1    # Invoker — Design
2   
3   What this game is, at a high level. Pair with `spells.md` for spell-system details and `plan.md` for the implementation roadmap.
4   
5   ---
6   
7   ## Concept
8   
9   Roguelike action game built on two novel-but-simple systems:
10  
11  1. **Live combinatorial spell-casting.** Player chords primitives (elements + formations) into spells in real time. Casting is a 3-key sequence; the same vocabulary recombines to produce dozens of distinct spells. No inventory, no orbs, no equipment — the build is which primitives you have, what modifiers are attached to them, and what passives + items you've accumulated.
12  
13  2. **Minesweeper-style meta-dungeon.** Between combats, the player navigates a procedurally generated grid of rooms with classic Minesweeper rules. Some rooms are mines (HP loss), some are combat encounters, some are shops or forges or treasure. Adjacent-mine numbers help deduce safe paths. The dungeon view replaces the older walkable hideout entirely.
14  
15  A run = beat the dungeons → reach the final boss. Death wipes everything (no meta-progression except a tutorial-skip flag).
16  
17  This is a **practice project**. Big-project ambition lives in `Psyonia/` — the Tales-of-Psyonia framing is deferred to a future production. When in doubt, cut rather than expand.
18  
19  ---
20  
21  ## Core loop
22  
23  1. Spawn into the **dungeon view** (Minesweeper grid).
24  2. Move room-to-room. Adjacent-mine numbers help you deduce safe paths.
25  3. Enter rooms:
26     - **Combat** — fight an encounter with your chord-cast spells.
27     - **Shop** — spend gold on new primitives / modifiers / passives / items.
28     - **Forge** — spend resources to upgrade what you have.
29     - **Treasure** — free reward.
30     - **Mine** — HP loss.
... [119 more lines]

1    # Invoker — Plan
2   
3   Implementation roadmap for the new direction (chord-cast spells + Minesweeper meta-dungeon). Pair with `design.md` for what we're building and `spells.md` for spell-system mechanics.
4   
5   ---
6   
7   ## Strategy
8   
9   **Tutorial-first.** Build the spell-cast tutorial and the dungeon-meta tutorial before any other content. The tutorial is the smallest complete game — if we can't teach it cleanly, the design has problems and we discard early rather than after building the rest. Once both tutorials work end-to-end, all the core systems exist; everything after is content expansion + lifecycle + polish.
10  
11  **Validate twice.** Two hard validation gates:
12  1. After Phase 1: does chord-casting feel satisfying? If no → pivot the casting design.
13  2. After Phase 2: does the Minesweeper meta feel engaging? If no → pivot the meta design.
14  
15  Either pivot is far cheaper at the gate than after building enemies, leagues, save systems, and content for the (now wrong) design.
16  
17  **Pacing.** Incremental. One sub-deliverable at a time. User tests between deliverables. No chaining without check-ins.
18  
19  ---
20  
21  ## Current state
22  
23  **Shipped (still relevant after the unwind):**
24  - v2 starter on Anchor 2 (`main.lua`, `anchor/` framework copy)
25  - Player movement (WASD)
26  - Wall pipeline + palette/edition cycling system
27  - Hideout + tutorial corridor map shapes (geometry only — entity content is from the old orbs design and will be replaced)
28  - UI primitive substrate (`ui.lua`): `ui_panel`, `ui_text`, `ui_slot`, `ui_item_icon`, drag-drop framework
29  - Cast HUD substrate (cast slots + primitive HUD + Q/E/R/T keycaps + Space repeat button)
30  - Spell catalog + canonical-chord lookup (`spells.lua`) for the Fire-section vocabulary
... [204 more lines]

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
... [71 more lines]

a327ex-site\logs\orblike-1-ability-and-4-modifiers.md
a327ex-site\logs\orblike-20-area-modifiers.md
a327ex-site\logs\orblike-3-abilities-15-mods.md
a327ex-site\logs\orblike-3-melee-abilities.md
a327ex-site\logs\orblike-5-abilities-6-mods.md
a327ex-site\logs\orblike-5-arrow-abilities.md
a327ex-site\logs\orblike-6-abilities-30-mods.md
a327ex-site\logs\orblike-6-abilities.md
a327ex-site\logs\orblike-assorted-improvements.md
a327ex-site\logs\orblike-board-ability-system.md
a327ex-site\logs\orblike-core-gameplay.md
a327ex-site\logs\orblike-damage-system.md
a327ex-site\logs\orblike-dark-variant-style.md
a327ex-site\logs\orblike-design-consolidation.md
a327ex-site\logs\orblike-design-plan.md
a327ex-site\logs\orblike-failed-beach-map-generation.md
a327ex-site\logs\orblike-fireball-homing.md
a327ex-site\logs\orblike-hideout-1.md
a327ex-site\logs\orblike-hideout-2.md
a327ex-site\logs\orblike-hideout-3.md
a327ex-site\logs\orblike-map-gen-wall-visuals.md
a327ex-site\logs\orblike-more-visuals-edition-system.md
a327ex-site\logs\orblike-orb-system-design.md
a327ex-site\logs\orblike-orbs-and-1-ability.md
a327ex-site\logs\orblike-pack-system.md
a327ex-site\logs\orblike-poe-sap-based-analysis.md
a327ex-site\logs\orblike-profiler-and-live-recording.md
a327ex-site\logs\orblike-project-bootstrap.md
a327ex-site\logs\orblike-redesign.md
a327ex-site\logs\orblike-snkrx-archeology.md
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a327ex-site\logs\invoker-hp-and-mana-orbs.md

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1    Title: Invoker HP and Mana Orbs
2   Date: 2026-05-13 23:14:09
3   
4   # Invoker HP and Mana Orbs
5   
6   ## Summary
7   
8   Built the HP and Mana orbs from scratch — went from no resource HUD at all to a fully shader-driven dual-orb display with 1D wave-sim surfaces, dithered cloud-noise interiors, scale + rotation hit feedback, and per-orb visual tuning. The orbs now sit in the bottom-left and bottom-right corners with `[`, `]`, `,`, `.` debug binds for damaging and refreshing them.
9   
10  **Orientation + initial direction:**
11  - Read the previous session log (`orblike-to-invoker.md`) plus `design.md` and `plan.md` to understand Phase 1 status. Sub-phases 1-3 (primitives, cast HUD, spell catalog) were done; sub-phase 6 (HP / Mana orbs) was untouched.
12  - User picked "HP + mana orbs first" over the alternative options (Fireball-first, tutorial-first), with mouse-cursor aim queued for later.
13  - Surfaced the design conflict between `design.md`'s "ARPG corner orbs" spec and `mockup_ui_kit_1.html`'s top-bar stat-chip canon. User said "try both styles."
14  
15  **First HUD experiment — corner orbs vs top-bar chips:**
16  - Built `ui_resource_orb` (PoE-style stencil-clipped liquid disc) and `ui_stat_chip` (compact ♥ 100/100 panel) as side-by-side comparison primitives in `ui.lua`.
17  - Added `hp/hp_max/mp/mp_max = 100/100` to `run_new()` in `run.lua`.
18  - Hit a `bad argument #5 to 'circle'` error on the stencil mask draw — the locked-palette colors are tables that need to be *called* (`color()`) to pack into rgba ints for the engine. Switched `color(255,255,255)` to `white()`.
19  - User chose: drop the orbs, move the chips to bottom-left stacked vertically (HP on top, MP below, 8 px margin, 2 px gap between).
20  
21  **Pivot back to orbs (with shader):**
22  - User: "let's try the orbs again, orblike_hud has a visual example. Try to make it look like liquid with a shader instead of just a flat circle."
23  - Searched `E:/a327ex` for a "something something wave" project the user remembered for a 1D wave sim — no folder/code matched (only `next_wave` enemies in BYTEPATH, `Waver.lua`, shockwave shaders, and the `shake.lua` modules in every project). User said they'd find the archive.
24  - Wrote `assets/orb_liquid.frag`: dedicated `orb_layer = layer_new('orbs')` rendered between game and UI, full-pass post-process shader that procedurally renders up to 2 orbs from per-frame uniforms.
25  - First shader version had directional brightness gradient + specular highlight band + edge vignette. User: "the gradients you have for the liquid feel a bit incongruent... the game only has gradients for the walls but they're way more subtle and over longer distances. The various polychrome, etc effects are also noise that's more subtle than this."
26  
27  **SNKRX flat-color rewrite:**
28  - Read `reference/snkrx_style_effects.md` design philosophy: flat colors, no gradients, layered springs, rectangles not sprites.
29  - Stripped the directional gradient + specular + edge vignette. Added subtle organic cloud noise lifted from `wall_gradient.frag`'s `organic_field` function (3-term sin/cos sum at different frequencies + phase offsets).
30  - Added a thin lighter strip directly on the waterline so the surface reads as a discrete pixel line.
... [170 more lines]

1    # Framework API Quick Reference
2   
3   Function signatures for the Anchor 2 Lua framework. See `FRAMEWORK_API.md` for
4   detailed documentation with examples.
5   
6   **Architecture.** Anchor 2 is mostly procedural: most modules are plain functions that
7   take state as the first argument (e.g. `timer_update(self.timer, dt)`). The only
8   framework classes are `collider` (body+shape bundling and steering behaviors) and
9   thin wrappers around resource handles (`font`, `spritesheet`, `image`). Game
10  entities are your own classes created with `class()`.
11  
12  **No `an` god-object. No object tree. No action phases.** The game owns its
13  main loop; update and draw are top-level globals the engine calls directly.
14  
15  ---
16  
17  ## Initialization
18  
19  ```lua
20  require('anchor')({
21    width = 480,        -- game resolution width (default: 480)
22    height = 270,       -- game resolution height (default: 270)
23    title = "My Game",  -- window title (default: "Anchor")
24    scale = 3,          -- initial window scale (default: 3)
25    vsync = true,       -- vertical sync (default: true)
26    fullscreen = false, -- start fullscreen (default: false)
27    resizable = true,   -- window resizable (default: true)
28    filter = "rough",   -- "rough" or "smooth" (default: "rough")
29    render_uncapped = false,  -- false (default): cap render at 60Hz for
30                              --   chunky pixel-art motion on high-refresh
... [714 more lines]

1    require('anchor')({
2     width = 480,
3     height = 270,
4     title = "Invoker",
5     scale = 3,
6     filter = "rough",
7   })
8   
9   -- ============================================================================
10  -- LOCKED PALETTE (per reference/ui_primitives_spec.md and the four
11  -- reference/mockup_ui_kit_*.html files). 18 canonical tokens — 9 chrome
12  -- (grayscale ladder, dark to light) + 9 accents (roughly by hue).
13  -- ============================================================================
14  
15  -- Chrome (grayscale ladder, dark → light)
16  bg = color(22, 28, 34)
17  slot_fill = color(27, 31, 34)
18  panel_fill = color(31, 33, 38)
19  charcoal = color(45, 48, 51)
20  panel_border = color(56, 60, 65)
21  grey = color(74, 77, 80)
22  text_muted = color(140, 140, 145)
23  white = color(200, 200, 200)
24  text = color(240, 240, 235)
25  
26  -- Accents (roughly by hue)
27  red = color(210, 49, 56)
28  orange = color(233, 108, 27)
29  yellow = color(234, 171, 28)
30  lime = color(148, 176, 41)
... [294 more lines]

User has answered your questions: "What should we tackle next this session?"="[User dismissed — do not proceed, wait for next instruction]". You can now continue with the user's answers in mind.

