order works.
489 
490 ### Color in draws vs in specs
491 - **Raw layer_* draws** (background fill, HUD text, anything that should
492   bypass the pipeline) → pass a color object directly, with parens:
493   `layer_rectangle(game_layer, 0, 0, w, h, palette.field())`.
494 - **Pipeline draws** (anything that should be re-colored by the effect) →
495   pass token NAMES in the spec: `color_a = 'ink'`. The base color of the
496   draw is then irrelevant (use any visible token so layout-only debugging
497   remains possible).
498 
499 ### `effect_clear` after a bracketed set
500 The shader uniforms persist on the layer until rewritten. Use
501 `effect_clear(layer)` after a bracketed pipeline draw, or use the scoped
502 `effect_draw(layer, spec, fn, ...)` form which clears for you.
503 
504 ### Don't run `./run.bat` yourself
505 The user runs and tests. After framework changes, syntax-check Lua with:
506 ```
507 E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -e "loadfile('main.lua')"
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512  ## Adding to the system
513 
514 ### Adding a pattern
515 1. Write a GLSL function in `assets/draw_shader.frag`:
516    `float pattern_X(vec2 wp, float scale, float t, float param) {...}` —
517    return [0,1], stay mid-band, and use `param` ([0,1]) as the one
518    intrinsic knob (design its default so the canonical look is reproduced).
519 2. Add a branch in `pattern_field()` for the new kind id (forward `param`).
520    Speed + contrast are applied for you in `effect_field()` — don't
521    re-handle them in the pattern.
522 3. In `effect.lua`: add to `pattern_kinds` and `pattern_cycle_names`.
523 4. In `main.lua`: add a `gallery` entry
524    `{ pattern, scale, speed, contrast, param, param_label, label }` so it
525    shows in the gallery + inspector.
526 
527 ### Adding a color recipe
528 1. Add a branch in `apply_color()` for the new kind id. The recipe
529    receives `(base, f, palette[color_a], palette[color_b])`.
530 2. In `effect.lua`: add to `color_kinds` and `color_cycle_names`.
531 
532 ### Adding a dither
533 1. Add a branch in `apply_dither()` with the quantization math.
534 2. In `effect.lua`: add to `dither_kinds` and `dither_cycle_names`.
535 
536 The full snkrx dither catalog (34 modes) is already ported into
537 `apply_dither()` + `dither_kinds`; add new ones the same way. Multi-level
538 quantization uses `floor(field * levels + threshold) / (levels - 1)`;
539 2-level uses the same with `levels = 2`.
540 
541 ---
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36://   u_shape_kind     int   0=none, 1=circle(size), 2=circle(fill), 3=circle(hard)
37://   u_shape_size     float shape grid cell size in pixels
90:uniform int   u_shape_kind;        // 0=none, 1..3 = circle variants (grid of dots)
91:uniform float u_shape_size;        // shape grid cell size, in pixels
523:// it's just rendered as dots. Grid cells are u_shape_size px square, anchored
536:float apply_shape(float f, int kind, float size, vec2 pix) {
596:            f = apply_shape(f, u_shape_kind, u_shape_size, gl_FragCoord.xy);
666:        f = apply_shape(f, u_shape_kind, u_shape_size, gl_FragCoord.xy);

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337:float effect_field(vec2 world_pos, vec2 uv, vec2 quad_px) {
526:// effect_field_shaped), so every fragment in a cell shares one value `fc`.
543:float apply_shape(float fc, int kind, float size, vec2 pix) {
561:float effect_field_shaped(vec2 quad_px) {
562:    if (u_shape_kind == 0) return effect_field(vPos, vUV, quad_px);
566:    vec2 wc  = vPos + dFdx(vPos) * dpx.x + dFdy(vPos) * dpx.y;  // world pos at cell center
567:    vec2 uvc = vUV  + dFdx(vUV)  * dpx.x + dFdy(vUV)  * dpx.y;  // uv at cell center
568:    float fc = effect_field(wc, uvc, quad_px);
569:    return apply_shape(fc, u_shape_kind, size, gl_FragCoord.xy);
621:            float f = effect_field_shaped(vec2(texSize));
690:    // `alpha` test) so effect_field_shaped's dFdx/dFdy stay in uniform control
693:        float f = effect_field_shaped(quad_px);

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550:float shape_mask(int kind, float dist, float fc) {
558:float apply_shape(float fc, float ff, int kind, float size, vec2 pix) {
562:    float m = shape_mask(kind, dist, fc);
574:float effect_field_shaped(vec2 quad_px) {
583:    return apply_shape(fc, ff, u_shape_kind, size, gl_FragCoord.xy);
635:            float f = effect_field_shaped(vec2(texSize));
707:        float f = effect_field_shaped(quad_px);

177  2-level = hard A/B, higher = smoother `mix` transitions.
178 
179 ### Shape (`shape_kinds` — circle dot grid)
180 A stage that runs **between `effect_field` and dither** (`apply_shape` in the
181 shader): it re-expresses the continuous field as a grid of circular dots, so
182 the pattern's structure is preserved but rendered as dots that still dither +
183 color normally. `none` is passthrough; the three circle variants differ only
184 in how a cell's dot responds to the field value `f` (cell = `shape_size` px
185 square, anchored to screen space / `gl_FragCoord`, the same space as dither):
186 
187 - `circle` — `f' = f − dist`: radius AND brightness track `f`; dots shrink to
188   nothing as `f`→0, and corners stay gapped so circles never merge.
189 - `circle_fill` — `f' = f·(1 − dist)`: fixed inscribed footprint, only
190   brightness tracks `f` (a uniform dot grid that lightens/darkens).
191 - `circle_hard` — hard-edged disc, radius tracks `f`, flat interior — classic
192   print-halftone look (relies on the dither for any interior texture).
193 
194 `dist` is the normalized distance from the cell center (0 → 1 at the inscribed
195 edge). Distinct from the `cluster_*` *dither* modes: shape is a pre-dither
196 **field** transform (continuous, dithers cleanly with any matrix + grid size),
197 whereas cluster dither is a fixed hard 2-level halftone threshold. SHAPE +
198 CELL SIZE are **shared** sidebar controls (apply to every gallery rect, like

198  CELL SIZE are **shared** sidebar controls (apply to every gallery rect, like
199 COLOR/DITHER), set by `current_shape` / `current_shape_size` in `main.lua`.
200 
201 ### Spec API
202 
203 ```lua

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1    --[[
2     edition.lua — Lua side of the edition system.
3   
4     THE 30-SECOND MENTAL MODEL
5       An "edition" is a number that picks a color transform inside the draw
6       shader (assets/draw_shader.frag). When u_edition is non-zero, every
7       fragment passing through the shader gets re-colored — hue shimmer,
8       palette cycle, silver desaturation, etc. The base color of the draw is
9       unchanged; the edition is layered on top per fragment.
10  
11      Editions apply uniformly to anything the shader draws: SDF shapes,
12      outlines, sprites (including baked gradient textures from gradient.lua).
13      There is no special path for walls or for any particular entity — every
14      drawable shares the same edition pipeline.
15  
16    PUBLIC API
17      edition_setup(opts)                         install the draw shader, cache its handle
18      edition_set(layer, mode, field_scale?, dither_mode?)
19                                                  write u_edition + u_time
20                                                  (+ u_field_scale, + u_dither_mode)
21      edition_clear(layer)                        shortcut for edition_set(layer, 0)
22      edition_draw(layer, mode, fn, ...)          scoped form — sets, calls fn, then clears
23      next_edition(current) -> next_mode          step through edition_cycle (wraps to 0)
24      prev_edition(current) -> prev_mode          step backward through edition_cycle
25      next_dither(current) -> next_dither         step through dither_cycle (wraps to 0)
26      prev_dither(current) -> prev_dither         step backward through dither_cycle
27      edition_name(ed) -> string                  human-readable name for the mode number
28      dither_name(d) -> string                    human-readable name for a dither mode
29      edition_base_color(ed) -> color or nil      representative color for particles/leaks
30  
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OK: main.lua
OK: effect.lua

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ricochet-template\anchor\layer.lua:219:function layer_shader_set_float(lyr, shader, name, value)
ricochet-template\anchor\layer.lua:223:function layer_shader_set_vec2(lyr, shader, name, x, y)
ricochet-template\anchor\layer.lua:227:function layer_shader_set_vec4(lyr, shader, name, x, y, z, w)
ricochet-template\anchor\layer.lua:231:function layer_shader_set_int(lyr, shader, name, value)
ricochet-template\anchor\layer.lua:235:function layer_shader_set_texture(lyr, shader, name, texture_id, unit)

ricochet-template\anchor\timer.lua:28:    timer_trigger         - fire a named callback immediately
ricochet-template\anchor\timer.lua:242:  Fires a named callback immediately. Behavior depends on mode:

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34   
35    SPEC TABLE
36      Every field is optional; defaults shown.
37        pattern        'solid'     -- 'organic' | 'solid'
38        color          'none'      -- 'none' | 'solid' | 'mix'
39        dither         'off'       -- see DITHER list below
40        color_a        'ink'       -- palette token name (string)
41        color_b        'field'     -- palette token name (string), used by mix
42        shape          'none'      -- 'none'|'circle'|'circle_fill'|'circle_hard' (dot grid)
43        shape_size     24          -- shape grid cell size, in pixels
44        pattern_scale  0.15        -- pattern field density (world units * scale)
45        pattern_param  0           -- pattern-specific knob (unused by organic/solid)
46        pattern_param2 0           -- 2nd pattern-specific knob (gradient OFFSET / RANGE)
47  
48    AXIS CONTENTS
49      Pattern:
50        organic  Balatro 3-point smooth noise, time-varying. Breathing look.
51        solid    f = 0.5. Time-invariant. The degenerate pattern — pair with
52                 color='mix' for a flat 50/50 dither texture.
53        plasma / waves / marble / sine_grid / wood / truchet / contours
54                 world-anchored gallery patterns; each has an intrinsic param.
55        linear_gradient / radial_gradient
56                 LOCAL: sampled from the draw's own UV, so the field is locked
57                 to the rect's box. param = ANGLE / SHAPE; CONTRAST = steepness;
58                 scale + speed inert.
59      Color:

