a327ex.com

062026 4

Summary

Big session: the shared shield system landed, the Swordsman's kit was redesigned around pure AoE + movement (Cross Guard and the Lunge dash parked for future units), Leap Slam and Surge were built to replace them, and a minimal buff system (riding stats.lua) went in with a corner buff-bar UI. The Swordsman is now COMPLETE — all five slots live.

Reorientation + Outnumbered rejection:

Shield system design (Nova Drift research):

Shield system implementation (snkrx/shield.lua):

Shield-break effect (iterated heavily):

Enemy supply rework:

Kit redesign decision:

Leap Slam (secondary, RMB):

Surge + buff system (mobility, Space/LShift):

Buff UI (corner, iterated):

State at session end:

Let's continue 062026, where were we?

I'll get reacquainted with where we left off on 062026. Let me read the key files.

Read (E:\a327ex\062026\design.md)

1    # 062026 — Design & Unit-Creation Guide
2   
3   > **Working title** (`062026`, the month it started). Rename once we land a real one.
4   >
5   > **This is a side project.** Its purpose is to give me something to design and build
6   > *in the gaps* — to work on alongside **Mini Looper** while the agent is busy with
7   > Mini Looper's tasks. Keep it cheap and incremental; it is explicitly **not** allowed to
8   > balloon into a second main project. The honest gate (Section 6) is to grey-box one
9   > playable class and confirm the loop is fun before scaling to a full roster.
10  
11  ---
12  
13  ## 1. What the game is
14  
15  A **build-heavy action roguelite** in the SNKRX / Risk of Rain lineage. You pick one
16  **class**, pilot it in real time, fight waves, and assemble a synergistic **build** out of
17  **gems** you socket into its abilities. The fantasy is the build-heavy one: a simple
18  starting kit compounds into a screen-clearing power fantasy.
19  
20  - **Control:** active-aim — you aim and trigger abilities yourself (RoR / Hades feel), not
21    an auto-battler.
22  - **Kit:** every class has a fixed kit of **Passive + Primary + Secondary + Mobility +
23    Ultimate** (4 actives + 1 passive).
24  - **Roster:** the ~55 **SNKRX units**, each reimagined as a solo playable class with its own
25    kit and gem progression. Source is `E:/a327ex/SNKRX/` — grep `player.lua` (attack
26    dispatch) and `main.lua` (`character_descriptions` / `character_classes` /
27    `character_effect_names`) for a unit's real mechanic before designing it.
28  - **Progression:** the **Linked Sockets** system (Section 2) — build the class by socketing
29    gems into its abilities.
30  - **Low randomness:** builds are *authored*, not gambled — you choose from the full, known
... [214 more lines]

The design context is clear. Now let me check the actual current state of the code — the CLAUDE.md mentions a swordsman implementation with cleave/dash/F1 tuner that's beyond what design.md describes, so work has progressed. Let me see where main.lua actually stands.

Read (E:\a327ex\062026\main.lua)

1    --[[
2     snkrx-template / main.lua — clean reference scene.
3   
4     This is your file. It is a complete, minimal scene: a player you can
5     move (WASD / arrows), the five-layer render stack, a camera, physics,
6     the update / draw skeleton, AND the UI render pipeline — all wired
7     and ready, but firing no attacks and drawing no UI widgets. Read it
8     top to bottom; it is the contract you build on.
9   
10    TWO TOOLKITS, ONE REQUIRE.  `require('snkrx')` pulls in BOTH:
11  
12      snkrx/<carrier>.lua     attack toolkit — projectile / area / beam
13                              / flicker / prop, the effect draw-shader
14                              stack, fx, sounds, example entities.
15      snkrx/ui/<module>.lua   UI toolkit — panel / button / slot / bar /
16                              tabs / checkbox / radio / slider /
17                              list_row / card / text_input / modal /
18                              bracket_tag / stat_chip / pips / ...
19  
20    Both are plain, readable Lua, not opaque modules — open the files.
21  
22    ADDING AN ATTACK.  Every carrier already has its object list and its
23    update / draw loop wired below. To add an attack:
24      1. bind a key in the INPUT section,
25      2. call the carrier's spawn_* helper on that press inside update()
26         — see the ATTACKS comment block there.
27    Nothing else: no new list, no new loop.
28  
29    DRAWING UI.  The UI toolkit is immediate-mode: call widget functions
30    in update() and they queue draws onto `ui_layer`. The render pipeline
... [587 more lines]

Substantial progress since the design.md — the Swordsman now has a full kit wired (Cleave/Cross Guard/Dash/Blade Dance + F1 tuner + enemy trickle). Let me check the player implementation and any progress notes to pin down exactly where we stopped.