1    --[[
2     run.lua — per-run state namespace and lifecycle.
3   
4     The `run` global holds everything that should die when a run ends. On
5     death, boss kill, or a manual reset (F12), run_reset() walks the old
6     table for resources that own engine handles, frees them, then assigns
7     a fresh `run = run_new()`. Anything reachable only through the old
8     `run` table is GC'd.
9   
10    Schema (placeholders — populated as the new spell system lands):
11      primitive_slots     fixed-size array of length PRIMITIVE_SLOT_COUNT
12                          (4). Each index is a primitive_id string or nil
13                          (empty). Slot index → key is fixed by
14                          PRIMITIVE_SLOT_KEYS = {'q','e','r','t'}, so
15                          primitive_slots[1] is the Q-bound primitive.
16                          primitives_acquire fills the earliest empty slot.
17      modifiers_owned     array of modifier ids
18      primitive_modifiers map primitive_id → array of modifier_ids attached
19      cast_slots          current chord (array of primitive_ids); cleared
20                          on cast or cancel
21      last_cast_chord     copy of the last successfully-cast chord; the
22                          Repeat button (Space / right-side button) fires
23                          this chord again. nil until first cast.
24  
25    What does NOT live in `run` (persists across runs):
26      settings, tutorial_completed, save serialization
27      UI scratch state (drag_state, cast UI visibility) — defensively cleared
28        in run_reset where it could reference per-run data.
29  
30    Discipline: the destroy pass runs BEFORE the table is replaced, so any
... [76 more lines]

1    --[[
2     cast.lua — spell chord input + execution.
3   
4     Tap-sequence chord building: primitive keys append to run.cast_slots
5     (cap = 3). LMB attempts a cast; RMB/Esc cancels. Pure-formation chords
6     silently noop (the at-least-one-element rule from spells.md). Actual
7     spell-effect dispatch is a placeholder until the catalog lands in the
8     next sub-phase.
9   
10    Inputs (bound in main.lua):
11      prim_q/e/r/t/f  the five primitive slot keys (acquisition order)
12      cast            mouse:1 — attempt cast
13      cast_cancel     mouse:3 + key:escape — clear chord
14  
15    See design.md, plan.md (Phase 1, sub-phase 3), and spells.md.
16  ]]
17  
18  --[[
19    cast_input_update(dt)
20  
21    Per-frame chord state machine + HUD spring driver. Called from update()
22    before the player update so input from this frame is reflected
23    immediately. Also advances the cast HUD's per-slot springs (used for
24    the pop-in feedback when a primitive is added).
25  
26    Discipline notes:
27      - Slot-full presses are dropped (no FIFO/LIFO replacement). The user
28        must RMB to clear and rebuild.
29      - Mid-chord removal is not supported.
30      - Order of simultaneous keypresses is whatever Lua's pairs() gives.
... [214 more lines]

1    --[[
2     spells.lua — spell catalog (chord → spell name + element).
3   
4     Lookup table keyed by *canonical* chord: primitive ids sorted
5     alphabetically and joined by commas. The spell entry carries:
6       name     display name shown in the info_text on successful cast
7       element  primitive id whose color tints the info_text. Picked
8                as the "primary" element of the spell (e.g. Fire spells
9                carry the Fire color even when Wind or another element
10               also appears in the chord).
11  
12    The catalog currently covers everything spelled out in spells.md's
13    Fire section (36 combinations). Non-Fire spells from spells.md
14    (Wind+Self Airborne, Wind+Self+Line Flicker Strike, Force+Self Dash)
15    are intentionally not yet wired up — current scope is Fire only.
16  
17    Multiple chords can map to the same display name when spells.md
18    declares them as the same effect with a behavior modification (e.g.
19    Fire+Fire vs Fire+Fire+Self both ARE "Fire Pillar", differing only
20    in where the pillar lands). The catalog records the name as-is.
21  
22    Any chord not in this table fizzles via cast_attempt.
23  ]]
24  
25  spells = {}
26  
27  --[[
28    spell_canonical_chord(chord) -> string
29  
30    Canonical key from a chord array. Multiset semantics — order doesn't
... [74 more lines]

1    # Invoker — Spell System
2   
3   Live combinatorial spell-casting. Player chords primitives into spells; the same primitives can be recombined moment-to-moment. Replaces the orb/gem/socket system from earlier design iterations.
4   
5   ---
6   
7   ## Cast structure
8   
9   - **3 slots per cast.** A cast may fill 1, 2, or 3 slots.
10  - **Multiset semantics.** Order doesn't matter (Fire+Wind+Earth = Earth+Fire+Wind).
11  - **At least one element required.** Pure-formation casts don't fire.
12  - **Cost = mana.** Spammable. Cost scales with chord complexity (specific values TBD).
13  
14  ## Primitive types
15  
16  - **Elements** — what the magic *is*. Each has a default unmodified behavior ("fantasy") that surfaces when no formation modifies it.
17  - **Formations** — how the magic manifests. Act as rule operators on whatever else is in the cast.
18  
19  ## Compositional rules
20  
21  **Element default.** Each element has an unmodified behavior. Fire's default is unstructured outward expulsion in front of the caster.
22  
23  **Same-element doubling** introduces a new geometric form (not just intensification). Example: Fire+Fire = Fire Pillar (rectangular damage area at target).
24  
25  **Same-element tripling** unlocks a *compound primitive*. The cast both fires the powerful pure-element spell *and* teaches the recipe. Compound primitives can later be found in the world as 1-slot drops that encode multiple primitives' worth of effect, enabling deeper spells inside the 3-slot limit.
26  
27  **Formation operators** (rough tendencies in single-formation casts, not strict laws):
28  
29  | Formation | Tendency |
30  |---|---|
... [559 more lines]

1    --[[
2     orb.lua — visual state container for one resource orb.
3   
4     Wraps the existing waves.lua surface simulation with a pair of
5     springs that drive the orb's overall scale and rotation. A "hit"
6     drives all three (wave splash + scale squish + rotation kick); a
7     "refresh" only nudges the wave gently and skips the wobble.
8   
9     Springs:
10      main      — overall scale, rest 1.0. spring_new() default
11                  (frequency 5, bounce 0.5).
12      rotation  — rotation in radians, rest 0. Faster (frequency 8)
13                  so the kick snaps back quickly. The shader rotates
14                  the orb's interior contents with this so the wobble
15                  is now actually visible.
16  
17    Why splash size is fixed at width=6 for hits and width=4 for
18    refreshes: hits should disturb a wider region of the surface
19    (matches the physical reading of "a chunk got blasted"); refreshes
20    are gentle "drink" animations that touch a narrower band.
21  ]]
22  
23  function orb_new()
24    local o = {
25      wave    = waves_new(),
26      springs = spring_new(),  -- 'main' default at 1.0
27    }
28    spring_add(o.springs, 'rotation', 0, 8, 0.5)
29    return o
30  end
... [44 more lines]

1    --[[
2     info_text.lua — floating effect-text (damage-number style).
3   
4     Spawned by gameplay events to announce what happened in-world.
5     Currently used by cast_attempt to show spell name on success and
6     "Fizzle" on undefined chords; future uses include damage numbers,
7     status applications ("Ignited"), pickups, etc.
8   
9     Behavior:
10      - Spawns at a world position. Anchored to spawn location — the
11        text doesn't follow whatever spawned it (so it behaves like a
12        damage number floating away from a hit, not a tooltip stuck to
13        the player).
14      - Floats upward over INFO_TEXT_DURATION, rising INFO_TEXT_RISE
15        pixels by end of life.
16      - Alpha holds at 1.0 for the first FADE_HOLD fraction of the
17        lifetime, then fades linearly to 0 over the remainder.
18      - Renders a dark, semi-transparent rectangle behind the text;
19        text is drawn in the effect color (e.g. red for Fire spells).
20      - Drawn on the world-space (camera-attached) game layer.
21  
22    State is a module-level `info_texts` array. Update advances time
23    for each entry and removes expired ones; draw renders all active.
24  ]]
25  
26  info_texts = {}
27  
28  local INFO_TEXT_DURATION = 0.9   -- total lifespan, seconds
29  local INFO_TEXT_RISE     = 22    -- pixels of upward travel by end
30  local FADE_HOLD          = 0.5   -- fraction of lifetime at full alpha
... [94 more lines]

1    player = class()
2   
3   function player:new(x, y)
4     self.x, self.y = x, y
5     self.w, self.h = 10, 10
6     self.base_speed = 100
7     self.speed = self.base_speed
8     self.r = 0
9     self.visual_r = 0
10    self.sx, self.sy = 1, 1
11    self.edition = 0
12    self.moving = false
13    self.previous_moving = false
14    self.flashing = false
15    self.hp = 100
16    self.max_hp = 100
17  
18    make_entity(self)
19  
20    self.collider = collider(self, 'player', 'dynamic', 'box', self.w, self.h)
21    self.collider:set_gravity_scale(0)
22    self.collider:set_fixed_rotation(true)
23    self.collider:set_position(x, y)
24  
25    self.timer = timer_new()
26    self.spring = spring_new()
27    spring_add(self.spring, 'hit', 1)
28    spring_add(self.spring, 'shoot', 1)
29    spring_add(self.spring, 'move', 1)
30  end
... [69 more lines]

E:\a327ex\Invoker\main.lua:232:  if run and is_pressed('debug_hp_down') then local d = math.random(5, 100); orb_hit(hp_orb,     math.random(), d, run.hp_max); run.hp = math.max(0,          run.hp - d) end
E:\a327ex\Invoker\main.lua:233:  if run and is_pressed('debug_hp_up')   then local r = math.random(5,  40); orb_refresh(hp_orb, math.random(), r, run.hp_max); run.hp = math.min(run.hp_max, run.hp + r) end
E:\a327ex\Invoker\main.lua:234:  if run and is_pressed('debug_mp_down') then local d = math.random(5, 100); orb_hit(mp_orb,     math.random(), d, run.mp_max); run.mp = math.max(0,          run.mp - d) end
E:\a327ex\Invoker\main.lua:235:  if run and is_pressed('debug_mp_up')   then local r = math.random(5,  40); orb_refresh(mp_orb, math.random(), r, run.mp_max); run.mp = math.min(run.mp_max, run.mp + r) end
E:\a327ex\Invoker\main.lua:283:      {cx = 36,         cy = height - 36, radius = 28, fill = run.hp/run.hp_max, color = red,        cur = run.hp, max = run.hp_max, noise_mode = 0, state = hp_orb, mute_sat = 0.875, mute_lit = 0.94},
E:\a327ex\Invoker\main.lua:284:      {cx = width - 36, cy = height - 36, radius = 28, fill = run.mp/run.mp_max, color = light_blue, cur = run.mp, max = run.mp_max, noise_mode = 5, state = mp_orb, mute_sat = 1.0,   mute_lit = 1.0 },
E:\a327ex\Invoker\player.lua:15:  self.hp = 100
E:\a327ex\Invoker\player.lua:16:  self.max_hp = 100
E:\a327ex\Invoker\plan.md:46:- Spell system — primitives data layer + cast HUD + chord-input + spell catalog done; spell-effect dispatch is still placeholder text only; mana pool/regen/cost not wired (the visual orb is wired to a placeholder `run.mp` value)
E:\a327ex\Invoker\reference\004\main.yue:143:        for i = 1, @stats.hp.x
E:\a327ex\Invoker\reference\004\main.yue:149:        for i = 1, @stats.hp.x
E:\a327ex\Invoker\reference\004\lua\main.lua:359:           self:stats_set_stat('hp', self.hp or 20, 0, 20) -- 135
E:\a327ex\Invoker\reference\004\lua\main.lua:367:                   for i = 1, self.stats.hp.x do -- 143
E:\a327ex\Invoker\reference\004\lua\main.lua:377:                   for i = 1, self.stats.hp.x do -- 149
E:\a327ex\Invoker\reference\239A5-P60B91D\main.yue:173:      game\draw_text_centered tostring(@stats.hp.x), font, @x, @y + 1.3*@h, 0, 1, 1, 0, 0, colors.white[0]
E:\a327ex\Invoker\reference\239A5-P60B91D\main.yue:195:  player_hp = @stats.hp.x
E:\a327ex\Invoker\reference\239A5-P60B91D\main.yue:196:  @\stats_add_to_stat 'hp', -enemy.stats.hp.x
E:\a327ex\Invoker\reference\239A5-P60B91D\main.yue:197:  if @stats.hp.x <= 0
E:\a327ex\Invoker\reference\239A5-P60B91D\main.yue:229:  if enemy.stats.hp.x <= 0
E:\a327ex\Invoker\reference\239A5-P60B91D\main.yue:273:      game\draw_text_centered tostring(@stats.hp.x), font, @x, @y + 1.2*@h, 0, 1, 1, 0, 0, @flashes.main.x and colors.white[0] or @color
E:\a327ex\Invoker\reference\239A5-P60B91D\main.yue:311:  if enemy.stats.hp.x <= 0
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:286: self:stats_set_stat('hp', self.hp or 80, 0, 100000) -- 144
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:371:         game:draw_text_centered(tostring(self.stats.hp.x), font, self.x, self.y + 1.3 * self.h, 0, 1, 1, 0, 0, colors.white[0]) -- 173
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:413: local player_hp = self.stats.hp.x -- 195
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:414: self:stats_add_to_stat('hp', -enemy.stats.hp.x) -- 196
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:415: if self.stats.hp.x <= 0 then -- 197
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:467: if enemy.stats.hp.x <= 0 then -- 229
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:522: self:stats_set_stat('hp', self.hp or 100, 0, 100000) -- 265
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:532:         game:draw_text_centered(tostring(self.stats.hp.x), font, self.x, self.y + 1.2 * self.h, 0, 1, 1, 0, 0, self.flashes.main.x and colors.white[0] or self.color) -- 273
E:\a327ex\Invoker\reference\239A5-P60B91D\lua\main.lua:581: if enemy.stats.hp.x <= 0 then -- 311
... [72 more lines]