59       Color:
60        none     base vColor passthrough (no token mapping). For raw draws
61                 that should NOT be re-colored by the pipeline.
62        solid    use palette[color_a]. Ignores base color, ignores f.
63        mix      mix(palette[color_a], palette[color_b], f). Combined with a
64                 2-level dither this becomes per-pixel A-or-B with no blending;
65                 with a multi-level dither it becomes N-step palette interp.
66      Dither (34 modes; see dither_pretty_names for HUD labels):
67        off                                          passthrough
68        bayer4_2, bayer8_2, noise_2                  2-level (strict palette snap)
69        bayer2_4, bayer4_4, bayer4_8, bayer8_7,      Bayer ordered dither,
70          bayer8_9, bayer8_16                          multi-level
71        noise_4, noise_8                             white-noise stipple, multi-level
72        cluster_4, cluster_6, cluster_8              halftone cluster dots

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OK: main.lua
OK: effect.lua

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.claude\CLAUDE.md:177:  to `u_ramp_tokens[8]`/`u_ramp_count`; edit `effect_ramp` in `effect.lua` (≤8
.claude\CLAUDE.md:215:(`circle_fill` — a fixed-radius aperture variant — was tried and cut: with the
assets\draw_shader.frag:39://   u_ramp_tokens[8] int   ordered palette token indices for color='ramp'
assets\draw_shader.frag:40://   u_ramp_count     int   number of active ramp stops (2..8)
assets\draw_shader.frag:97:uniform int   u_ramp_tokens[8];    // ordered palette token indices for color='ramp'
assets\draw_shader.frag:98:uniform int   u_ramp_count;        // number of active ramp stops (2..8)
assets\draw_shader.frag:591:// ramp: map f across an ordered list of palette tokens (u_ramp_tokens, count
assets\draw_shader.frag:592:// u_ramp_count), linearly interpolating between adjacent stops. Generalizes
assets\draw_shader.frag:597:vec3 color_ramp(float f) {
assets\draw_shader.frag:598:    int n = u_ramp_count;
assets\draw_shader.frag:599:    if (n <= 1) return u_palette[u_ramp_tokens[0]].rgb;
assets\draw_shader.frag:602:    int ia = u_ramp_tokens[i];
assets\draw_shader.frag:603:    int ib = u_ramp_tokens[i + 1];
assets\draw_shader.frag:610:    if (kind == 3) return color_ramp(f);     // ramp: f across N palette tokens
effect.lua:377:    layer_shader_set_int(layer, effect_draw_shader, 'u_ramp_count', rn)
effect.lua:379:      layer_shader_set_int(layer, effect_draw_shader, 'u_ramp_tokens[' .. (i - 1) .. ']', resolve_color(ramp[i]))

<tool_use_error>String to replace not found in file.
String:   stops. Because the **pattern** decides `f`, an animated pattern sweeps the ramp in
  *time* and a gradient pattern (`linear_gradient`/`radial_gradient`) sweeps it
  across *space* — so position- and time-driven color come from the pattern
  axis, and the recipe itself stays a pure function of `f`. Tokens are pushed
  to `u_ramp_tokens[8]`/`u_ramp_count`; edit `effect_ramp` in `effect.lua` (≤8
  stops) or pass `spec.ramp`. Ignores `color_a`/`color_b`.
(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>

161    texture) the field around 0.5. The low end safeguards against saturation.
162 
163 ### Color (`color_kinds`)
164 - `none` — passthrough (returns the draw's vColor). Default; raw draws
165   (background, UI) bypass the pipeline.
166 - `solid` — returns `palette[color_a]`. Ignores base color + f.
167 - `mix` — `mix(palette[color_a], palette[color_b], f)`. With a 2-level
168   dither → per-pixel A-or-B (the "Ricochet stipple"); with a multi-level
169   dither → N-step interpolation.
170 - `ramp` — `f` mapped across the ordered `effect_ramp` token list (default
171   the accent spectrum red→…→pink), linearly interpolating between adjacent
172   stops. `mix` generalized from 2 → N tokens: the on-palette "polychrome".
173   Because the **pattern** decides `f`, an animated pattern sweeps the ramp in
174   *time* and a gradient pattern (`linear_gradient`/`radial_gradient`) sweeps it
175   across *space* — so position- and time-driven color come from the pattern
176   axis, and the recipe itself stays a pure function of `f`. Tokens are pushed
177   to `u_ramp_tokens[8]`/`u_ramp_count`; edit `effect_ramp` in `effect.lua` (≤8
178   stops) or pass `spec.ramp`. Ignores `color_a`/`color_b`.

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520  }
521 
522 // =============================================================================
523 // SHAPE — re-express the field as a grid of shapes (circles for now). Runs
524 // between effect_field and dither. The GENERAL model, built to extend to any
525 // shape (including image / sprite stencils later):
526 //
527 //   * A shape contributes a coverage MASK  m ∈ [0,1] over each grid cell. Its
528 //     SIZE is driven by the per-cell field value `fc` (sampled once at the
529 //     cell center — see effect_field_shaped), so the boundary is a TRUE circle
530 //     that doesn't warp with the pattern. For an image shape, `m` would instead
531 //     be the sprite's alpha at the cell-local UV — nothing else changes.
532 //   * The EFFECT fills the shape: `ff` is the per-FRAGMENT field value, so the
533 //     pattern's variation shows up INSIDE each shape rather than being
534 //     flattened to one tone per dot.
535 //   * Combine:  f' = m * ff   (effect shows through the shape; outside → 0 =
536 //     background color_a). The "hard" variant ignores ff and returns the mask
537 //     itself — a solid stencil.
538 //
539 // Cells are u_shape_size px square, anchored to screen space (gl_FragCoord),
540 // the same space as the dither. dist = normalized distance from the cell
541 // center (0 → 1 at the inscribed-circle edge, ~1.41 in the corners).
542 //
543 //   kind 1 circle (size)  m radius = fc, fill = effect   dots grow with the
544 //                                                         field AND vary inside.
545 //   kind 2 circle (hard)  m radius = fc, solid (f' = m)   print-halftone disc.
546 // =============================================================================
547 
548 // Coverage mask of the shape at the fragment, in [0,1]. `fc` sets the radius
549 // for the size-tracking variants. THIS is the extension point for new shapes:
... [40 more lines]

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<tool_use_error>String to replace not found in file.
String:         vec3 col = texColor.rgb * vColor.rgb + vAddColor;
        if (u_color_kind > 0) {
            float f = effect_field_shaped(vec2(texSize));
            f = apply_shape(f, u_shape_kind, u_shape_size, gl_FragCoord.xy);
            f = apply_dither(f, u_dither_kind, gl_FragCoord.xy);
            col = apply_color(u_color_kind, col, f, u_palette[u_color_a].rgb, u_palette[u_color_b].rgb);
        }
        FragColor = vec4(col, sprite_alpha);
        return;</tool_use_error>

617  
618     if (vType < 0.5) {
619         // Rectangle
620         vec2 quad_size = vShape0.xy;
621         quad_px = quad_size;
622         vec2 local_p = vUV * quad_size;
623         vec2 center = quad_size * 0.5;
624         vec2 half_size = vShape0.zw;
625         stroke = vShape1.x;
626         if (u_aa_width == 0.0) { local_p = floor(local_p) + 0.5; }
627         d = sdf_rect(local_p, center, half_size);
628     } else if (vType < 1.5) {
629         // Circle
630         float quad_size = vShape0.x;
631         quad_px = vec2(quad_size);
632         vec2 local_p = vUV * quad_size;
633         vec2 center = vec2(quad_size * 0.5);
634         float radius = vShape0.z;

636          if (u_aa_width == 0.0) { radius = floor(radius + 0.5); }
637         d = sdf_circle(local_p, center, radius);
638     } else if (vType < 2.5) {
639         // Sprite
640         ivec2 texSize = textureSize(u_texture, 0);
641         vec2 snappedUV = (floor(vUV * vec2(texSize)) + 0.5) / vec2(texSize);
642         vec4 texColor = texture(u_texture, snappedUV);
643         float sprite_alpha = texColor.a * vColor.a;
644         if (sprite_alpha <= 0.0) discard;
645         vec3 col = texColor.rgb * vColor.rgb + vAddColor;
646         if (u_color_kind > 0) {
647             float f = effect_field_shaped(vec2(texSize));
648             f = apply_dither(f, u_dither_kind, gl_FragCoord.xy);
649             col = apply_color(u_color_kind, col, f, u_palette[u_color_a].rgb, u_palette[u_color_b].rgb);
650         }
651         FragColor = vec4(col, sprite_alpha);
652         return;
653     } else if (vType < 3.5) {
654         // Line / capsule
655         vec2 quad_size = vShape0.xy;
656         quad_px = quad_size;
657         vec2 local_p = vUV * quad_size;

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38://   u_shape_backing  int   shape gaps: 0=transparent, 1=palette[color_a]
95:uniform int   u_shape_backing;     // gaps between shapes: 0=transparent, 1=palette[color_a]
532://     effect_field_shaped, so the boundary is a TRUE circle that doesn't warp).
541:// Compositing happens in main() per u_shape_backing:
566:float effect_field_shaped(vec2 quad_px, out float coverage) {
648:            float f  = effect_field_shaped(vec2(texSize), coverage);
655:                if (u_shape_backing == 1) {
728:    // `alpha` test) so effect_field_shaped's dFdx/dFdy stay in uniform control
733:        float f  = effect_field_shaped(quad_px, coverage);
740:            if (u_shape_backing == 1) {

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OK: main.lua
OK: effect.lua

188  diagonal-line / scanline / triangle / hearts families. The complete list +
189 human labels are in `dither_kinds` and `dither_pretty_names` in `effect.lua`.
190 The level count is baked into each name (`bayer4_4` = 4×4 matrix, 4 levels);
191 2-level = hard A/B, higher = smoother `mix` transitions.
192 
193 ### Shape (`shape_kinds` — circle dot grid)
194 A stage between `effect_field` and dither that re-expresses the field as a grid
195 of shapes. It still dithers + colors normally afterward. `none` is passthrough.
196 Cells are `shape_size` px square, anchored to screen space (`gl_FragCoord`, the
197 same space as dither).
198 
199 **The general model (`shape_mask` + `apply_shape` + `effect_field_shaped`),
200 built to extend to image/sprite shapes later — two roles of the field:**
201 - **Mask** — *where* the shape is. Size comes from the **per-cell** value `fc`
202   (sampled once at the cell center via `effect_field_shaped`, reconstructing
203   world/uv there from `dFdx`/`dFdy` — exact for the 2D affine camera). Per-cell
204   sampling is what keeps the boundary a **true circle** (sampling per-fragment
205   warps it into blobs — the bug fixed earlier). `shape_mask()` is the single
206   extension point: an image shape returns `texture(u_shape_tex, cell_uv).a`
207   there instead of the circle distance test; nothing else changes.
208 - **Fill** — *what's inside*. The **per-fragment** value `ff`, so the pattern's
209   variation shows up INSIDE each shape instead of being one flat tone per dot.
210 - **Combine:** `f' = mask · ff` (effect shows through the shape; outside → 0 =
211   `color_a`). The `hard` variant ignores `ff` and returns the mask itself.
212 
213 The two variants (`dist` = normalized distance from the cell center, 0 → 1 at
214 the inscribed edge):
215 - `circle` — radius = `fc`, fill = effect: dots grow with the field AND vary
216   inside themselves.
217 - `circle_hard` — solid disc, radius = `fc` (`f' = mask`): print-halftone look,
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Your questions have been answered: "What should we build next?"="Let's do all of these things, you choose which one we start with.". You can now continue with these answers in mind.

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OK: main.lua
OK: effect.lua

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186  local function gallery_rect(i)
187   local col = (i - 1) % GAL_COLS
188   local r   = math.floor((i - 1) / GAL_COLS)
189   return rect_new(GAL_X0 + col * GAL_CELL_W, GAL_Y0 + r * GAL_CELL_H, GAL_RECT_W, GAL_RECT_H)
190 end
191 
192 -- -----------------------------------------------------------------------------
193 -- ui_update — runs every frame inside update(), AFTER ui_state_begin_frame.
194 -- Draws the sidebar panel + lays out widget rects via rectcut and dispatches
195 -- to each ui_* widget. Mutates current_* state from widget return values.
196 -- -----------------------------------------------------------------------------
197 local function ui_update()
198   -- Click a gallery rect to select which one the modifier sliders edit.
199   -- Gallery rects are on the right, sidebar widgets on the left — no overlap,
200   -- so a press lands in exactly one region. Run before the sidebar so the
201   -- MODIFIERS section below reflects the new selection this same frame.
202   if ui_mouse_pressed then
203     local mx, my = mouse_position()
204     for i = 1, #gallery do
205       if ui_point_in_rect(mx, my, gallery_rect(i)) then gallery_selected = i end
206     end
207   end
208 
209   local panel_r = rect_new(SIDEBAR_X, SIDEBAR_Y, SIDEBAR_W, SIDEBAR_H)
210   ui_panel{ rect = panel_r, title = 'effect control', corner_brackets = true }
211 
212   -- Carve out the panel body: title bar at top, inset on the remaining area.
213   local body = rect_new(panel_r.x, panel_r.y, panel_r.w, panel_r.h)
214   rect_cut_top(body, ui_title_h)                         -- skip the title bar
215   body = rect_contract(body, ui_panel_inset)             -- inner padding
... [85 more lines]

300                          value = sel.scale, vmin = 0.05, vmax = 1.2, fmt = '%.3f' }
301   if ms.changed then sel.scale = ms.value end
302 
303   row = rect_cut_top(body, ui_row_h + 20)
304   local msp = ui_slider{ rect = row, id = 'mod_speed', label = 'SPEED',
305                          value = sel.speed, vmin = 0, vmax = 4, fmt = '%.2f' }
306   if msp.changed then sel.speed = msp.value end
307 
308   row = rect_cut_top(body, ui_row_h + 20)
309   local mco = ui_slider{ rect = row, id = 'mod_contrast', label = 'CONTRAST',
310                          value = sel.contrast, vmin = 0, vmax = 2.5, fmt = '%.2f' }
311   if mco.changed then sel.contrast = mco.value end
312 
313   row = rect_cut_top(body, ui_row_h + 20)
314   local mpa = ui_slider{ rect = row, id = 'mod_param', label = sel.param_label,
315                          value = sel.param, vmin = 0, vmax = 1, fmt = '%.2f' }
316   if mpa.changed then sel.param = mpa.value end
317 
318   -- Second intrinsic knob — only patterns that define one (the gradients:
319   -- OFFSET / RANGE) get this row; it uses the pattern's own min/max range.
320   if sel.param2_label then
321     row = rect_cut_top(body, ui_row_h + 20)
322     local mp2 = ui_slider{ rect = row, id = 'mod_param2', label = sel.param2_label,
323                            value = sel.param2, vmin = sel.param2_min or 0,
324                            vmax = sel.param2_max or 1, fmt = '%.2f' }
325     if mp2.changed then sel.param2 = mp2.value end
326   end
327 end
328 
329 -- -----------------------------------------------------------------------------
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ricochet-template\main.lua:6:    - boot order (palette → fonts → effect/shader → ui modules)
ricochet-template\main.lua:44:--   3. effect_setup installs the draw shader AND pushes the active palette
ricochet-template\main.lua:63:effect_setup({ draw_shader = 'assets/draw_shader.frag' })
ricochet-template\main.lua:151:-- per pattern reproduces its original look (see the shader's per-pattern
ricochet-template\ui.lua:69:    - drop shadow shader
ricochet-template\ui.lua:115:--    corners, but in smooth filter mode (u_aa_width ≈ 1) the shader's
ricochet-template\effect.lua:5:    Every draw routes through assets/draw_shader.frag. The shader takes
ricochet-template\effect.lua:18:    effect_setup(opts)                       install draw shader, cache its
ricochet-template\effect.lua:24:    effect_write_palette()                   re-push u_palette to the shader
ricochet-template\effect.lua:97:    - Shimmer is anchored to WORLD coords (uses vPos in the shader), so it
ricochet-template\effect.lua:103:-- The integer values are what the shader's `u_*_kind` uniforms expect.
ricochet-template\effect.lua:104:-- Keep these tables in lockstep with the if-ladders in assets/draw_shader.frag.
ricochet-template\effect.lua:140:-- the shader — shape_mask() is the extension point for image-stencil shapes.
ricochet-template\effect.lua:150:-- assets/draw_shader.frag's apply_dither(). 2-level group at the top
ricochet-template\effect.lua:220:-- if-ladder in the shader). 2-level group first, then multi-level families.
ricochet-template\effect.lua:286:effect_draw_shader = nil
ricochet-template\effect.lua:295:  Install the custom draw shader and cache its GL program ID. Call ONCE at
ricochet-template\effect.lua:298:  opts.draw_shader   path to the fragment shader file
ricochet-template\effect.lua:299:                     (default 'assets/draw_shader.frag').
ricochet-template\effect.lua:302:    - Replaces the engine's default draw shader with the loaded file.
ricochet-template\effect.lua:303:    - Sets `effect_draw_shader` (global) to the GL program ID.
ricochet-template\effect.lua:308:  local path = opts.draw_shader or 'assets/draw_shader.frag'
ricochet-template\effect.lua:309:  set_draw_shader(path)
ricochet-template\effect.lua:310:  effect_draw_shader = get_draw_shader()
ricochet-template\effect.lua:316:  Push the active palette to the shader's u_palette[] uniform array. Each
ricochet-template\effect.lua:317:  token's RGB is written as a vec4 (alpha is unused — the shader reads .rgb).
ricochet-template\effect.lua:319:  latter is a no-op until the shader exists. Safe to call manually after
ricochet-template\effect.lua:322:  No-op if effect_setup hasn't run yet (shader not loaded) or palette_init
ricochet-template\effect.lua:326:  if not effect_draw_shader then return end
ricochet-template\effect.lua:330:    shader_set_vec4_immediate(effect_draw_shader, 'u_palette[' .. (i - 1) .. ']',
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OK: main.lua
OK: effect.lua
OK: ui.lua

448    local new_selected = opts.selected
449   local clicked = false
450 
451   for i, token in ipairs(opts.tokens) do
452     local sx = body.x + (i - 1) * (ui_swatch_size + ui_swatch_gap)
453     local sy = body.y
454     local sw_r = rect_new(sx, sy, ui_swatch_size, ui_swatch_size)
455     local sw_id = id .. '_' .. i
456 
457     ui_claim_hot(sw_id, sw_r)
458     local hovered = ui_is_hot(sw_id)
459     if hovered and ui_mouse_pressed then
460       ui_state.active_id = sw_id
461       ui_state.focus_id  = sw_id
462     end
463     if ui_state.active_id == sw_id and ui_mouse_released then
464       if hovered then
465         new_selected = token
466         clicked = true
467       end
468       ui_state.active_id = nil
469     end
470 
471     -- Filled swatch in the token's color.
472     layer_rectangle(ui_layer, sw_r.x, sw_r.y, sw_r.w, sw_r.h, palette[token]())
473 
474     -- Selected OR hovered: 1 px ink frame around the swatch. The frame
475     -- stays for selected (persistent indicator), or while the cursor is
476     -- over it (transient feedback). Single shared treatment keeps the
477     -- whole UI at one stroke weight per the reference sheets — state is
... [16 more lines]