emoji-ball-battles\reference\super-emoji-box\engine\stats.lua
emoji-ball-bounce\reference\super-emoji-box\engine\stats.lua
emoji-ball-battles\reference\super-emoji-pop-prototype\src\engine\mixins\stats.lua
emoji-ball-bounce\reference\super-emoji-pop-prototype\src\engine\mixins\stats.lua
emoji-ball-battles\reference\super-emoji-invaders\src\engine\mixins\stats.lua
emoji-ball-battles\reference\super-emoji-pairs\src\engine\mixins\stats.lua
emoji-ball-bounce\reference\super-emoji-invaders\src\engine\mixins\stats.lua
Invoker\reference\001-No-title\anchor\stats.lua
Invoker\reference\239A5-P60B91D\lua\anchor\stats.lua
ld54-remake\54\ld54-main\lua\anchor\stats.lua
emoji-ball-battles\reference\emoji-merge-main\anchor\stats.lua
emoji-ball-bounce\reference\emoji-merge-main\anchor\stats.lua
Anchor\reference\super emoji box\lun\stats.lua
emoji-ball-battles\reference\super emoji box\lun\stats.lua
emoji-ball-battles\reference\super emoji pop\lun\stats.lua
emoji-ball-bounce\reference\super emoji box\lun\stats.lua
emoji-ball-bounce\reference\super emoji pop\lun\stats.lua
Invoker\reference\Rekoyam Tsohg\lun\stats.lua
Anchor\reference\love-compare\anchor\stats.lua
music-theory\old\Code\Chordbank\anchor\stats.lua
Anchor-lua\reference\super emoji box\lun\stats.lua
Anchor-lua\reference\love-compare\anchor\stats.lua
Anchor-YueScript\reference\super emoji box\lun\stats.lua
Anchor-YueScript\reference\love-compare\anchor\stats.lua
Invoker\reference\008 - Antitower [success]\lun\stats.lua
Invoker\reference\004\lua\anchor\stats.lua

Invoker\reference\004\anchor\stats.yue
Invoker\reference\008 - Antitower [success]\lun\stats.yue

No files found

   82 E:/a327ex/Invoker/reference/001-No-title/anchor/stats.lua
   83 E:/a327ex/Invoker/reference/239A5-P60B91D/lua/anchor/stats.lua
   83 E:/a327ex/Invoker/reference/004/lua/anchor/stats.lua
   96 E:/a327ex/Invoker/reference/008 - Antitower [success]/lun/stats.lua
  104 E:/a327ex/Invoker/reference/Rekoyam Tsohg/lun/stats.lua
  104 E:/a327ex/Anchor/reference/love-compare/anchor/stats.lua
  104 E:/a327ex/Anchor/reference/super emoji box/lun/stats.lua
   97 E:/a327ex/emoji-ball-battles/reference/super-emoji-box/engine/stats.lua
   83 E:/a327ex/emoji-ball-battles/reference/emoji-merge-main/anchor/stats.lua
   75 E:/a327ex/emoji-ball-battles/reference/super-emoji-invaders/src/engine/mixins/stats.lua
  911 total

1    --[[
2     Module responsible for stats in objects. Example:
3       self:stats_set('str', 0, -10, 10)
4     Now self.stats.str is a table with attribute self.x = 0, self.min = -10 and self.max = 10. The current value can be accessed via self.stats.str.x.
5     If you want to add to the current value of the stat:
6       self:stats_add('str', 10)
7     This adds 10 to self.stats.str.x and thus makes it 10. If you want to subtract from it:
8       self:stats_add('str', -10)
9     Now self.stats.str.x is 0. If you try to increase or decrease the value beyond its limits then it will be capped by min and max values:
10      self:stats_add('str', 1000)
11    self.stats.str.x is now 10, which is the maximum it can be.
12  
13    Often times in games you don't want permanent changes of value, but temporary ones due to buffs/debuffs:
14      self:stats_set_adds('str', self.str_buff_1 and 1 or 0, self.str_buff_2 and 1 or 0, self.str_buff_3 and 2 or 0, self.str_buff_4 and 4 or 0)
15      self:stats_set_mults('str', self.str_buff_5 and 0.2 or 0, self.str_debuff_1 and -0.2 or 0, self.str_buff_6 and 0.5 or 0)
16    Calling these two functions in an object's update function will make self.stats.str have buffs that add up to 8, and it will also have its buffs
17    multiplied by the addition of all mults, in this case they all add up to 0.5, so the final str value would be (base + adds)*(1 + mults),
18    which, assuming base str is 2, for instance, will end up being (2 + 8)*1.5 = 15, but because max for str is 10 then it will be just 10.
19  
20    It's important to note that self:stats_set_adds and self:stats_set_mults have to be called every frame with the appropriate modifiers set,
21    as additions and multipliers set through these functions are temporary and assumed to be non-existent if the functions aren't called.
22  ]]--
23  stats = class:class_new()
24  function stats:stats()
25    self.tags.stats = true
26    self.stats = {} -- this overwrites the "stats" function on this object, which is fine since you only need to initialize an object like this once
27    return self
28  end
29  
30  --[[
... [75 more lines]

1    --[[
2     Module responsible for stats in objects. Example:
3       self:stats_set('str', 0, -10, 10)
4     Now self.stats.str is a table with attribute self.x = 0, self.min = -10 and self.max = 10. The current value can be accessed via self.stats.str.x.
5     If you want to add to the current value of the stat:
6       self:stats_add('str', 10)
7     This adds 10 to self.stats.str.x and thus makes it 10. If you want to subtract from it:
8       self:stats_add('str', -10)
9     Now self.stats.str.x is 0. If you try to increase or decrease the value beyond its limits then it will be capped by min and max values:
10      self:stats_add('str', 1000)
11    self.stats.str.x is now 10, which is the maximum it can be.
12  
13    Often times in games you don't want permanent changes of value, but temporary ones due to buffs/debuffs:
14      self:stats_set_adds('str', self.str_buff_1 and 1 or 0, self.str_buff_2 and 1 or 0, self.str_buff_3 and 2 or 0, self.str_buff_4 and 4 or 0)
15      self:stats_set_mults('str', self.str_buff_5 and 0.2 or 0, self.str_debuff_1 and -0.2 or 0, self.str_buff_6 and 0.5 or 0)
16    Calling these two functions in an object's update function will make self.stats.str have buffs that add up to 8, and it will also have its buffs
17    multiplied by the addition of all mults, in this case they all add up to 0.5, so the final str value would be (base + adds)*(1 + mults),
18    which, assuming base str is 2, for instance, will end up being (2 + 8)*1.5 = 15, but because max for str is 10 then it will be just 10.
19  
20    It's important to note that self:stats_set_adds and self:stats_set_mults have to be called every frame with the appropriate modifiers set,
21    as additions and multipliers set through these functions are temporary and assumed to be non-existent if the functions aren't called.
22  ]]--
23  stats = class:class_new()
24  function stats:stats()
25    self.tags.stats = true
26    self.stats = {} -- this overwrites the "stats" function on this object, which is fine since you only need to initialize an object like this once
27    return self
28  end
29  
30  --[[
... [75 more lines]

1    -- A mixin that handles stats capabilities
2   -- A simple example:
3   --   self:set_stat('str', 0, -10, 10)
4   --   self:set_stat('con', 0, -10, 10)
5   --   self:set_stat('dex', 0, -10, 10)
6   --   self:set_stat('int', 0, -10, 10)
7   -- self.str, self.con, self.dex and self.int are now attributes with values of 0.
8   -- Their minimum and maximum values are enforced when using self:add_stat.
9   -- If you want to add to the original stat:
10  --   self:add_stat('str', 10)
11  -- This will make self.str = 10. If you want to decrease it:
12  --   self:add_stat('str', -10)
13  -- Now self.str is 0. If you try to increase or decrease the value beyond its limits then it will be capped:
14  --   self:add_stat('str', 1000)
15  -- self.str is now 10, which is the maximum value it can have.
16  -- Often times in games you don't want permanent additions, but temporary ones due to buffs. To achieve this use self:set_adds and stats_set_mults every frame:
17  --   self:set_adds('str', self.str_buff_1 and 1 or 0, self.str_buff_2 and 1 or 0, self.str_buff_3 and 2 or 0, self.str_buff_4 and 4 or 0)
18  --   self:set_mults('str', self.str_buff_5 and 0.2 or 0, self.str_debuff_1 and -0.2 or 0, self.str_buff_6 and 0.5 or 0)
19  -- And in this case self.str will have buffs that add up to 8 (meaning if the base str value is 10 then it will be 18 as long as all the buffs are up),
20  -- and it will also have its buffs multiplied by the addition of all mults, in this case they all add up to 0.5, so the final value str value will be (base + adds)*(1 + mults),
21  -- which, assuming base str is 2, will end up being (2 + 8)*1.5 = 15, but because the max for str is 10 then it will just be 10.
22  -- It's important to note that self:set_adds and self:set_mults have to be called every frame with the appropriate modifiers set,
23  -- as additions and multipliers set through these functions are temporary and assumed to be non-existant if the functions aren't called.
24  stats = class:implement()
25  function stats:new_stats()
26    self.stat_names = {}
27    self.stat_minima = {}
28    self.stat_maxima = {}
29    self.stat_adds = {}
30    self.stat_mults = {}
... [68 more lines]

1    -- [yue]: ..\lun\stats.yue
2   do -- 25
3       local _class_0 -- 25
4       local _base_0 = { -- 25
5           stats = function(self) -- 26
6               self.tags.stats = true -- 27
7               self.stats = { } -- 28
8               return self -- 29
9           end, -- 35
10          stats_post_update = function(self, dt) -- 35
11              for name, stat in pairs(self.stats) do -- 36
12                  stat.adds = { } -- 37
13                  stat.mults = { } -- 38
14              end -- 38
15          end, -- 45
16          stats_set = function(self, name, x, min, max) -- 45
17              if self.stats[name] then -- 46
18                  self.stats[name].x = x or self.stats[name].x -- 47
19                  self.stats[name].min = min or self.stats[name].min -- 48
20                  self.stats[name].max = max or self.stats[name].max -- 49
21              else -- 51
22                  self.stats[name] = { -- 51
23                      x = x, -- 51
24                      min = min or -1000000, -- 51
25                      max = max or 1000000, -- 51
26                      adds = { }, -- 51
27                      mults = { } -- 51
28                  } -- 51
29              end -- 46
30              self.stats[name].x = math.clamp(self.stats[name].x, self.stats[name].min, self.stats[name].max) -- 52
... [67 more lines]