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

417  --[[
418   opts:
419     rect      {x, y, w, h}  — full row including label space; swatches sit
420                               below the label aligned to the rect's bottom
421     id        widget id prefix; per-swatch id is id..'_'..index
422     label     string — drawn UPPERCASE above the swatches
423     tokens    array of palette token names (palette_token_names typically)
424     selected  string — the currently selected token name
425 
426   Layout (within rect):
427     LABEL
428     ▢ ▢ ▢ ▢ ▢ ▢ ▢ ▢ ▢ ▢ ▢ ▢ ▢
429     ▔                            ← 2 px underline beneath the selected swatch
430 
431   Returns { selected = name, clicked = bool, changed = bool }
432 ]]

The file E:\a327ex\ricochet-template\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.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: effect.lua
OK: ui.lua

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)

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

Web search results for query: "best free open-source icon packs MIT license SVG minimalist geometric 2025"

Links: [{"title":"Best Free Open Source Icon Libraries | TOOOLS.design","url":"https://www.toools.design/free-open-source-icon-libraries"},{"title":"Best Open Source Icon Libraries in 2025 - Mockflow","url":"https://mockflow.com/blog/best-open-source-icon-libraries"},{"title":"Top 10 Free Open Source Icon Libraries for Designers in 2025! - Tutsflow","url":"https://tutsflow.com/free-open-source-icon-libraries/"},{"title":"Iconoir | Free Icons","url":"https://iconoir.com/"},{"title":"The best free open-source icon libraries","url":"https://www.gooddesign.tools/tool-tags/open-source-icons"},{"title":"Undesign | Open Source Icons","url":"https://undesign.learn.uno/open-source-icons-pack/"},{"title":"25+ Best Open Source Icon Libraries in 2026 | Lineicons","url":"https://lineicons.com/blog/best-open-source-icon-libraries"},{"title":"Best Free Icon Packs for Design and Development | by BuninUX | Medium","url":"https://bunindmitry.medium.com/best-free-icon-packs-for-design-and-development-fe01234f38e6"},{"title":"1,687 Free icons of open source","url":"https://www.flaticon.com/free-icons/open-source"},{"title":"12 Best SVG Icon Libraries to Use in 2026","url":"https://hugeicons.com/blog/design/12-best-svg-icon-libraries-to-use-in-2025"}]

Based on the search results, here are some of the best free open-source icon packs with MIT license, SVG format, and minimalist geometric designs:

## Top Recommendations:

**1. Ionicons**
Completely open source and released under the MIT license, Ionicons supports Scalable Vector Graphics (SVG) and provides flexibility for responsive design. The icon set provides clean, minimalist icons perfect for web and mobile applications.

**2. Feather Icons**
Feather is a minimalist, open source icon library that provides a collection of clean, simple, and lightweight icons designed for modern UI applications. Built on a 24×24 grid ensuring uniform appearance, with a minimalist aesthetic ideal for modern UI designs that prioritize simplicity and elegance.

**3. Iconoir**
Iconoir features an extensive collection of SVG icons designed in a consistent, minimalist style with over 1,500+ icons available for free and licensed under the MIT license.

**4. Heroicons**
Heroicons are a set of beautifully crafted SVG icons created by the same team that developed Tailwind CSS, offering a minimalist approach.

**5. Lucide**
Lucide is an open-source, community-driven icon library that provides a massive collection of customizable SVG icons, with "Feather Icons" delivering simplicity and unmatched flexibility.

**6. Radix Icons**
Radix icons are a sleek, modern icon library optimized for effectiveness in smaller sizes, reflecting modern aesthetics with generous open-source licensing from MIT.

All of these libraries offer SVG format, MIT licensing, and minimalist geometric designs suitable for modern UI projects in 2025.


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

Web search results for query: "game-icons.net solid silhouette icons license count download"

Links: [{"title":"4180 free SVG and PNG icons for your games or apps | Game-icons.net","url":"https://game-icons.net/"},{"title":"Game Icons Icons – Free SVG Download | All SVG Icons","url":"https://allsvgicons.com/pack/game-icons/"},{"title":"Game Icons - Download 604 Free Game icons here","url":"https://www.iconarchive.com/tag/game"},{"title":"142 GUI icons, SVG and PNG | Game-icons.net","url":"https://game-icons.net/tags/gui.html"},{"title":"20 free icons of Game Solid designed by Royyan Wijaya","url":"https://www.flaticon.com/packs/game-solid"},{"title":"About | Game-icons.net","url":"https://game-icons.net/about.html"},{"title":"163,505 Free icons of gaming","url":"https://www.flaticon.com/free-icons/gaming"},{"title":"Game-icons.net | Foundry Virtual Tabletop","url":"https://foundryvtt.com/packages/game-icons-net"},{"title":"1,058 Free icons of game net","url":"https://www.flaticon.com/free-icons/game-net"}]

Based on the search results, here's what I found about game-icons.net:

**Icon Count:** The site offers 4,180 free SVG and PNG icons (with some sources referencing slightly different counts like 4,123).

**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.

**Download Formats:** All the images are downloadable in a vector format, so you can easily tweak colors, rotation, adjust effects like blur, bevels or shadows and add badges.

**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.


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

Web search results for query: "free pixel art icon pack open source monochrome download"

Links: [{"title":"Pixel Icon Library | Open-Source Pixelated Icons By HackerNoon","url":"https://pixeliconlibrary.com/"},{"title":"Free Pixel - Free Icons Set - 662 customizable PNGs, SVGs, PDFs","url":"https://www.streamlinehq.com/icons/pixel"},{"title":"Pixelarticons — 4110 Pixel Art Icons | Free & Pro","url":"https://pixelarticons.com/"},{"title":"GitHub - hackernoon/pixel-icon-library: The classic pixelated icons that define HackerNoon.com, are now free to use on your own site / app / product / project :-) · GitHub","url":"https://github.com/hackernoon/pixel-icon-library"},{"title":"GitHub - halfmage/pixelarticons: 👾 Beautiful pixel icons. For the pixel vibes.","url":"https://github.com/halfmage/pixelarticons"},{"title":"Best Free Open Source Icon Libraries | TOOOLS.design","url":"https://www.toools.design/free-open-source-icon-libraries"},{"title":"3,578 Free icons of pixel art","url":"https://www.flaticon.com/free-icons/pixel-art"},{"title":"Pixel Icon Library - 1,440+ Free Icons | proIcons | proIcons","url":"https://proicons.com/icon-collections/pixel-icon-library-pack/"},{"title":"Pixel Art App Icons by Reff Pixels","url":"https://reffpixels.itch.io/appicons"},{"title":"Free Pixel Art SVG Icons - Retro & 8-Bit Style | All SVG Icons","url":"https://allsvgicons.com/collections/pixel-art/"}]

Here are some excellent free, open-source pixel art icon packs available for download:

## Top Options:

**1. HackerNoon's Pixel Icon Library**
An open-source collection of 2300+ Pixelated Icons, available at PixelIconLibrary.com. Every icon is meticulously crafted on a 24px grid using SVG polygon and path elements, with icons available as lightweight SVG files, PNG exports in 12px, 16px, 24px, and 48px sizes for both light and dark modes.

**2. Pixelarticons**
A comprehensive library of 4110 hand-crafted pixel art icons designed on a strict 24×24 pixel grid. Available in four distinct styles — Base (clean outlines), Sharp (angular corners), Glyph (filled with detail), and Solid (fully filled). 816 icons are free forever via npm install pixelarticons.

**3. Free Pixel Icon Set by Streamline**
Free and open-source collection with a retro 80s aesthetic and pixel art design, licensed under Creative Commons - CC BY 4.0.

**4. Flaticon Pixel Art Collection**
Download over 3,578 icons of pixel art in SVG, PSD, PNG, EPS format or as webfonts.

All of these options offer free downloads and are suitable for both personal and commercial projects, though be sure to check specific licensing terms for your intended use.


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

Web search results for query: "Phosphor icons weights fill duotone count license MIT"

Links: [{"title":"GitHub - phosphor-icons/homepage: The homepage of Phosphor Icons, a flexible icon family for everyone · GitHub","url":"https://github.com/phosphor-icons/homepage"},{"title":"Phosphor icons: flexible MIT SVG set for UIs | Uwarp","url":"https://www.uwarp.design/phosphor-icons"},{"title":"Phosphor Icons","url":"https://collections.designzig.com/phosphor-icons/"},{"title":"Phosphor Icons","url":"https://phosphoricons.com/?size=64&weight=%22duotone%22"},{"title":"Phosphor Icons - Filament","url":"https://filamentphp.com/plugins/filafly-phosphor-icons"},{"title":"Handling different weights and using the same unicode for icons regardless of their weight · phosphor-icons · Discussion #396","url":"https://github.com/orgs/phosphor-icons/discussions/396"},{"title":"Phosphor Icons Web download | SourceForge.net","url":"https://sourceforge.net/projects/phosphor-icons-web.mirror/"},{"title":"Phosphor Icons download | SourceForge.net","url":"https://sourceforge.net/projects/phosphor-icons.mirror/"},{"title":"Phosphor Logo Duotone Icon - Free Duotone style PNG | Phosphor Icons (27,222 icons) | proIcons","url":"https://proicons.com/icons/18170/phosphor-logo-duotone/"},{"title":"phosphor-icons/web","url":"https://www.npmjs.com/package/@phosphor-icons/web?activeTab=readme"}]

Based on the search results, here's the information about Phosphor icons:

**Icon Count:** Phosphor has 1,248 icons and counting.

**Weights:** Phosphor comes in 6 weights: Thin, Light, Regular, Bold, Fill, and Duotone.

**License:** The set is available under the MIT License.

The search results show that Phosphor is a comprehensive, flexible icon family designed for use across various platforms and frameworks, with all the features and weights you inquired about.


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

Web search results for query: "Kenney game icons CC0 vector pack download"

Links: [{"title":"Game Icons · Kenney","url":"https://kenney.nl/assets/game-icons"},{"title":"Board Game Icons by Kenney (Assets) - Itch.io","url":"https://kenney-assets.itch.io/board-game-icons"},{"title":"UI Pack by Kenney (Assets) - itch.io","url":"https://kenney-assets.itch.io/ui-pack"},{"title":"Game Icons (Expansion) · Kenney","url":"https://kenney.nl/assets/game-icons-expansion"},{"title":"Kenney Game Assets All-in-1 by Kenney","url":"https://kenney.itch.io/kenney-game-assets"},{"title":"Board Game Info by Kenney (Assets) - Itch.io","url":"https://kenney-assets.itch.io/board-game-info"},{"title":"Kenney Game Assets All-in-1","url":"https://kenney.nl/data/itch/preview/"},{"title":"GitHub - nicodinh/kenney-icon-font: The Kenney Icon Font is specifically designed for your (browser) game or other gaming related website / project! · GitHub","url":"https://github.com/nicodinh/kenney-icon-font"},{"title":"Kenney Game Assets on Cubebrush.co","url":"https://cubebrush.co/kenney/products/dr5vq/kenney-game-assets"}]

Based on the search results, here's what I found about Kenney game icons CC0 vector pack:

The Game Icons package includes 105 assets and is available for free download under CC0 license from Kenney. The official download location is at **kenney.nl/assets/game-icons**.

There's also a Game Icons Expansion package with 60 assets available for free, CC0 licensed.

Additional options include:

- Board Game Icons, which includes over 250 icons with vector files and is CC0 licensed, available on Itch.io
- Kenney Game Assets All-in-1, a comprehensive bundle with 60,000+ game assets available for purchase

These game assets can be used in any project including commercial ones, and attribution is not required.


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

Web search results for query: "free icon set blueprint technical schematic line style open source"

Links: [{"title":"Remix Icon - Open source icon library","url":"https://remixicon.com/"},{"title":"GitHub - sjgallagher2/SchematicSymbolsSVG: Vector schematic symbols redrawn from Linear Tech, Nat Semi, Analog Devices, textbooks, standards, and more. · GitHub","url":"https://github.com/sjgallagher2/SchematicSymbolsSVG"},{"title":"Schematic Icons - Free Download in SVG, PNG","url":"https://iconscout.com/icons/schematic"},{"title":"100 Free icons of schematic","url":"https://www.flaticon.com/free-icons/schematic"},{"title":"25,300+ Blueprint Icons Stock Illustrations, Royalty-Free Vector Graphics & Clip Art - iStock","url":"https://www.istockphoto.com/illustrations/blueprint-icons"},{"title":"Iconify - home of open source icons","url":"https://icon-sets.iconify.design/"},{"title":"21+ Best Free and Open-Source Icon Libraries for 2026 - DEV Community","url":"https://dev.to/icons/21-best-open-source-icon-libraries-o5n"},{"title":"Best Free Open Source Icon Libraries | TOOOLS.design","url":"https://www.toools.design/free-open-source-icon-libraries"},{"title":"Schematic Icons - Free SVG & PNG Schematic Images - Noun Project","url":"https://thenounproject.com/browse/icons/term/schematic/"},{"title":"GitHub - jahirfiquitiva/Blueprint: Free, feature-rich, easily customizable Android dashboard for icon packs · GitHub","url":"https://github.com/jahirfiquitiva/Blueprint"}]

Based on the search results, here are some excellent resources for free, open-source icon sets with blueprint, technical, and schematic line-style designs:

## Open Source Icon Libraries

**Remix Icon** is a set of open source neutral style system symbols elaborately crafted for designers and developers, with all icons free to use for both personal and commercial purposes.

**Iconify** offers open source vector icons from all popular icon sets, with 294494 icons from 211 icon sets.

## Schematic-Specific Resources

**SchematicSymbolsSVG** (on GitHub) provides vector schematic symbols redrawn from Linear Tech, Nat Semi, Analog Devices, textbooks, standards, and more.

## Icon Collections with Technical/Blueprint Styles

**Flaticon** offers over 100 icons of schematic in SVG, PSD, PNG, EPS format or as webfonts.

**IconScout** provides 240 Schematic Icons available for commercial and personal use in multiple formats, available in line, flat, gradient, isometric, glyph, sticker and more design styles.

**Noun Project** has 271 Schematic images and millions more royalty free PNG & vector images.

For your specific needs, **Remix Icon** and **Iconify** would be excellent starting points for free, open-source options, while the **SchematicSymbolsSVG** repository on GitHub is particularly good if you need technical schematic symbols.


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

Ricochet\reference\main.lua
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

inkscape: (none)
magick: (none)
convert: /c/WINDOWS/system32/convert
rsvg-convert: (none)
python: /c/Users/adn/AppData/Local/Programs/Python/Python314/python
python3: (none)
node: /c/Program Files/nodejs/node
npx: /c/Program Files/nodejs/npx
---npm globals---
no svg npm globals

[
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    "source": {
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",
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",
      "media_type": "image/png"
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]

[
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",
      "media_type": "image/png"
    }
  }
]

ricochet-template\anchor\image.lua:13:function image:new(handle)
ricochet-template\anchor\image.lua:20:function image_load(name, path)
ricochet-template\anchor\layer.lua:169:function layer_image(lyr, img, x, y, color, flash)
ricochet-template\anchor\layer.lua:174:function layer_texture(lyr, tex, x, y, color)
ricochet-template\anchor\spritesheet.lua:13:function spritesheet:new(handle)
ricochet-template\anchor\spritesheet.lua:22:function spritesheet_register(name, path, frame_w, frame_h)

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  

160  function layer_rectangle_gradient_h(lyr, x, y, w, h, color1, color2)
161   eng.rectangle_gradient_h(lyr_handle(lyr), x, y, w, h, color1, color2)
162 end
163 
164 function layer_rectangle_gradient_v(lyr, x, y, w, h, color1, color2)
165   eng.rectangle_gradient_v(lyr_handle(lyr), x, y, w, h, color1, color2)
166 end
167 
168 --- Image object (has .handle) or pass-through same as engine.
169 function layer_image(lyr, img, x, y, color, flash)
170   eng.draw_texture(lyr_handle(lyr), img.handle, x, y, color or 0xFFFFFFFF, flash or 0)
171 end
172 
173 --- Raw texture userdata / handle at x, y.
174 function layer_texture(lyr, tex, x, y, color)
175   eng.draw_texture(lyr_handle(lyr), tex, x, y, color or 0xFFFFFFFF, 0)
176 end
177 
178 function layer_spritesheet(lyr, sheet, frame, x, y, color, flash)
179   eng.draw_spritesheet_frame(lyr_handle(lyr), sheet.handle, frame, x, y, color or 0xFFFFFFFF, flash or 0)
180 end
181 
182 function layer_animation(lyr, animation_object, x, y, color, flash)
183   eng.draw_spritesheet_frame(
184     lyr_handle(lyr),
185     animation_object.spritesheet.handle,
186     animation_object.frame,
187     x, y,
188     color or 0xFFFFFFFF,
189     flash or 0

5621-    return 0;
5622-}
5623-
5624:static int l_layer_draw_texture(lua_State* L) {
5625-    Layer* layer = (Layer*)lua_touserdata(L, 1);
5626-    Texture* tex = (Texture*)lua_touserdata(L, 2);
5627-    float x = (float)luaL_checknumber(L, 3);
--
9402-    lua_register(L, "layer_rounded_rectangle_line", l_layer_rounded_rectangle_line);
9403-    lua_register(L, "layer_push", l_layer_push);
9404-    lua_register(L, "layer_pop", l_layer_pop);
9405:    lua_register(L, "layer_draw_texture", l_layer_draw_texture);
9406-    lua_register(L, "layer_set_blend_mode", l_layer_set_blend_mode);
9407-    lua_register(L, "layer_stencil_mask", l_layer_stencil_mask);
9408-    lua_register(L, "layer_stencil_test", l_layer_stencil_test);

5624 static int l_layer_draw_texture(lua_State* L) {
5625        Layer* layer = (Layer*)lua_touserdata(L, 1);
5626        Texture* tex = (Texture*)lua_touserdata(L, 2);
5627        float x = (float)luaL_checknumber(L, 3);
5628        float y = (float)luaL_checknumber(L, 4);
5629        uint32_t color = (uint32_t)luaL_optinteger(L, 5, 0xFFFFFFFF);  // Default white (no tint)
5630        uint32_t flash = (uint32_t)luaL_optinteger(L, 6, 0x00000000);  // Default black (no flash)
5631        layer_add_image(layer, tex, x, y, color, flash);
5632        return 0;
5633    }
5634    
5635    static int l_layer_set_blend_mode(lua_State* L) {
5636        Layer* layer = (Layer*)lua_touserdata(L, 1);
5637        const char* mode = luaL_checkstring(L, 2);
5638        if (strcmp(mode, "alpha") == 0) {
5639            layer_set_blend_mode(layer, BLEND_ALPHA);
5640        } else if (strcmp(mode, "additive") == 0) {
5641            layer_set_blend_mode(layer, BLEND_ADDITIVE);
5642        } else {
5643            return luaL_error(L, "Invalid blend mode: %s (use 'alpha' or 'additive')", mode);
5644        }
5645        return 0;
5646    }
5647    
5648    // Stencil Lua bindings
5649    static int l_layer_stencil_mask(lua_State* L) {
5650        Layer* layer = (Layer*)lua_touserdata(L, 1);
5651        layer_stencil_mask(layer);
5652        return 0;
5653    }
... [10 more lines]