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257:  ui_orbs_chrome(lyr, orbs)
259:      passes the same array plus cur/max numbers per orb via the
260:      `cur` and `max` fields. Big current value + smaller "/ max"
309:function ui_orbs_chrome(layer, orbs)
312:    if o and o.radius > 0 and o.cur and o.max then
313:      local big   = tostring(math.floor(o.cur))

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110    the `p` global set in main.lua. Effect dispatch (real spell visuals,
111   mana cost, sound) lands in a later sub-phase; this currently only
112   announces the cast via floating text.
113 ]]
114 function cast_attempt(chord, opts)
115   local silent  = opts and opts.silent
116   local spawn_x = (p and p.x) or 0
117   local spawn_y = ((p and p.y) or 0) - 12
118 
119   -- Snapshot the chord for the Repeat button. Done before the fizzle
120   -- short-circuit so repeat replays *whatever* the player last did —
121   -- a fizzled chord can be repeated to fizzle again, not skipped over
122   -- in favor of an earlier successful cast. Copy into a fresh array
123   -- because the caller typically clears its own array (run.cast_slots)
124   -- right after this returns.
125   if run then
126     run.last_cast_chord = {}
127     for i = 1, #chord do run.last_cast_chord[i] = chord[i] end
128   end
129 
130   local entry = spell_lookup(chord)
131   if not entry then
132     -- Fizzle: pure-formation chord OR undefined combination.
133     if not silent then info_text_spawn(spawn_x, spawn_y, 'Fizzle', red) end
134     return false
135   end
136 
137   -- Mana cost gating. Cost scales with chord length (spell_cost).
138   -- Insufficient mana fizzles with a distinct "No Mana" message in
139   -- mana-coded light_blue so the player learns the constraint
... [30 more lines]

95   --[[
96    cast_attempt(chord, opts) -> bool
97  
98    Looks up the chord in the spell catalog (spells.lua). On hit, spawns
99    an info_text floating up from the player in the spell's element
100   color. On miss — pure-formation chords (no element) and undefined
101   combinations both — spawns "Fizzle" in muted red.
102 
103   Returns true on successful cast, false on fizzle.
104 
105   opts (optional):
106     silent  if true, suppresses both the success and fizzle info_texts.
107             Used by the repeat replay so re-casts don't re-announce.
108 
109   Spawn position is just above the player. Player position comes from
110   the `p` global set in main.lua. Effect dispatch (real spell visuals,
111   mana cost, sound) lands in a later sub-phase; this currently only
112   announces the cast via floating text.
113 ]]
114 function cast_attempt(chord, opts)
115   local silent  = opts and opts.silent
116   local spawn_x = (p and p.x) or 0
117   local spawn_y = ((p and p.y) or 0) - 12
118 
119   -- Snapshot the chord for the Repeat button. Done before the fizzle
120   -- short-circuit so repeat replays *whatever* the player last did —
121   -- a fizzled chord can be repeated to fizzle again, not skipped over
122   -- in favor of an earlier successful cast. Copy into a fresh array
123   -- because the caller typically clears its own array (run.cast_slots)
124   -- right after this returns.
... [90 more lines]