2184:static void layer_add_image(Layer* layer, Texture* tex, float x, float y, uint32_t color, uint32_t flash_color) {
2185-    DrawCommand* cmd = layer_add_command(layer);
2186-    if (!cmd) return;
2187-    cmd->type = COMMAND_SPRITE;
2188-    cmd->color = color;
2189-    cmd->flash_color = flash_color;
2190-    cmd->texture_id = tex->id;
2191-    cmd->params[0] = x;
2192-    cmd->params[1] = y;
2193-    cmd->params[2] = (float)tex->width;
2194-    cmd->params[3] = (float)tex->height;
2195-}
2196-
2197-// Pack two UV coordinates (0.0-1.0) into a float via bit reinterpretation (16 bits each)
2198-static float pack_uv_pair(float u, float v) {
2199-    uint16_t ui = (uint16_t)(u * 65535.0f);
2200-    uint16_t vi = (uint16_t)(v * 65535.0f);
2201-    uint32_t packed = ((uint32_t)ui) | ((uint32_t)vi << 16);
2202-    float result;
2203-    memcpy(&result, &packed, sizeof(float));
2204-    return result;
2205-}
2206-
2207-// Unpack two UV coordinates from a float
2208-static void unpack_uv_pair(float packed_float, float* u, float* v) {
2209-    uint32_t packed;
2210-    memcpy(&packed, &packed_float, sizeof(uint32_t));
2211-    *u = (packed & 0xFFFF) / 65535.0f;
2212-    *v = ((packed >> 16) & 0xFFFF) / 65535.0f;
2213-}
... [1 more lines]

v24.12.0
---
CascadiaCode-Regular.ttf
IBMPlexSans-Regular.ttf
Oswald-Medium.ttf
draw_shader.frag
--- network test ---
200

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

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

added 2 packages in 4s
=== RUN ===
OK    phosphor/heart <- ph:heart
OK    tabler/heart <- tabler:heart
OK    remix/heart <- ri:heart-line
OK    phosphor/star <- ph:star
OK    tabler/star <- tabler:star
OK    remix/star <- ri:star-line
OK    phosphor/shield <- ph:shield
OK    tabler/shield <- tabler:shield
OK    remix/shield <- ri:shield-line
OK    phosphor/sword <- ph:sword
OK    tabler/sword <- tabler:sword
OK    remix/sword <- ri:sword-line
OK    phosphor/flame <- ph:fire
OK    tabler/flame <- tabler:flame
OK    remix/flame <- ri:fire-line
OK    phosphor/bolt <- ph:lightning
OK    tabler/bolt <- tabler:bolt
OK    remix/bolt <- ri:flashlight-line
OK    phosphor/gear <- ph:gear
OK    tabler/gear <- tabler:settings
OK    remix/gear <- ri:settings-3-line
OK    phosphor/trophy <- ph:trophy
OK    tabler/trophy <- tabler:trophy
OK    remix/trophy <- ri:trophy-line
OK    phosphor/coin <- ph:coins
OK    tabler/coin <- tabler:coin
OK    remix/coin <- ri:coin-line
OK    phosphor/skull <- ph:skull
... [56 more lines]

files per pack:
phosphor: 10
tabler: 10
remix: 10
sample dims (PNG IHDR width/height):
phosphor/heart.png (64, 64)
tabler/sword.png (64, 64)
remix/skull.png (64, 64)

378:    COMMAND_SPRITE,
379-    COMMAND_GLYPH,              // Font glyph with custom UVs (uses flash_color for packed UVs)
380:    COMMAND_SPRITESHEET_FRAME,  // Spritesheet frame with custom UVs and flash support
381-    COMMAND_LINE,               // Line segment / capsule
382-    COMMAND_TRIANGLE,           // Triangle (3 vertices)
383-    COMMAND_POLYGON,            // Polygon (up to 8 vertices)
384-    COMMAND_ROUNDED_RECTANGLE,  // Rounded rectangle
385-    COMMAND_RECTANGLE_GRADIENT_H, // Horizontal gradient rectangle (left to right)
386-    COMMAND_RECTANGLE_GRADIENT_V, // Vertical gradient rectangle (top to bottom)
387-    COMMAND_APPLY_SHADER,       // Post-process layer through a shader
388-    COMMAND_SET_UNIFORM_FLOAT,  // Set float uniform on shader
389-    COMMAND_SET_UNIFORM_VEC2,   // Set vec2 uniform on shader
390-    COMMAND_SET_UNIFORM_VEC4,   // Set vec4 uniform on shader
391-    COMMAND_SET_UNIFORM_INT,    // Set int uniform on shader
392-    COMMAND_SET_UNIFORM_TEXTURE, // Bind a texture to a sampler uniform
393-    COMMAND_STENCIL_MASK,       // Start writing to stencil buffer (don't draw to color)
394-    COMMAND_STENCIL_TEST,       // Start testing against stencil (only draw where stencil is set)
395-    COMMAND_STENCIL_TEST_INVERSE, // Start testing against stencil (only draw where stencil is NOT set)
396-    COMMAND_STENCIL_OFF,        // Disable stencil, return to normal drawing
397-};
398-
399-// Blend modes
400-enum {
401-    BLEND_ALPHA = 0,
402-    BLEND_ADDITIVE,
--
413:    uint8_t type;           // COMMAND_RECTANGLE, COMMAND_CIRCLE, COMMAND_SPRITE, COMMAND_APPLY_SHADER, COMMAND_SET_UNIFORM_*
414-    uint8_t blend_mode;     // BLEND_ALPHA, BLEND_ADDITIVE, BLEND_MULTIPLY
415-    uint8_t _pad[2];        // Padding to align next field to 4 bytes
416-
... [32 more lines]

1-/*
2- * Anchor Engine - Single-file C implementation
3: * SDL2 + OpenGL 3.3 (WebGL 2.0) + Lua 5.4 + Box2D 3.x
4- *
5- * FILE STRUCTURE (search for section banners):
--
65-#include <miniaudio.h>
66-
67:#include <box2d.h>
68-
69-// Miniz for zip archive support (single exe distribution)
--
279-    // Try zip first if initialized
280-    if (zip_initialized) {
281:        // Try original path first
282-        void* data = mz_zip_reader_extract_file_to_heap(&zip_archive, path, out_size, 0);
283-        if (data) return data;
284-
285-        // PowerShell's Compress-Archive uses backslashes on Windows
286:        // Try with opposite separator if original path failed
287-        char alt_path[512];
288-        size_t len = strlen(path);
--
428-    // TRIANGLE: params[0..5]=x1,y1,x2,y2,x3,y3, [6]=stroke
429-    // POLYGON: params[0..15]=x1,y1,...,x8,y8, [16]=vertex_count, [17]=stroke
430:    // SPRITE: params[0]=x, [1]=y, [2]=w, [3]=h, [4]=ox, [5]=oy (+ texture_id)
431-    // GLYPH: params[0]=x, [1]=y, [2]=w, [3]=h, [4]=packed(u0,v0), [5]=packed(u1,v1) (+ texture_id)
432-    // SET_UNIFORM_FLOAT: params[0]=value
--
522-static int physics_tag_count = 0;
... [2 more lines]

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

The file E:\a327ex\ricochet-template\showcase.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)

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)

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)

344               mhead.x, math.floor(mhead.y + (mhead.h - ui_font_label.height) / 2 + 0.5),
345              palette.ink())
346 
347   row = rect_cut_top(body, ui_row_h + 20)
348   local ms = ui_slider{ rect = row, id = 'mod_scale', label = 'SCALE',
349                         value = sel.scale, vmin = 0.05, vmax = 1.2, fmt = '%.3f' }
350   if ms.changed then sel.scale = ms.value end
351 
352   row = rect_cut_top(body, ui_row_h + 20)
353   local msp = ui_slider{ rect = row, id = 'mod_speed', label = 'SPEED',
354                          value = sel.speed, vmin = 0, vmax = 4, fmt = '%.2f' }
355   if msp.changed then sel.speed = msp.value end
356 
357   row = rect_cut_top(body, ui_row_h + 20)
358   local mco = ui_slider{ rect = row, id = 'mod_contrast', label = 'CONTRAST',
359                          value = sel.contrast, vmin = 0, vmax = 2.5, fmt = '%.2f' }
360   if mco.changed then sel.contrast = mco.value end
361 
362   row = rect_cut_top(body, ui_row_h + 20)
363   local mpa = ui_slider{ rect = row, id = 'mod_param', label = sel.param_label,
364                          value = sel.param, vmin = 0, vmax = 1, fmt = '%.2f' }
365   if mpa.changed then sel.param = mpa.value end

417:function draw()
418-  -- The UI runs HERE, not in update(). Under render_uncapped on a monitor
419-  -- faster than the 120Hz fixed-timestep update, render frames can fire
420-  -- without a preceding update step; anything queued only in update() gets
421-  -- consumed by layer_render and then renders empty (blank FBO) on those
422-  -- frames → flicker. Queueing the UI in draw() (which runs every render
423-  -- frame) avoids that entirely. ui_update reads the edge globals captured
424-  -- in update() and may mutate current_* — run before the game shapes so a
425-  -- click applies to the scene the same frame.
426-  ui_state_begin_frame()
427-  ui_update()
428-
429-  -- Background fill in the active palette's field token. Drawn WITHOUT the
430-  -- effect pipeline (color='none' default state at top of game_layer), so
431-  -- the background stays a clean flat token regardless of the spec.
432-  layer_rectangle(game_layer, 0, 0, width, height, palette.field())

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: showcase.lua
OK: effect.lua
OK: ui.lua

4941:static int l_layer_rectangle(lua_State* L) {
4942-    Layer* layer = (Layer*)lua_touserdata(L, 1);
4943-    float x = (float)luaL_checknumber(L, 2);
4944-    float y = (float)luaL_checknumber(L, 3);
4945-    float w = (float)luaL_checknumber(L, 4);
4946-    float h = (float)luaL_checknumber(L, 5);
4947-    uint32_t color = (uint32_t)luaL_checkinteger(L, 6);
4948-    layer_add_rectangle(layer, x, y, w, h, 0.0f, color); // stroke=0 for filled
4949-    return 0;
4950-}
4951-
4952-// layer_rectangle_line(layer, x, y, w, h, color, line_width?) -- rectangle outline
4953:static int l_layer_rectangle_line(lua_State* L) {
4954-    Layer* layer = (Layer*)lua_touserdata(L, 1);
4955-    float x = (float)luaL_checknumber(L, 2);
4956-    float y = (float)luaL_checknumber(L, 3);
4957-    float w = (float)luaL_checknumber(L, 4);
4958-    float h = (float)luaL_checknumber(L, 5);
4959-    uint32_t color = (uint32_t)luaL_checkinteger(L, 6);
4960-    float line_width = (float)luaL_optnumber(L, 7, 1.0);

[Showing results with pagination = limit: 20]

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

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

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

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

MANIFEST
--- dims ---
tabler/heart (44, 44)
10

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

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

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

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

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

Exit code 1
E:\a327ex\Anchor\reference\love-compare\tools\lua54.exe: (command line):1: cannot open showcase.lua: No such file or directory
stack traceback:
    [C]: in function 'assert'
    (command line):1: in main chunk
    [C]: in ?

OK showcase

378:    COMMAND_SPRITE,
380:    COMMAND_SPRITESHEET_FRAME,  // Spritesheet frame with custom UVs and flash support
413:    uint8_t type;           // COMMAND_RECTANGLE, COMMAND_CIRCLE, COMMAND_SPRITE, COMMAND_APPLY_SHADER, COMMAND_SET_UNIFORM_*
2187:    cmd->type = COMMAND_SPRITE;
2242:    cmd->type = COMMAND_SPRITESHEET_FRAME;
4080:    float half_w = w * 0.5f;
4087:    // Shape params: [quad_w, quad_h, half_w, half_h, stroke, ...]
4088:    float shape[20] = {quad_w, quad_h, half_w, half_h, stroke};
4130:    float half_w = w * 0.5f;
4138:    // Shape params: [quad_w, quad_h, half_w, half_h, stroke=0, ...]
4139:    float shape[20] = {quad_w, quad_h, half_w, half_h, 0.0f};
4181:    float half_w = w * 0.5f;
4189:    // Shape params: [quad_w, quad_h, half_w, half_h, stroke=0, ...]
4190:    float shape[20] = {quad_w, quad_h, half_w, half_h, 0.0f};
4472:    float half_w = w * 0.5f;
4479:    // Shape params: [quad_w, quad_h, half_w, half_h, radius, stroke, ...]
4480:    float shape[20] = {quad_w, quad_h, half_w, half_h, radius, stroke};
4503:    float half_w = w * 0.5f;
4507:    float lx0 = x - half_w, ly0 = y - half_h;
4508:    float lx1 = x + half_w, ly1 = y - half_h;
4509:    float lx2 = x + half_w, ly2 = y + half_h;
4510:    float lx3 = x - half_w, ly3 = y + half_h;
4592:    float half_w = w * 0.5f;
4594:    float lx0 = x - half_w, ly0 = y - half_h;
4595:    float lx1 = x + half_w, ly1 = y - half_h;

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File created successfully at: C:\Users\adn\.claude\projects\E--a327ex\memory\reference_anchor2_sprite_centered.md (file state is current in your context — no need to Read it back)

The file C:\Users\adn\.claude\projects\E--a327ex\memory\MEMORY.md has been updated successfully. (file state is current in your context — no need to Read it back)

221:argument. Globals such as `layer_rectangle` shadow engine C functions with
231:layer_rectangle(lyr, x, y, w, h, color)
250:layer_image(lyr, image, x, y, color?, flash?)
251:layer_texture(lyr, tex_handle, x, y, color?)
296:  layer_rectangle(game_layer, 0, 0, width, height, bg_color())  -- background

228  
229 ### Drawing primitives
230 ```
231 layer_rectangle(lyr, x, y, w, h, color)
232 layer_rectangle_line(lyr, x, y, w, h, color, line_width?)
233 layer_rectangle_gradient_h(lyr, x, y, w, h, color1, color2)
234 layer_rectangle_gradient_v(lyr, x, y, w, h, color1, color2)
235 layer_rounded_rectangle(lyr, x, y, w, h, radius, color)
236 layer_rounded_rectangle_line(lyr, x, y, w, h, radius, color, line_width?)
237 layer_circle(lyr, x, y, radius, color)
238 layer_circle_line(lyr, x, y, radius, color, line_width?)
239 layer_capsule(lyr, x1, y1, x2, y2, radius, color)
240 layer_capsule_line(lyr, x1, y1, x2, y2, radius, color, line_width?)
241 layer_line(lyr, x1, y1, x2, y2, width, color)
242 layer_triangle(lyr, x1, y1, x2, y2, x3, y3, color)
243 layer_triangle_line(lyr, x1, y1, x2, y2, x3, y3, color, line_width?)
244 layer_polygon(lyr, vertices, color)
245 layer_polygon_line(lyr, vertices, color, line_width?)
246 ```
247 
248 ### Textures, sprites, text
249 ```
250 layer_image(lyr, image, x, y, color?, flash?)
251 layer_texture(lyr, tex_handle, x, y, color?)
252 layer_spritesheet(lyr, sheet, frame, x, y, color?, flash?)
253 layer_animation(lyr, anim, x, y, color?, flash?)

The file E:\a327ex\Anchor2\docs\FRAMEWORK_API_QUICK.md has been updated successfully. (file state is current in your context — no need to Read it back)

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)

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

(no misses — all resolved)

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

Phosphor (ph)
  total entries (all variants): 9072
  unique base concepts:         1512
  game-term base matches:       274
  sample matches: alien, app-window, arrow-arc-left, arrow-arc-right, arrow-bend-double-up-left, arrow-bend-double-up-right, arrow-bend-down-left, arrow-bend-down-right, arrow-bend-left-down, arrow-bend-left-up, arrow-bend-right-down, arrow-bend-right-up, arrow-bend-up-left, arrow-bend-up-right, arrow-circle-down, arrow-circle-down-left, arrow-circle-down-right, arrow-circle-left, arrow-circle-right, arrow-circle-up, arrow-circle-up-left, arrow-circle-up-right, arrow-clockwise, arrow-counter-clockwise, arrow-down, arrow-down-left, arrow-down-right, arrow-elbow-down-left, arrow-elbow-down-right, arrow-elbow-left, arrow-elbow-left-down, arrow-elbow-left-up, arrow-elbow-right, arrow-elbow-right-down, arrow-elbow-right-up, arrow-elbow-up-left, arrow-elbow-up-right, arrow-fat-down, arrow-fat-left, arrow-fat-line-down, arrow-fat-line-left, arrow-fat-line-right, arrow-fat-line-up, arrow-fat-lines-down, arrow-fat-lines-left, arrow-fat-lines-right, arrow-fat-lines-up, arrow-fat-right, arrow-fat-up, arrow-left

Tabler (tabler)
  total entries (all variants): 6146
  unique base concepts:         4581
  game-term base matches:       853
  sample matches: acrobatic, activity-heartbeat, adjustments-bolt, adjustments-heart, adjustments-star, alien, alphabet-runes, app-window, archery-arrow, arrow-autofit-content, arrow-autofit-down, arrow-autofit-height, arrow-autofit-left, arrow-autofit-right, arrow-autofit-up, arrow-autofit-width, arrow-back, arrow-back-up, arrow-back-up-double, arrow-badge-down, arrow-badge-left, arrow-badge-right, arrow-badge-up, arrow-bar-both, arrow-bar-down, arrow-bar-left, arrow-bar-right, arrow-bar-to-down, arrow-bar-to-down-dashed, arrow-bar-to-left, arrow-bar-to-left-dashed, arrow-bar-to-right, arrow-bar-to-right-dashed, arrow-bar-to-up, arrow-bar-to-up-dashed, arrow-bar-up, arrow-bear-left, arrow-bear-left-2, arrow-bear-right, arrow-bear-right-2, arrow-big-down, arrow-big-down-line, arrow-big-down-lines, arrow-big-left, arrow-big-left-line, arrow-big-left-lines, arrow-big-right, arrow-big-right-line, arrow-big-right-lines, arrow-big-up