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[
  {
    "type": "text",
    "text": "Good enough. Time to write the report.\n\n---\n\n## Data model summary\n\n**Abilities are a single global data table.** `abilities = {...}` at `main.lua:704-1084` holds ~28 entries, each a plain table with declarative fields (`activation`, `tags`, `cooldown`, `damage`, `carrier`, plus per-ability tuning like `barrage_count`, `fuse_timer`, `dash_range`). The `carrier` field is a string discriminator (`'melee'`, `'aimed_area'`, `'chain'`, `'big_rock'`, `'construct'`, `'random'`, `'projectile'` (default), plus all the channeling carriers). Abilities without `carrier` fall through to the projectile branch.\n\n**Modifiers are not defined at all.** They live only as string keys in a `mods` table. The \"definition\" of each modifier is wherever the code reads `mods.foo` or `mods['foo+']`. No registry, no metadata, no list of valid names. The 70-modifier inventory in `reference/tags.md` is documentation, not code \u2014 there is no programmatic enforcement.\n\n**Modifier attachment** happens on two carriers: the player (`p1.slots`) and each orb (`self.slots`). Both expose the same shape \u2014 an array of `{type='modifier', name='pierce', value=2}`. `player:get_mods()` (`main.lua:7300-7308`) flattens slots into a `{name=value}` table. `orb:activate` (`main.lua:1267-2134`) merges player mods with orb-local mods at cast time (`main.lua:1276-1280`, `1325-1331`), with the orb's value taking precedence.\n\n**Cast pipeline** \u2014 input \u2192 effect:\n\n1. `orb:activate(override_ability, override_pos)` resolves `ability_name`, builds merged `mods`, decides `is_null` (whether to fire from orb or player), computes `area_scale` from `area+/++/+++/-/--/---` once (`1334-1339`).\n2. Branches on `def.carrier` via a giant `if/elseif` chain (`1342-2089`). Each branch builds shots/areas/whatever and spawns `projectile`/`area` objects.\n3. After the branch, an `ability_copy` block (`2092-2109`) broadcasts the same call to every other orb with a stagger.\n4. Then an `ability_echo` block (`2118-2133`) re-invokes the inner `fire` closure N-1 more times with a 0.2s delay.\n5. Spawned `projectile` (`7672-7908`) re-reads `mods` to set up `pierce`/`chain`/`homing`/`returning`/`returning_arc` state.\n6. On hit, `projectile:on_hit` (`8290-8392`) branches on `self.ability == 'fireball'` / `'null_arrow'` / `'explosive_arrow'` / etc., applies damage, spawns an `area` for area-type abilities, then handles pierce vs chain logic at `8356-8391`.\n7. `area:new` (`8397-8956`) re-reads `mods` *again* to apply area+, duration+, tick_speed+, cascade, moving_zone, homing_zone, growing/shrinking, magnetic, zone_stacking, area_echo. The same `mods` object is read three times across three layers.\n\nThere is no \"cast\" object that travels through the pipeline \u2014 `mods` is just passed around by reference. State that needs to persist (charges, fuses, ball_lightning ticks) lives on per-entity instance fields.\n\n## Modifier taxonomy in v1\n\n- **Local mods (clean fit).** `projectile_speed\u00b1`, `area\u00b1`, `duration\u00b1`, `tick_speed\u00b1`, `homing_force\u00b1`, `chain_range\u00b1`, `orbit_radius\u00b1`, `pierce`, `knockback\u00b1`. These are read once where they matter and applied as scalar multipliers/booleans. Implementation pattern is a six-line cascade (`main.lua:7690-7695`). Composes trivially. Costs only proliferation: the same six-line block for `area+/++/+++/-/--/---` appears at `1334`, `1448`, `1585`, `2269`, `4244`, `8405` \u2014 six copies.\n\n- **Repeat / multi-cast mods (poorly fit).** `projectile_spread`, `projectile_parallel`, `projectile_back`, `projectile_sides`, `projectile_nova`, `area_spread/parallel/back/sides/nova`, the generic `spread/parallel/back/sides/nova`, `cascade`, `area_echo`, `ability_echo`. Implemented in two ways:\n  - \"Shot fan\" mods (`spread/back/sides/nova`) live in `build_formation_angles` + `build_area_angles` (`2136-2194`) \u2014 small helper used by projectile carrier and formations. This part is clean.\n  - `area_echo` is implemented **six times** at six different sites (carriers at `1405-1415`, `1470`, `1556`; persistent area at `8728-8740`; instant area at `8920`; line 1357 is the \"strip echo from per-area mods\" hack). Each copy hand-writes the loop, the delay, the recursive mod-stripping.\n  - `ability_echo` is implemented once at the top level (`2118-2133`) \u2014 the \"right\" place. But it re-invokes `fire`, which re-reads `mods` and re-builds shot fans, so echo \u00d7 spread \u00d7 parallel \u00d7 cascade all multiply correctly only because they're all re-read inside `fire`. This works by accident of placement, not design.\n  - `cascade` lives inside the area class constructor (`8413-8434`) and spawns child areas with mods stripped \u2014 same recursive-mod-stripping pattern as area_echo.\n\n- **Stateful / accumulator mods.** `flicker_charges` (ability-internal, not a modifier), `explosive_arrow` fuses (a global `explosive_fuses = {}` table, `main.lua:10277-10397`), `beam_expire_counter` (instance field on the beam to track which tick fires `cast_on_expire`). These aren't really modifiers \u2014 they're per-ability mechanics. The actual modifier `multistrike` (extra strike targets) is local to strike abilities and re-implemented at `2386-2398`, `3246`, `4609`, `12372` \u2014 four copies.\n\n- **Cross-ability mods.** `cast_on_expire`, `cast_on_apex`, `cast_on_tick`. These name *another* ability to fire when the carrier finishes. Implementation is the `fire_triggered_ability(name, x, y, mods, source_orb)` helper at `main.lua:7652-7669` \u2014 strips the trigger mods, picks the right carrier branch (`self_area`/`aimed_area`/`melee` spawn area directly, others recurse into `orb:activate` with an `override_pos`). Called from `projectile:die` (`8226`), `projectile:update` apex (`7949`, `8000`), beam tick (`4005`), turret death (`10148`). Reasonably contained but the carrier-type dispatch is duplicated inside the helper.\n\n- **Delegating mods.** v1 has *no* general delegation modifier. There's no \"fire wisp casts fireball on your behalf.\" The closest things are `ability_copy` (all orbs fire the same ability \u2014 `2092-2109`) and `rotating_turret`'s construct carrier (a turret entity that fires arrows on its own timer). The construct never re-uses the player's cast pipeline; turret fire code is bespoke.\n\n- **Transform mods.** v1 has no \"fire+fire+projectile turns fireball into pillar.\" The compound-primitive idea isn't in v1 at all \u2014 see below.\n\n- **Compound primitives.** None. The Invoker/Magicka \"Fire+Fire+Fire = Inferno\" design hadn't landed in v1; the closest analogue is `null_conversion` flipping a spell to fire from the orb instead of the player.\n\n**Categories that didn't cleanly fit v1's abstraction:** repeat/multi-cast (six copies of the same loop), stateful accumulators (each got bespoke per-ability state), cross-ability mods (helper-with-internal-dispatch). The mod-stripping pattern (`echo_mods = {...}; echo_mods.area_echo = self.mods.area_echo - 1`) appears in roughly every repeat-mod site and is a code smell: a mod whose decrement-and-recurse logic is hand-rolled at every recursion site is a mod the architecture doesn't know how to talk about.\n\n## Pain point 1: `projectile:on_hit` is a 100-line per-ability switch\n\n`main.lua:8290-8392`. Twelve `elseif self.ability == 'X'` branches deciding what damage to roll and what to spawn:\n\n```lua\nfunction projectile:on_hit(e, hx, hy)\n  if self.is_ball_lightning then return end\n  ...\n  if self.ability == 'fireball' then\n    local r = e:take_damage(damage_components(self))\n    an:add(area(self.x, self.y, {ability='fireball', color=self.color, mods=self.mods, cascade_r=self.r, ...}))\n  elseif self.ability == 'null_arrow' then\n    ...\n  elseif self.ability == 'explosive_arrow' then\n    explosive_fuse_add(e, e.x, e.y, {r=self.r, mods=self.mods, ...})\n  elseif self.ability == 'tornado_shot' then\n    ...\n  elseif self.ability == 'piercing_arrow' or self.ability == 'arrow_barrage' or self.ability == 'rotating_turret' then\n    ...\n  elseif self.ability == 'wind_slash' then\n    ...\n  end\n```\n\nEach new projectile-flavored ability requires editing this function. The pierce/chain logic at `8356-8391` runs *after* the per-ability branch \u2014 which means if you want pierce-with-different-on-hit (e.g. \"explosive arrow that pierces\"), you have to make sure the per-ability branch doesn't already kill the projectile. The coupling is implicit. Adding an ability means adding three branches: `projectile:new` setup (`7672-7908`), `projectile:on_hit` damage+spawn, and `projectile:die` cleanup (already 3 special cases: `bl_zone`, `tornado_zone`, `is_tornado_shot` secondaries at `8231-8270`).\n\n## Pain point 2: six independent implementations of `area_echo`\n\nThe same conceptual operation \u2014 \"re-cast this area effect N times after a delay\" \u2014 is hand-written six times:\n\n- `1405-1415` \u2014 melee carrier wave echo\n- `1470-1483` \u2014 self_area echo\n- `1556-1569` \u2014 aimed_area echo\n- `8728-8740` \u2014 duration area echo\n- `8920-8932` \u2014 instant area echo\n- `1357 / 1437 / 1512` \u2014 three places that strip `area_echo` from a child `mods` table before recursing\n\n```lua\nif self.mods.area_echo and self.mods.area_echo >= 2 and self.duration < 9999 then\n  local echo_mods = {}\n  for k, v in pairs(self.mods) do echo_mods[k] = v end\n  echo_mods.area_echo = self.mods.area_echo - 1\n  echo_mods.cascade = nil\n  local echo_r = an.random:float(0, 2*math.pi)\n  local echo_ox = x + self.radius*math.cos(echo_r)\n  local echo_oy = y + self.radius*math.sin(echo_r)\n  local echo_delay_dur = (def and def.echo_delay) or 0.55\n  self.timer:after(echo_delay_dur, function()\n    an:add(area(echo_ox, echo_oy, {ability=args.ability, color=args.color, mods=echo_mods, ...}))\n  end)\nend\n```\n\nThe mod-stripping (`echo_mods.cascade = nil`) is load-bearing \u2014 without it, the recursion would re-apply cascade on every echo, exploding combinatorially. That logic is in the implementer's head, not in the type. Every new repeat-mod author has to remember the strip list.\n\n## Pain point 3: combining repeat-mods works by accident, not design\n\nThe user's \"echo \u00d7 barrage = 15 fireballs in 3 bursts\" case:\n\n- `barrage` is **not a modifier** \u2014 it's a per-ability stat (`def.barrage_count`, `def.barrage_delay`) hardcoded into the projectile carrier (`main.lua:2061-2088`). Only `arrow_barrage`, `explosive_arrow`, and `rotating_turret` use it.\n- `ability_echo` (`2118-2133`) wraps the entire `fire` closure: each echo re-runs angle building \u2192 shot building \u2192 `fire_shots` \u2192 barrage loop. So echo \u00d7 barrage *does* compose: 3 echoes \u00d7 5 barrage volleys \u00d7 1 base shot = 15 projectiles. But this is because echo lives one scope above `fire` and barrage lives inside `fire`; there's no explicit \"wrap\" abstraction.\n- `area_echo \u00d7 cascade` does *not* compose \u2014 the cascade-strip at `8732` actively prevents it.\n- `projectile_spread \u00d7 barrage \u00d7 ability_echo` works because all three layers re-read `mods` independently. But there's no enforced contract that says re-reading is correct; future code could cache `mods` once and break composition silently.\n\nThe architecture's \"composition rule\" is: whichever scope a mod is implemented in, all inner scopes can multiply on top. There's no central place where that rule is written.\n\n## Pain point 4: `fire_triggered_ability` is a second cast pipeline\n\n`main.lua:7652-7669`:\n\n```lua\nfunction fire_triggered_ability(name, x, y, mods, source_orb)\n  local def = abilities[name]\n  if not def then return end\n  local child_mods = {}\n  for k, v in pairs(mods) do child_mods[k] = v end\n  child_mods.cast_on_expire = nil\n  child_mods.cast_on_apex = nil\n  child_mods.cast_on_tick = nil\n  local carrier = def.carrier\n  if carrier == 'self_area' or carrier == 'aimed_area' or carrier == 'melee' then\n    an:add(area(x, y, {ability=name, color=def.color, mods=child_mods, ...}))\n  else\n    local src = source_orb or orbs[1]\n    local aim_r = math.angle_to_point(x, y, an.camera.mouse.x, an.camera.mouse.y)\n    if src then src:activate(name, {x=x, y=y, r=aim_r, child_mods=child_mods}) end\n  end\nend\n```\n\nThis is a parallel mini-dispatcher that decides whether to call `orb:activate` (which has its own carrier switch) or to spawn `area` directly. The carrier-type knowledge is duplicated from `orb:activate`. Worse: ball_lightning's `cast_on_tick` (`7846-7866`) has *yet another* copy of this dispatch with chain ability special-cased. Three places that decide \"is this carrier inline or recursive.\"\n\n## Pain point 5: `tornado_shot` aliases mods inside the projectile constructor\n\n`main.lua:7869-7883`:\n\n```lua\nself.is_tornado_shot = self.ability == 'tornado_shot' and not args.is_secondary\nif self.is_tornado_shot then\n  if self.mods.homing_zone and not self.mods.homing then self.mods.homing = true end\n  if self.mods['zone_speed+'] and not self.mods['projectile_speed+'] then self.mods['projectile_speed+'] = true; self.speed = self.speed*1.2 end\n  if self.mods['zone_speed++'] and not self.mods['projectile_speed++'] then self.mods['projectile_speed++'] = true; self.speed = self.speed*1.5 end\n  ...\nend\n```\n\nBecause tornado_shot's \"zone is the projectile\" intuition didn't fit the projectile/area split, the constructor *mutates the shared mods table* to make zone-targeted mods pretend to be projectile-targeted mods. This silently corrupts the mods on any code that still has a reference to the same table. It works because most of the consuming code re-reads the table after this point, but it's a ticking bug.\n\n## Ability complexity sample\n\n**Fireball.** Definition is 11 lines (`705-716`). It has zero base-ability code \u2014 fireball \"is\" the default projectile branch plus the projectile/area classes. Modifier branches touching fireball:\n\n- `orb:activate` default projectile branch (`1961-2088`): 128 lines. References `mods.projectile_nova/spread/back/sides`, `nova/spread/back/sides`, `projectile_parallel/parallel`, `projectile_speed`, `null_conversion`, `ability_copy`, and reads `def.barrage_count/barrage_delay/barrage_jitter/barrage_speed_jitter` \u2014 about **9 distinct modifier names** are checked, all in the angle/position/repeat layer.\n- `projectile:new` (`7672-7908`): 236 lines. References `projectile_speed\u00b1` (6), `pierce`, `chain`, `infinite_chain`, `chain_range\u00b1` (3), `near/mid/far_return`, `returning_arc`, `homing`, `homing_force\u00b1` (3), `homing_force>\u00b1`, `homing_delay\u00b1` (2), `null_conversion`, `cast_on_tick`, `duration\u00b1` (6), `homing_zone`, `zone_speed\u00b1` (3), plus tornado_shot aliasing \u2014 **~25 distinct mod names**.\n- `projectile:on_hit` (`8290-8392`): the fireball branch at `8297-8301` is 5 lines, but the surrounding switch is 100+ lines and the pierce/chain handler at `8356-8391` is shared.\n- `area:new` (`8397-8956`): the instant area path used by fireball touches `area\u00b1` (6), `cascade`, `area_echo`, `magnetic_area`, `knockback\u00b1` (3) \u2014 **5 mod names**.\n\nTotal: a single fireball cast threads through ~40 distinct mod-name lookups across three classes and the orb dispatcher. The base ability itself is a data row.\n\n**Null arrow.** Definition is 13 lines (`717-730`). Uses the same projectile + area path, but its area is *persistent* (`area_duration=4`) so it additionally touches `duration\u00b1`, `tick_speed\u00b1`, `moving_zone`, `homing_zone`, `zone_speed\u00b1`, `growing_zone`, `shrinking_zone`, `zone_stacking` \u2014 **~10 more mod names** unique to the persistent branch.\n\n**Explosive arrow.** Definition is 16 lines (`996-1012`). Has bespoke state in `explosive_fuses[]` global (`10277-10397`) \u2014 about 130 lines of fuse logic, plus its own branch in `projectile:on_hit` (`8310-8322`). Modifier references inside the fuse code: `mods` is passed through but the fuse system reads almost nothing \u2014 modifiers act *on the area spawned at detonation*, which routes back through `area:new`. So the bespoke fuse code is ability-only, not mod-aware. ~140 ability-specific lines, **~0 modifier branches** inside the fuse system, but it inherits the area class's ~10 mod branches.\n\nThe pattern: base abilities are tiny, mods are tiny, but the *interaction matrix* lives in three giant shared functions (`orb:activate` ~870 lines, `projectile:new` 240 lines, `area:new` 560 lines). Every new ability slots into the matrix; every new modifier slots into the matrix. The matrix never gets refactored.\n\n## What worked\n\n**The data-table ability registry** (`main.lua:704-1084`) is clean. Adding an ability is editing one declarative entry plus picking a carrier. The split between `damage` and `area_damage` and `secondary_damage` works fine. Tuning is fast.\n\n**`build_formation_angles` / `build_area_angles`** (`2136-2194`) is the one repeat-mod helper that got extracted. Spread/back/sides/nova all live in one place and are reused by projectile carrier, area carriers, and orb formations. This is the model the rest of the repeat-mods should have followed.\n\n**The new `stats.lua` system** (`Invoker/stats.lua:1-90`) for the rewrite is the right shape: `base + sum(adds)` then `* (1 + sum(mults))`, buffs keyed by source string, re-pushed every frame, idempotent. This pattern would have absorbed all the `projectile_speed\u00b1`/`area\u00b1`/`duration\u00b1`/`tick_speed\u00b1`/`homing_force\u00b1`/`chain_range\u00b1`/`orbit_radius\u00b1` modifiers into uniform stat buffs and eliminated the dozens of duplicated six-line cascades. Local mods become trivially data-driven.\n\n**`player:get_mods()` flattening** (`7300-7308`) is fine on its own \u2014 the cleanness of \"mods are just a `{name=value}` table\" is good. The mess is *what consumers do with it*, not the table itself.\n\n## My take\n\nThe single biggest decision the rewrite needs to get right is **making \"repeat / multi-cast\" a first-class structural concept in the cast pipeline, not an instruction the implementer of each ability has to manually obey.** v1 has no `cast` object \u2014 there's only \"call `orb:activate`, which builds shots, which spawn projectiles, which spawn areas, each layer re-reading the same flat `mods` table by accident.\" That works for local mods because they're idempotent multiplies. It catastrophically fails for repeats because each repeat-mod has to be implemented at the right layer, with the right strip-list, six times.\n\nWhat I'd build instead: a `cast` value that flows through the pipeline as a tree (a \"cast plan\"). Repeat-mods are tree transforms \u2014 `echo` wraps the plan in \"do this 3 times with delay,\" `spread` wraps \"fire this at 5 angles,\" `cascade` wraps \"spawn this in a line.\" The carrier reads a finalized plan and executes it. Then the question \"does echo \u00d7 spread \u00d7 barrage compose to 15 fireballs in 3 bursts\" has one answer in one place: yes, because each transform stacks on the tree, and the executor only walks leaves. Local mods (the things `stats.lua` already handles cleanly) ride along on each leaf as a stat block. Cross-ability mods (`cast_on_expire`) become \"this plan emits a child plan on event X\" \u2014 same plan type recursively.\n\nThe second-biggest decision is to **kill the ability-name switch in shared classes**. `projectile:on_hit`'s 100-line `if self.ability == 'fireball'` chain should not exist. Either each ability owns its `on_hit` function (data-table entry holds a function pointer), or the projectile spawns a generic \"do this on hit\" payload chosen at cast time. v1's choice to make `projectile` a god-class that knows every ability is what makes adding the 29th ability harder than adding the 5th."
  },
  {
    "type": "text",
    "text": "agentId: aa9efe76b19fe5e9d (use SendMessage with to: 'aa9efe76b19fe5e9d' to continue this agent)\n<usage>total_tokens: 109692\ntool_uses: 37\nduration_ms: 242542</usage>"
  }
]

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

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

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

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

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

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

[
  {
    "type": "text",
    "text": "Perfect! Now I have all the information I need. Let me compile the comprehensive report:\n\n---\n\n## Fireball v1 Ability Port Guide\n\n### Ability Definition\n**File: E:\\a327ex\\Invoker\\v1\\main.lua, Lines 705\u2013716**\n\n```lua\nfireball = {\n  activation = 'manual',\n  tags = {'area', 'fire', 'projectile'},\n  cooldown = 0.5,\n  color = blue,\n  damage = 4,\n  area_damage = 4,\n  element = 'fire',\n  fire_sound = 'fireball_fire',\n  area_sound = 'fireball_hit',\n  area_radius = 25,\n},\n```\n\nNo carrier specified \u2192 defaults to projectile carrier (fires from player position).\n\n---\n\n### Phase 1: Cast Initiated (Player \u2192 Projectile Spawn)\n\n**File: E:\\a327ex\\Invoker\\v1\\main.lua, Lines 1961\u20132057 (projectile carrier branch in `orb:activate`)**\n\nCast effects (caster-side):\n- **Lines 2020\u20132025:** Play fire_sound (`'fireball_fire'`), camera shake, player spring pull.\n- **Lines 2027, 2031\u20132033:** `an.camera.shake:push(r, 3)` + `p1.spring:pull('shoot', 0.25)` + flash.\n- **Lines 2035\u20132056:** Spawn hit_circle + hit_particles at shot position.\n\nProjectile spawn:\n- **Line 2016:** `projectile(shot.x, shot.y, {ability = ability_name, color = def.color, r = shot.r, mods = mods, source_orb = self, speed_mult = shot.speed_mult, cast_log = log})`\n\nDependency: `an:add()` (Anchor 1 entity system), `self.timer:after()`, `self.spring:pull()`, `an.camera.shake`.\n\n---\n\n### Phase 2: Projectile in Flight (Spawn, Update, Draw)\n\n**File: E:\\a327ex\\Invoker\\v1\\main.lua, Lines 7672\u20137908 (projectile:new)**\n\nBase fireball projectile setup:\n```lua\nfunction projectile:new(x, y, args)\n  object.new(self)\n  self:tag('projectile')\n  self.x, self.y = x, y\n  self.r = args.r or 0\n  self.ability = args.ability\n  self.color = args.color\n  self.mods = args.mods or {}\n  self.source_orb = args.source_orb\n  self.al = ability_layer\n  local def = abilities[self.ability]\n  self.w = (def and def.projectile_height) or 10    -- Default: 10 (projectile height)\n  self.h = (def and def.projectile_width) or 4      -- Default: 4 (projectile width)\n  self.base_w = self.w\n  self.base_h = self.h\n  self.base_speed = (def and def.projectile_speed) or 190  -- Default: 190 pixels/sec\n  if args.speed_mult then self.base_speed = self.base_speed*args.speed_mult end\n  self.speed = self.base_speed\n  -- Speed modifiers (skip for base fireball)\n  self.damage = args.damage_override or (def and def.damage) or 0  -- = 4\n  self.element = args.element_override or (def and def.element)     -- = 'fire'\n  self.cast_log = args.cast_log\n  if self.cast_log then\n    self.cast_log:add_pending()\n    self.cast_log.meta.projectiles = (self.cast_log.meta.projectiles or 0) + 1\n  end\n  self.flashing = false\n  -- No pierce/chain for base fireball\n  \n  -- Collider: sensor-only (no physical collision, triggers on_hit)\n  self:add(collider('projectile', 'dynamic', 'box', self.w, self.h, {sensor = true}))\n  self.collider:set_gravity_scale(0)\n  self.collider:set_fixed_rotation(true)\n  self.collider:set_angle(self.r)\n  self.collider:set_position(self.x, self.y)\n  \n  -- Spring (size pulse) + flash + timer\n  self:add(timer())\n  self:add(spring())\n  self.spring:add('main', 1)\n  self.spring:pull('main', 0.5)\n  self.flashing = true\n  self.timer:after(0.2, 'flash', function() self.flashing = false end)\nend\n```\n\n**Update (Lines 7910\u20138042):** Velocity set, arc_spin updated, range checked, max_range expiry.\n\n**Wall collision via raycast (Lines 8043\u20138085):**\n```lua\n-- Wall collision via raycast (sensors don't physically collide)\ndo\n  local vx, vy = self.collider:get_velocity()\n  local speed = math.length(vx, vy)\n  if speed > 1 then\n    local look_ahead = math.max(speed*dt*2, 4)\n    local nx, ny = vx/speed, vy/speed\n    local hit = an:raycast(self.x, self.y, self.x + nx*look_ahead, self.y + ny*look_ahead, {'wall'})\n    if hit then\n      local impact_force = speed/200\n      wall_edge_wave_impulse(hit.point_x, hit.point_y, 6*math.min(impact_force, 2), 60)\n      an:add(hit_circle(hit.point_x, hit.point_y, {radius = 6, duration = 0.15}))\n      for i = 1, 2 do\n        an:add(hit_particle(hit.point_x, hit.point_y, {velocity = an.random:float(50, 100), duration = an.random:float(0.1, 0.3)}):change_color(0.5, ability_particle_color((self.source_orb and self.source_orb.edition) or ability_edition_override or 0, self.color):clone()))\n      end\n      self:die()\n      return\n    end\n  end\nend\n```\n\nDraw (Lines 8087\u20138110, simplified for base fireball):\n```lua\nlocal proj_ed = (self.source_orb and self.source_orb.edition) or ability_edition_override or 0\nif proj_ed > 0 then\n  self.al:shader_set_float(draw_shader, 'u_edition', proj_ed)\n  self.al:shader_set_float(draw_shader, 'u_time', an.time)\nend\nlocal s = self.spring.main.x  -- Scale from spring\nlocal c = self.flashing and fg_color() or self.color()  -- Flash on spawn\n-- Default box projectile:\nself.al:push(self.x, self.y, self.r, s, s)\nself.al:rounded_rectangle(-self.w/2, -self.h/2, self.w, self.h, 2, c)\nself.al:pop()\n```\n\nDependencies: `self.spring.main.x`, `self.timer`, `an.raycast()`, `an.random:choice()`, `ability_particle_color()`.\n\n---\n\n### Phase 3: Wall Hit / Lifetime Expiry \u2192 Projectile Death\n\n**File: E:\\a327ex\\Invoker\\v1\\main.lua, Lines 8043\u20138085**\n\nWall hit \u2192 immediately calls `self:die()` (no on_hit, no area spawn).\n\n**Enemy hit detection (Lines 12597\u201312603):**\n```lua\nfor _, event in ipairs(an:sensor_begin_events('projectile', 'enemy')) do\n  local proj, e = event.a, event.b\n  proj:on_hit(e, hx, hy)\nend\n```\n\nSensor registration at **Line 4954:**\n```lua\nan:physics_sensor('projectile', 'enemy')\n```\n\n---\n\n### Phase 4: Enemy Hit \u2192 Area Explosion Spawn\n\n**File: E:\\a327ex\\Invoker\\v1\\main.lua, Lines 8297\u20138301 (projectile:on_hit, fireball case)**\n\n```lua\nif self.ability == 'fireball' then\n  local r = e:take_damage(damage_components(self))\n  if log then log:add_hit(r, e, 'projectile') end\n  an:add(hit_effect(hx, hy))\n  an:add(area(self.x, self.y, {ability = 'fireball', color = self.color, mods = self.mods, cascade_r = self.r, edition = (self.source_orb and self.source_orb.edition) or ability_edition_override or 0, cast_log = log}))\nend\n```\n\nHit effects:\n- Damage enemy for `damage_components(self)` (= `{damage = 4, element = 'fire'}`).\n- Spawn `hit_effect(hx, hy)` visual.\n- Spawn area explosion at projectile position (inherited color, mods, cast_log).\n\nThen calls `self:die()` (line 8390 after on_hit logic).\n\nDependencies: `e:take_damage()`, `damage_components()`, `hit_effect()`, `log:add_hit()`.\n\n---\n\n### Phase 5: Area Explosion (Instant, No Duration)\n\n**File: E:\\a327ex\\Invoker\\v1\\main.lua, Lines 8397\u20138937 (area:new, no duration case at lines 8748\u20138936)**\n\nBase instantiation (lines 8397\u20138437):\n```lua\nfunction area:new(x, y, args)\n  object.new(self)\n  self.x, self.y = x, y\n  self.ability = args.ability  -- 'fireball'\n  self.color = args.color\n  self.mods = args.mods or {}\n  local def = abilities[self.ability]\n  self.radius = args.radius or (def and def.area_radius) or 25  -- = 25\n  -- Apply area radius modifiers (skip for base)\n  \n  -- Cascade (if mods.cascade; skip for base)\n  \n  self.edition = args.edition or 0\n  self.visual_radius = 0\n  self.damage = args.damage or (def and (def.area_damage or def.damage)) or 0  -- = 4 (area_damage)\n  self.element = args.element or (def and (def.area_element or def.element))     -- = 'fire'\n  self.cast_log = args.cast_log\n  if self.cast_log then\n    self.cast_log:add_pending()\n    self.cast_log.meta.areas = (self.cast_log.meta.areas or 0) + 1\n  end\n  self.fill_color = self.color:clone()\n  self.fill_color.a = 20\n  self.flashing = false\n  self.shape = 'circle'\n  -- Timer + spring\n  self:add(timer())\n  self:add(spring())\n  self.spring:add('main', 1)\n  \n  -- (duration is nil for fireball; goes to instant area branch)\nelse\n  -- INSTANT AREA (fireball case)\n  self.arc_base_speed = an.random:choice({-1, 1})*an.random:float(3, 5)*math.pi\n  self.elapsed = 0\n  \n  -- Tween up visual radius (0 \u2192 25 in 0.05s)\n  self.timer:tween(0.05, self, {visual_radius = self.radius}, math.cubic_in_out, function()\n    -- After tween: spring pull, flash, apply damage\n    self.spring:pull('main', 0.25)\n    self.flashing = true\n    self.timer:after(0.15, 'flash', function() self.flashing = false end)\n    \n    -- Play sound\n    if def and def.area_sound then\n      sfx(def.area_sound, volumes[def.area_sound])  -- 'fireball_hit'\n    end\n    \n    -- Query enemies in radius\n    local enemies_in_range = an:query_circle(self.x, self.y, self.radius, {'enemy'})\n    \n    local hit_any = false\n    for _, e in ipairs(enemies_in_range) do\n      if not e.dead then\n        hit_any = true\n        an:add(hit_effect(e.x, e.y))\n        for i = 1, an.random:int(2, 3) do\n          an:add(hit_particle(e.x, e.y, {velocity = an.random:float(50, 150)}):change_color(0.5, ability_particle_color(self.edition, self.color):clone()))\n        end\n        local dmg_result = e:take_damage(damage_components(self))\n        if self.cast_log then self.cast_log:add_hit(dmg_result, e, 'area') end\n        apply_knockback_mod(self.mods, e, self.x, self.y)\n      end\n    end\n  end)\n  \n  -- Echo (skip for base fireball; no area_echo mod)\n  \n  -- Blink out after 0.2s\n  self.timer:after(0.2, function()\n    self.timer:every(0.05, 'blink', function() self.hidden = not self.hidden end, 7, function() self:kill() end)\n    self.timer:trigger('blink')\n  end)\nend\n```\n\nDraw (Lines 9017\u20139164, circle shape for fireball):\n```lua\nlocal s = self.spring.main.x  -- Scale from spring\nlocal c = self.flashing and fg_color() or self.color()\n\nlocal r = self.visual_radius*s\n\n-- Circle: filled + arcs\nability_layer:circle(self.x, self.y, r, self.fill_color())\nlocal arc_world = math.min(50, math.pi*r/6)\nlocal num_arcs = math.max(2, math.floor(2*math.pi*r / (arc_world*3)))\nlocal arc_angular = arc_world / math.max(r, 1)\nfor i = 0, num_arcs - 1 do\n  local base = self.arc_r + i*2*math.pi/num_arcs\n  for j = 0, 5 do\n    local a1 = base + j*arc_angular/6\n    local a2 = base + (j + 1)*arc_angular/6\n    ability_layer:line(\n      self.x + r*math.cos(a1), self.y + r*math.sin(a1),\n      self.x + r*math.cos(a2), self.y + r*math.sin(a2),\n      2, c\n    )\n  end\nend\n```\n\nDependencies: `self.spring.main.x`, `self.timer:tween()`, `self.arc_r`, `an:query_circle()`, `e:take_damage()`, `hit_effect()`, `ability_particle_color()`, `apply_knockback_mod()`.\n\n---\n\n### Anchor 1 APIs Used (Likely Unavailable in v2)\n\n| API | Usage | Notes |\n|-----|-------|-------|\n| `an:add(entity)` | Add object to global entity tree | Core Anchor 1 pattern; v2 needs replacement |\n| `self.timer:after(delay, callback)` | Schedule callback after delay | v2 may use different timer system |\n| `self.timer:tween(duration, target, props, easing, callback)` | Tween object properties | v2 may use different animation system |\n| `self.timer:every(interval, id, callback, count, oncomplete)` | Repeat callback N times | v2 may have different structure |\n| `self.spring:pull(key, amount, damping, stiffness)` | Spring oscillation | v2 may use different spring system |\n| `an.camera.shake:shake(magnitude, duration)` | Camera trauma shake | v2 needs camera system porting |\n| `an.camera.shake:push(direction, force)` | Push camera in direction | v2 needs replacement |\n| `an:raycast(x1, y1, x2, y2, tags)` | Raycast hit detection | v2 physics integration needed |\n| `an:query_circle(x, y, radius, tags)` | Spatial query for entities | v2 physics integration needed |\n| `an:sensor_begin_events(tag_a, tag_b)` | Sensor collision events | v2 physics integration needed |\n| `an:physics_sensor(tag_a, tag_b)` | Register sensor collision pair | v2 physics setup needed |\n| `collider(tag, type, shape, ...)` | Physics collider creation | v2 may use different physics API |\n| `damage_components(source, mult)` | Build damage dict | Game-specific helper; v2 needs porting |\n| `e:take_damage(damage, hit_vol)` | Apply damage to entity | Enemy/player method; v2 needs porting |\n| `hit_effect(x, y)` | Spawn hit visual at position | Game-specific FX; v2 needs porting |\n| `hit_particle(x, y, args)` | Spawn particle burst | Game-specific FX; v2 needs porting |\n| `ability_particle_color(edition, color)` | Get colored particles by edition | Game-specific helper; v2 needs porting |\n| `sfx(sound_name, volume)` | Play sound effect | v2 may use `an.sound` or different |\n| `apply_knockback_mod(mods, enemy, src_x, src_y)` | Apply knockback modifier | Game-specific helper; v2 needs porting |\n| `wall_edge_wave_impulse(x, y, magnitude, duration)` | Particle impulse on wall hit | Game-specific FX; v2 needs porting |\n| `object:extend()` and `object.new(self)` | Class system | v2 may use different OOP pattern |\n\n---\n\n## Key Mechanics for v2 Port\n\n1. **Speed:** 190 px/s (no modifier).\n2. **Damage:** 4 (projectile hit) + 4 (area explosion, instant).\n3. **Area Radius:** 25 pixels, circle shape.\n4. **Visuals:** Blue projectile (size 10\u00d74 box, spring-scaled). Blue circle area with rotating arcs.\n5. **Juices:** Spring pop on cast/spawn, camera shake on cast + hit, flash on spawn, hit particles on damage.\n6. **Collision:** Raycast-based wall detection (immediate death). Sensor collision with enemies triggers on_hit.\n7. **Lifetime:** Projectile dies on: wall hit, enemy hit (area spawn), or max_range expiry (not used for fireball, which has none).\n\n---\n\nTotal word count: ~1950 words (under 2000-word constraint)."
  }
]