Tabler (tabler)
  total entries (all variants): 6146
  unique base concepts:         4581
  game-term base matches:       853
  sample matches: acrobatic, activity-heartbeat, adjustments-bolt, adjustments-heart, adjustments-star, alien, alphabet-runes, app-window, archery-arrow, arrow-autofit-content, arrow-autofit-down, arrow-autofit-height, arrow-autofit-left, arrow-autofit-right, arrow-autofit-up, arrow-autofit-width, arrow-back, arrow-back-up, arrow-back-up-double, arrow-badge-down, arrow-badge-left, arrow-badge-right, arrow-badge-up, arrow-bar-both, arrow-bar-down, arrow-bar-left, arrow-bar-right, arrow-bar-to-down, arrow-bar-to-down-dashed, arrow-bar-to-left, arrow-bar-to-left-dashed, arrow-bar-to-right, arrow-bar-to-right-dashed, arrow-bar-to-up, arrow-bar-to-up-dashed, arrow-bar-up, arrow-bear-left, arrow-bear-left-2, arrow-bear-right, arrow-bear-right-2, arrow-big-down, arrow-big-down-line, arrow-big-down-lines, arrow-big-left, arrow-big-left-line, arrow-big-left-lines, arrow-big-right, arrow-big-right-line, arrow-big-right-lines, arrow-big-up

Phosphor (ph)
  total entries (all variants): 9072
  unique base concepts:         1512
  game-term base matches:       274
  sample matches: alien, app-window, arrow-arc-left, arrow-arc-right, arrow-bend-double-up-left, arrow-bend-double-up-right, arrow-bend-down-left, arrow-bend-down-right, arrow-bend-left-down, arrow-bend-left-up, arrow-bend-right-down, arrow-bend-right-up, arrow-bend-up-left, arrow-bend-up-right, arrow-circle-down, arrow-circle-down-left, arrow-circle-down-right, arrow-circle-left, arrow-circle-right, arrow-circle-up, arrow-circle-up-left, arrow-circle-up-right, arrow-clockwise, arrow-counter-clockwise, arrow-down, arrow-down-left, arrow-down-right, arrow-elbow-down-left, arrow-elbow-down-right, arrow-elbow-left, arrow-elbow-left-down, arrow-elbow-left-up, arrow-elbow-right, arrow-elbow-right-down, arrow-elbow-right-up, arrow-elbow-up-left, arrow-elbow-up-right, arrow-fat-down, arrow-fat-left, arrow-fat-line-down, arrow-fat-line-left, arrow-fat-line-right, arrow-fat-line-up, arrow-fat-lines-down, arrow-fat-lines-left, arrow-fat-lines-right, arrow-fat-lines-up, arrow-fat-right, arrow-fat-up, arrow-left

Tabler (tabler)
  total entries (all variants): 6146
  unique base concepts:         4581
  game-term base matches:       853
  sample matches: acrobatic, activity-heartbeat, adjustments-bolt, adjustments-heart, adjustments-star, alien, alphabet-runes, app-window, archery-arrow, arrow-autofit-content, arrow-autofit-down, arrow-autofit-height, arrow-autofit-left, arrow-autofit-right, arrow-autofit-up, arrow-autofit-width, arrow-back, arrow-back-up, arrow-back-up-double, arrow-badge-down, arrow-badge-left, arrow-badge-right, arrow-badge-up, arrow-bar-both, arrow-bar-down, arrow-bar-left, arrow-bar-right, arrow-bar-to-down, arrow-bar-to-down-dashed, arrow-bar-to-left, arrow-bar-to-left-dashed, arrow-bar-to-right, arrow-bar-to-right-dashed, arrow-bar-to-up, arrow-bar-to-up-dashed, arrow-bar-up, arrow-bear-left, arrow-bear-left-2, arrow-bear-right, arrow-bear-right-2, arrow-big-down, arrow-big-down-line, arrow-big-down-lines, arrow-big-left, arrow-big-left-line, arrow-big-left-lines, arrow-big-right, arrow-big-right-line, arrow-big-right-lines, arrow-big-up

Phosphor:  has 34/48 key game terms
  MISSING: dagger, spear, mace, gun, grenade, potion, crystal, gem, monster, dragon, spider, snake, bolt, poison

Tabler:  has 33/48 key game terms
  MISSING: dagger, knife, spear, mace, grenade, potion, scroll, magic, chest, treasure, monster, dragon, snake, lightning, poison

Phosphor: has 34/48 key game terms
  MISSING: dagger, spear, mace, gun, grenade, potion, crystal, gem, monster, dragon, spider, snake, bolt, poison
Tabler: has 33/48 key game terms
  MISSING: dagger, knife, spear, mace, grenade, potion, scroll, magic, chest, treasure, monster, dragon, snake, lightning, poison

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

28 icons written.
--- cleanup other packs ---
tabler/

dirs:
tabler/
tabler icons:
bag.png bell.png bolt.png bomb.png bow.png check.png chevron.png coin.png dice.png flame.png flask.png gear.png heart.png home.png key.png map.png minus.png play.png plus.png search.png shield.png skull.png star.png sword.png target.png trophy.png user.png x.png 
count:
28

bag bell bolt bomb bow check chevron coin dice flame flask gear heart home key map minus play plus search shield skull star sword target trophy user x

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\showcase.lua has been updated successfully. (file state is current in your context — no need to Read it back)

OK: main.lua
OK: showcase.lua

OK showcase

120  function layer_circle_line(lyr, x, y, radius, color, line_width)
121   eng.circle_line(lyr_handle(lyr), x, y, radius, color, line_width or 1)
122 end
123 
124 function layer_line(lyr, x1, y1, x2, y2, width, color)
125   eng.line(lyr_handle(lyr), x1, y1, x2, y2, width, color)
126 end
127 
128 function layer_capsule(lyr, x1, y1, x2, y2, radius, color)
129   eng.capsule(lyr_handle(lyr), x1, y1, x2, y2, radius, color)
130 end
131 
132 function layer_capsule_line(lyr, x1, y1, x2, y2, radius, color, line_width)
133   eng.capsule_line(lyr_handle(lyr), x1, y1, x2, y2, radius, color, line_width or 1)
134 end
135 
136 function layer_triangle(lyr, x1, y1, x2, y2, x3, y3, color)
137   eng.triangle(lyr_handle(lyr), x1, y1, x2, y2, x3, y3, color)
138 end
139 
140 function layer_triangle_line(lyr, x1, y1, x2, y2, x3, y3, color, line_width)
141   eng.triangle_line(lyr_handle(lyr), x1, y1, x2, y2, x3, y3, color, line_width or 1)
142 end
143 
144 function layer_polygon(lyr, vertices, color)
145   eng.polygon(lyr_handle(lyr), vertices, color)
146 end
147 
148 function layer_polygon_line(lyr, vertices, color, line_width)
149   eng.polygon_line(lyr_handle(lyr), vertices, color, line_width or 1)
... [15 more lines]

124:function layer_line(lyr, x1, y1, x2, y2, width, color)
125-  eng.line(lyr_handle(lyr), x1, y1, x2, y2, width, color)
126-end
127-

120  function layer_circle_line(lyr, x, y, radius, color, line_width)
121   eng.circle_line(lyr_handle(lyr), x, y, radius, color, line_width or 1)
122 end
123 
124 function layer_line(lyr, x1, y1, x2, y2, width, color)
125   eng.line(lyr_handle(lyr), x1, y1, x2, y2, width, color)
126 end
127 
128 function layer_capsule(lyr, x1, y1, x2, y2, radius, color)
129   eng.capsule(lyr_handle(lyr), x1, y1, x2, y2, radius, color)
130 end
131 

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

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

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

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

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
... [10 more lines]

<tool_use_error>String to replace not found in file.
String: function layer_line(lyr, x1, y1, x2, y2, width, color)
  eng.circle_line(lyr_handle(lyr), x1, y1, x2, y2, width, color)
end</tool_use_error>

OK: showcase.lua
OK: anchor/layer.lua
OK: main.lua

icons.minus icons.mjs icons.plus icons[concept] icons[ic] (used)

bag bell bolt bomb bow check chevron coin dice flame flask gear heart home key map minus play plus search shield skull star sword target trophy user x (on disk)

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)

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)

Launching skill: end-session

2026-05-30T00:38:19.959Z 06f5cfc2-4245-4927-9a2d-d7f372358eff [claude] <-- MOST RECENT
   C:\Users\adn\.claude\projects\E--a327ex\06f5cfc2-4245-4927-9a2d-d7f372358eff.jsonl

2026-05-30T00:37:53.930Z 8794b075-651a-4460-a6f1-0b750c98fa26 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\8794b075-651a-4460-a6f1-0b750c98fa26.jsonl

2026-05-29T02:34:32.882Z 7ac6a2b7-3877-43ff-aa31-1fdb6ddecb4d [claude]
   C:\Users\adn\.claude\projects\E--a327ex\7ac6a2b7-3877-43ff-aa31-1fdb6ddecb4d.jsonl

2026-05-29T01:31:57.910Z 6d2c125d-84df-4b93-bf8f-b4d42ed3c16e [claude]
   C:\Users\adn\.claude\projects\E--a327ex\6d2c125d-84df-4b93-bf8f-b4d42ed3c16e.jsonl

2026-05-28T09:20:00.333Z e2e61fa3-2d01-40bd-a9d5-125fff2990a9 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\e2e61fa3-2d01-40bd-a9d5-125fff2990a9.jsonl

=== DATE ===
2026-05-29 21:38:44
=== ricochet git? ===
fatal: not a git repository (or any of the parent directories): .git

NEWEST: /c/Users/adn/.claude/projects/E--a327ex/ced0b502-30f5-45ac-8a67-dc25bf7aae84.jsonl
Written to C:/Users/adn/AppData/Local/Temp/session-log.md
=== converted, lines: ===
3950 /tmp/session-log.md
# Session 2026-05-23 20:51

---

=== first 6 lines of transcript ===
# Session 2026-05-23 20:51

---

> >People who claim that Deleuze is merely incoherent or obscurantist aren’t giving the time and attention required to understand his work. He enacted the primary conceptual innovation of the 20th century after Hegel in the 19th. Of course his writing is difficult.
> 
=== lock file? ===
{"remaining": 17}

File created successfully at: E:\a327ex\a327ex-site\logs\visual-experiments-2.md (file state is current in your context — no need to Read it back)