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

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

5663:function wall_edge_wave_impulse(hit_x, hit_y, strength, radius)
6967:function ability_particle_color(ed, ability_color)
7672:function projectile:new(x, y, args)
7910:function projectile:update(dt)
8224:function projectile:die()
8282:function projectile:kill(...)
8290:function projectile:on_hit(e, hx, hy)
8397:function area:new(x, y, args)
8941:function area:kill(...)
8954:function area:update(dt)
9286:function damage_components(source, mult)
10466:function hit_circle:new(x, y, args)
10477:function hit_circle:change_color(fraction, target_color)
10482:function hit_circle:update(dt)
10493:function hit_particle:new(x, y, args)
10532:function hit_particle:change_color(fraction, target_color)
10537:function hit_particle:update(dt)
10578:function hit_effect:new(x, y, s)
10588:function hit_effect:update(dt)
12938:function area_rect:new(x, y, r, col)
12979:function area_rect:update(dt)
13005:function area_circle:new(x, y, col)
13048:function area_circle:update(dt)

13268 E:/a327ex/Invoker/v1/main.lua

7672 function projectile:new(x, y, args)
7673      object.new(self)
7674      self:tag('projectile')
7675      self.x, self.y = x, y
7676      self.r = args.r or 0
7677      self.ability = args.ability
7678      self.color = args.color
7679      self.mods = args.mods or {}
7680      self.source_orb = args.source_orb
7681      self.al = ability_layer
7682      local def = abilities[self.ability]
7683      self.w = (def and def.projectile_height) or 10
7684      self.h = (def and def.projectile_width) or 4
7685      self.base_w = self.w
7686      self.base_h = self.h
7687      self.base_speed = (def and def.projectile_speed) or 190
7688      if args.speed_mult then self.base_speed = self.base_speed*args.speed_mult end
7689      self.speed = self.base_speed
7690      if self.mods['projectile_speed+'] then self.speed = self.speed*1.2 end
7691      if self.mods['projectile_speed++'] then self.speed = self.speed*1.5 end
7692      if self.mods['projectile_speed+++'] then self.speed = self.speed*2.0 end
7693      if self.mods['projectile_speed-'] then self.speed = self.speed*0.9 end
7694      if self.mods['projectile_speed--'] then self.speed = self.speed*0.75 end
7695      if self.mods['projectile_speed---'] then self.speed = self.speed*0.5 end
7696      self.arc_shape = def and def.projectile_shape == 'arc'
7697      self.wind_slash_shape = def and def.projectile_shape == 'wind_slash'
7698      if self.arc_shape or self.wind_slash_shape then
7699        self.arc_spin = 0
7700        local base_spin_speed = math.pi*6/(def.max_range and def.max_range/self.base_speed or 1)
7701        self.arc_spin_speed = math.max(base_spin_speed, math.pi*6/(def.max_range and def.max_range/self.speed or 1))
... [210 more lines]

7910 function projectile:update(dt)
7911      self.x, self.y = self.collider:get_position()
7912    
7913      if self.mods.homing and self.homing_active then
7914        self.homing_elapsed = self.homing_elapsed + dt
7915    
7916        if self.mods['homing_force>+'] and self.homing_elapsed > 0.5 then
7917          self.homing_convergence = math.min(self.homing_convergence + self.homing_base_convergence*0.3*dt, 0.95) -- 15% per 0.5s
7918        elseif self.mods['homing_force>-'] and self.homing_elapsed > 0.5 then
7919          self.homing_convergence = self.homing_convergence - self.homing_base_convergence*0.3*dt -- 15% per 0.5s
7920        end
7921    
7922        local closest, closest_d = nil, math.huge
7923        for _, e in ipairs(cached_enemies) do
7924          if not e.dead then
7925            local d = math.distance(self.x, self.y, e.x, e.y)
7926            if d < closest_d then closest, closest_d = e, d end
7927          end
7928        end
7929        if closest then
7930          local target_r = math.angle_to_point(self.x, self.y, closest.x, closest.y)
7931          local t = closest_d > 200 and 1/(1 + (closest_d - 200)*(closest_d - 200)/200) or 1
7932          self.r = math.lerp_angle_dt(self.homing_convergence*t, self.homing_duration, dt, self.r, target_r)
7933        end
7934      end
7935    
7936      -- Linear returning (time-based)
7937      if self.returning_range and not self.mods.returning_arc then
7938        self.returning_elapsed = self.returning_elapsed + dt
7939        local out_dur = self.returning_out_duration
... [290 more lines]

10460        ground_floor:shader_set_float(draw_shader, 'u_edition', 0)
10461     end
10462   end
10463   
10464   
10465   hit_circle = object:extend()
10466   function hit_circle:new(x, y, args)
10467     object.new(self)
10468     self.x, self.y = x, y
10469     args = args or {}
10470     self.radius = args.radius or 8
10471     self.draw_color = args.color and args.color:clone() or fg_color:clone()
10472     self.duration = args.duration or 0.2
10473     self:add(timer())
10474     self.timer:tween(self.duration, self, {radius = 0}, math.cubic_in_out, function() self:kill() end)
10475   end
10476   
10477   function hit_circle:change_color(fraction, target_color)
10478     self.timer:after(fraction*self.duration, function() self.draw_color = target_color:clone() end)
10479     return self
10480   end
10481   
10482   function hit_circle:update(dt)
10483     local x = self.follow and (self.follow.x + (self.follow_ox or 0)) or self.x
10484     local y = self.follow and (self.follow.y + (self.follow_oy or 0)) or self.y
10485     effects:circle(x, y, self.radius, self.draw_color())
10486   end
10487   
10488   
10489   -- Effect: hit_particle (dark variant style)
... [110 more lines]

5650     nx[i] = ax
5651        ny[i] = ay
5652      end
5653    
5654      wall_edge_wave = {
5655        disp = disp, vel = vel,
5656        normals_x = nx, normals_y = ny,
5657        x = sub_x, y = sub_y, n = n,
5658        orig_to_sub = orig_to_sub,
5659      }
5660      print('Wall edge wave: ' .. n .. ' vertices (subdivided from ' .. orig_n .. ')')
5661    end
5662    
5663    function wall_edge_wave_impulse(hit_x, hit_y, strength, radius)
5664      if not wall_edge_wave or not wall_edge_springs_obj then return end
5665      local w = wall_edge_wave
5666      local s = wall_edge_springs_obj
5667      for i = 1, w.n do
5668        local d = math.distance(w.x[i], w.y[i], hit_x, hit_y)
5669        if d < radius then
5670          local falloff = (1.0 - d/radius)
5671          s:pull(i, strength*falloff*falloff)
5672        end
5673      end
5674    end
5675    
5676    wall_edge_spring_frequency = 3
5677    wall_edge_spring_bounce = 0.4
5678    wall_edge_wave_coupling = 15000
5679    wall_edge_springs_obj = nil  -- spring object holding per-vertex springs
... [10 more lines]

6960   if ed >= 15 and ed <= 22 then return flat_colors[ed - 14] end
6961      local h = edition_hues[ed]
6962      if h then return hsl_color(h, 0.6, 0.6) end
6963      return nil
6964    end
6965    
6966    -- Particle color for an ability with edition: returns edition base color if active, otherwise ability color
6967    function ability_particle_color(ed, ability_color)
6968      return edition_base_color(ed) or ability_color
6969    end
6970    
6971    -- Flat color palette (no shader effect, just sets draw color)
6972    -- These are cycled through BEFORE the edition effects
6973    flat_color_names = {'blue', 'purple', 'red', 'green', 'orange', 'yellow', 'blue2', 'neutral'}
6974    flat_colors = {blue, purple, red, green, orange, yellow, blue2, fg_alt}
6975    
6976    -- Edition effects toggle: apply edition shader to effects layer too
6977    edition_affects_effects = false
6978    
6979    -- Ground pattern state
6980    -- Ground pattern parameters
6981    ground_active = true
6982    ground_distribution = 0
6983    ground_distribution_names = {'hex', 'diagonal'}
6984    ground_spacing = 12.0
6985    ground_spacing_min = 6.0
6986    ground_spacing_max = 32.0
6987    ground_spacing_step = 2.0
6988    an:spritesheet('hit1', 'assets/hit1.png', 96, 48)
6989    an:spritesheet('fx_energy_122', 'assets/fx_energy_122.png', 96, 96)
... [5 more lines]

1961     else
1962          -- Build shot angles (projectile_ specific or general fallback)
1963          local angles = {}
1964          local p_nova = mods.projectile_nova or mods.nova
1965          local p_spread = mods.projectile_spread or mods.spread
1966          local p_back = mods.projectile_back or mods.back
1967          local p_sides = mods.projectile_sides or mods.sides
1968          if p_nova then
1969            for i = 0, 7 do
1970              table.insert(angles, r + i*math.pi/4)
1971            end
1972          else
1973            if p_spread and p_spread >= 2 then
1974              local n = p_spread
1975              local spread = math.pi/6 + (n - 2)*math.pi/12
1976              for i = 1, n do
1977                local t = (i - 1)/(n - 1)
1978                table.insert(angles, r + spread*(t - 0.5))
1979              end
1980            else
1981              table.insert(angles, r)
1982            end
1983            if p_back then table.insert(angles, r + math.pi) end
1984            if p_sides then
1985              table.insert(angles, r + math.pi/2)
1986              table.insert(angles, r - math.pi/2)
1987            end
1988          end
1989    
1990          -- Build shot positions
... [100 more lines]

8397 function area:new(x, y, args)
8398      object.new(self)
8399      self.x, self.y = x, y
8400      self.ability = args.ability
8401      self.color = args.color
8402      self.mods = args.mods or {}
8403      local def = abilities[self.ability]
8404      self.radius = args.radius or (def and def.area_radius) or 25
8405      if self.mods['area+'] then self.radius = self.radius*1.25 end
8406      if self.mods['area++'] then self.radius = self.radius*1.5 end
8407      if self.mods['area+++'] then self.radius = self.radius*2.0 end
8408      if self.mods['area-'] then self.radius = self.radius*0.85 end
8409      if self.mods['area--'] then self.radius = self.radius*0.7 end
8410      if self.mods['area---'] then self.radius = self.radius*0.5 end
8411    
8412      -- Cascade: spawn additional copies
8413      if self.mods.cascade and self.mods.cascade >= 2 and args.cascade_r then
8414        local n = self.mods.cascade
8415        local child_mods = {}
8416        for k, v in pairs(self.mods) do child_mods[k] = v end
8417        child_mods.cascade = nil
8418        local is_cone = (args.shape or (def and def.area_shape)) == 'cone'
8419        if is_cone then
8420          -- Cone cascade: widen the cone angle instead of spawning extras
8421          local cone_a = args.cone_angle or (def and def.cone_angle) or math.pi/2
8422          args.cone_angle = cone_a + (n - 1)*cone_a*0.8
8423        else
8424          -- Normal cascade: spawn in a line along cascade_r
8425          local spacing = self.radius*2*(def and def.cascade_spacing or 0.75)
8426          local angle_var = math.rad(8)*14/self.radius
... [270 more lines]

8954 function area:update(dt)
8955      if self.hidden then return end
8956    
8957      if self.follow then
8958        self.x = self.follow.x + self.follow_ox
8959        self.y = self.follow.y + self.follow_oy
8960      end
8961    
8962      if self.duration then
8963        -- Movement
8964        if self.move_vx then
8965          self.x = self.x + self.move_vx*dt
8966          self.y = self.y + self.move_vy*dt
8967        end
8968        if self.mods.homing_zone and self.homing_active then
8969          self.homing_elapsed = self.homing_elapsed + dt
8970    
8971          if self.mods['homing_force>+'] and self.homing_elapsed > 0.5 then
8972            self.homing_steer_rate = math.min(self.homing_steer_rate + self.homing_base_steer_rate*0.3*dt, 6)
8973          elseif self.mods['homing_force>-'] and self.homing_elapsed > 0.5 then
8974            self.homing_steer_rate = math.max(self.homing_steer_rate - self.homing_base_steer_rate*0.3*dt, 0.5)
8975          end
8976    
8977          local closest, closest_d = nil, math.huge
8978          for _, e in ipairs(cached_enemies) do
8979            if not e.dead then
8980              local d = math.distance(self.x, self.y, e.x, e.y)
8981              if d < closest_d then closest, closest_d = e, d end
8982            end
8983          end
... [90 more lines]

8696                 spin = cyclone_spin,
8697                  }):change_color(0.5, ability_particle_color(self.edition, self.color):clone()))
8698                end
8699              end
8700            end
8701          end
8702          if hit_any then
8703            local is_steady = def and def.steady_rotation
8704            if self.mods.magnetic_area then
8705              add_shockwave(self.x, self.y, true, self.radius/25)
8706              sfx('shockwave', volumes.shockwave*0.65)
8707            end
8708            if not is_cyclone then
8709              if def and def.hit_sounds then
8710                local snd = an.random:choice(def.hit_sounds)
8711                sfx(snd, volumes[snd])
8712              else
8713                sfx('dot_tick', volumes.dot_tick)
8714              end
8715            end
8716            if not is_steady then
8717              self.spring:pull('main', 0.1)
8718              self.flashing = true
8719              self.timer:after(0.1, 'tick_flash', function() self.flashing = false end)
8720            end
8721            if not is_cyclone and not is_steady then
8722              self.arc_speed = self.arc_sign*math.min(math.abs(self.arc_speed) + 1.25*math.pi, self.arc_max_speed)
8723            end
8724          end
8725        end)
... [230 more lines]

1940           rotation_speed = def.turret_rotation_speed or math.pi,
1941              directions = def.turret_directions or 4,
1942            }))
1943          end
1944    
1945          sfx('construct_cast', volumes.construct_cast)
1946          an.camera.shake:push(r, 3)
1947          if is_null then
1948            self.spring:pull('main', 0.5)
1949          else
1950            p1.spring:pull('shoot', 0.25)
1951            p1.flashing = true
1952            p1.timer:after(0.15, 'flash', function() p1.flashing = false end)
1953          end
1954    
1955        elseif def.carrier == 'random' then
1956          local pool = def.pool or {}
1957          if #pool > 0 then
1958            local chosen = an.random:choice(pool)
1959            self:activate(chosen, override_pos)
1960          end
1961        else

1810         for i = 0, 7 do table.insert(br_angles, aim_r + i*math.pi/4) end
1811          else
1812            if s_spread and s_spread >= 2 then
1813              local n = s_spread
1814              local fan = math.pi/6 + (n - 2)*math.pi/12
1815              for i = 1, n do
1816                local t = (i - 1)/(n - 1)
1817                table.insert(br_angles, aim_r + fan*(t - 0.5))
1818              end
1819            else
1820              table.insert(br_angles, aim_r)
1821            end
1822            if s_back then table.insert(br_angles, aim_r + math.pi) end
1823            if s_sides then
1824              table.insert(br_angles, aim_r + math.pi/2)
1825              table.insert(br_angles, aim_r - math.pi/2)
1826            end
1827          end
1828    
1829          local s_parallel = mods.parallel or mods.area_parallel
1830          local par_n = s_parallel and s_parallel >= 2 and s_parallel or 1
1831    
1832          for _, br_r in ipairs(br_angles) do
1833            for p_i = 1, par_n do
1834              local offset = 0

9100     ability_layer:line(rx, ry, self.x + r*math.cos(edge_r - arc_step), self.y + r*math.sin(edge_r - arc_step), 2, c)
9101        ability_layer:line(rx, ry, self.x + (r - bracket)*math.cos(edge_r), self.y + (r - bracket)*math.sin(edge_r), 2, c)
9102      elseif self.shape == 'polygon' and self.polygon_verts then
9103        local r = self.visual_radius*s
9104        local scale = r/math.max(self.radius, 1)
9105        -- Fill
9106        ability_layer:circle(self.x, self.y, r*0.85, self.fill_color())
9107        -- Outline
9108        local pverts = self.polygon_verts
9109        for i = 1, #pverts do
9110          local v1 = pverts[i]
9111          local v2 = pverts[i % #pverts + 1]
9112          ability_layer:line(self.x + v1.wx*scale, self.y + v1.wy*scale,
9113                             self.x + v2.wx*scale, self.y + v2.wy*scale, 2, c)
9114        end
9115      elseif self.shape == 'jagged_circle' then
9116        local r = self.visual_radius*s
9117        if not self.jagged_verts then
9118          -- Generate irregular polygon vertices once
9119          local n = an.random:int(8, 12)
9120          self.jagged_verts = {}
9121          for i = 1, n do
9122            local base_a = (i - 1)*2*math.pi/n
9123            local a = base_a + an.random:float(-0.15, 0.15)
9124            local d = an.random:float(0.85, 1.1)
9125            table.insert(self.jagged_verts, {a = a, d = d})
9126          end
9127        end
9128        -- Fill
9129        ability_layer:circle(self.x, self.y, r*0.85, self.fill_color())
... [60 more lines]

No matches found

Found 1 file
Invoker\v1\main.lua

1294:      local pc = ability_particle_color(orb_ed, def.color)
1340:    local pc = ability_particle_color(orb_ed, def.color)
2408:                    local dpc = ability_particle_color(orb_ed, def.color)
2916:              local rg_pc = ability_particle_color(orb_ed, def.color)
2935:            local wpc = ability_particle_color(orb_ed, def.color)
3031:        local muz_pc = ability_particle_color(orb_ed, def.color)
3944:              local pc = is_null and purple or ability_particle_color(orb_ed, def.color)
8245:    local pc = ability_particle_color(orb_ed, self.color)
8272:  local proj_pc = ability_particle_color((self.source_orb and self.source_orb.edition) or ability_edition_override or 0, self.color)
8293:  local proj_pc = ability_particle_color((self.source_orb and self.source_orb.edition) or ability_edition_override or 0, self.color)

[Showing results with pagination = limit: 10]

82     end
83  
84    if is_pressed('right') or is_pressed('left') then
85      timer_tween(self.timer, 0.05, 'scale_move_1', self, {sx = 0.8, sy = 0.8}, math.linear, function()
86        timer_tween(self.timer, 0.4, 'scale_move_2', self, {sx = 1, sy = 1}, math.linear)
87      end)
88    end
89  
90    if not self.moving and self.previous_moving then
91      spring_pull(self.spring, 'move', 0.35)
92    end
93  
94    local vx, vy = self.collider:get_velocity()
95    if move_r then vx, vy = self.speed*math.cos(move_r), self.speed*math.sin(move_r) end
96    if not left and not right then vx = vx*0.8 end
97    if not up and not down then vy = vy*0.8 end
98    self.collider:set_velocity(vx, vy)
99    self.previous_moving = self.moving
100 
101   local mx, my = main_camera.mouse.x, main_camera.mouse.y

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

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

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

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

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

Launching skill: end-session

2026-05-15T02:06:39.597Z 73117da8-b498-4422-a248-96f8cb7d7511 [claude] <-- MOST RECENT
   C:\Users\adn\.claude\projects\E--a327ex\73117da8-b498-4422-a248-96f8cb7d7511.jsonl

2026-05-15T02:00:35.597Z 951dd855-4a8a-4fa8-9581-c8cb21642132 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\951dd855-4a8a-4fa8-9581-c8cb21642132.jsonl

2026-05-15T01:41:25.287Z c08b391d-dc93-4a5f-9b24-4444be2e47e6 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\c08b391d-dc93-4a5f-9b24-4444be2e47e6.jsonl

2026-05-14T08:05:23.695Z cb6890c3-baef-4f6c-94cf-fa02c7da537f [claude]
   C:\Users\adn\.claude\projects\E--a327ex\cb6890c3-baef-4f6c-94cf-fa02c7da537f.jsonl

2026-05-14T02:56:41.589Z a60c5397-63c3-4a7c-809d-126b1f9adb2f [claude]
   C:\Users\adn\.claude\projects\E--a327ex\a60c5397-63c3-4a7c-809d-126b1f9adb2f.jsonl

2026-05-14 23:06:55