Read (E:\a327ex\062026\snkrx\player.lua)

1    player = class()
2   
3   -- Lunge charges: this many dashes before the full-refill lockout (DASH_CD, 8s)
4   -- triggers — and only once ALL are spent (see player:start_dash). A local
5   -- (not a main.lua global) because it's read in player:new, which runs before
6   -- main.lua's DASH_* globals exist.
7   local DASH_MAX_CHARGES = 2
8   
9   -- Dash-wake wobble: each newly recorded trail point gets a small RANDOM
10  -- perpendicular kick (random side, magnitude in this range) so the wake looks
11  -- irregularly jagged — a little up here, a little down there — rather than a
12  -- regular wave. Cosmetic only; the body + collider stay perfectly straight.
13  local DASH_WOBBLE_MIN = 0.5
14  local DASH_WOBBLE_MAX = 1.5
15  
16  -- Cross Guard charge circle (the wobbling white indicator in front of the
17  -- player): the radius range it grows through as the charge bar fills (0 -> full).
18  -- Its DISTANCE in front is the CHARGE_CIRCLE_DIST main.lua global (an F1 knob).
19  local CHARGE_CIRCLE_MIN  = 2
20  local CHARGE_CIRCLE_MAX  = 5
21  
22  function player:new(x, y)
23    self.x, self.y = x, y
24    self.w, self.h = 10, 10
25    self.base_speed = 100
26    self.speed = self.base_speed
27    self.r = 0
28    self.visual_r = 0
29    self.sx, self.sy = 1, 1
30    self.spec = player_spec   -- four-axis effect spec (see snkrx/init.lua)
... [610 more lines]

Let me check the stored project status and look for any progress/plan notes to reconcile against what's actually in the code.

Read (C:\Users\adn.claude\projects\E--a327ex\memory\project_062026.md)

1    ---
2   name: project_062026
3   description: "062026 (working title) — side-project build-heavy action roguelite (SNKRX units reimagined as solo RoR-like classes, Linked-Socket gem builds); designed alongside Mini Looper"
4   metadata: 
5     node_type: memory
6     type: project
7     originSessionId: 081fadb9-c1ff-4449-b7f2-a024fefea81f
8   ---
9   
10  `062026` (`E:/a327ex/062026/`, a temporary date-name) is a **side project** — something to design/build in the gaps while the agent runs [[project_mini_looper]] tasks. It is explicitly NOT a second main project; keep it cheap.
11  
12  A **build-heavy action roguelite** (SNKRX × Risk of Rain): pick one of the ~55 SNKRX units reimagined as a solo **active-aim** class (kit = Passive + Primary + Secondary + Mobility + Ultimate), fight waves, and build it via **Linked Sockets** — gems socketed into abilities (5 sockets/ability, intrinsic socket-cost [1, keystones 2–3], per-ability caps, full-catalogue **deterministic** choice — no gambling). Builds are authored; per-run "surprise" is a **deferred** knob (seed / menu-subset / mutator / route / threat).
13  
14  **Full design + the canonical unit-creation process + two worked example units live in `E:/a327ex/062026/design.md` — read it first.** Examples: Swordsman (multi-carrier melee: cleave + Cross-Guard flurry) and Archer (single-carrier, all arrows).
15  
16  Key principle — the **Carrier Axis**: a class is single-carrier (one delivery method → archetypes blend, high interplay, global gems) or multi-carrier (distinct methods → modal builds, per-ability gems); choose consciously per unit. Favor archetype interplay (X+Y builds).
17  
18  Status (2026-06-05): **grey-box started.** Forked from `snkrx-template` into `E:/a327ex/062026/` (its own copy of Anchor 2 + the snkrx toolkit; initially `.git` not copied, but a **private GitHub repo `a327ex/062026`** (SSH `origin`, created 2026-06-05) now version-controls it — commit/push there going forward; the end-session skill's project-repo step applies). The build lives in `062026/main.lua` (started from the clean reference scene). First playable: moving player (WASD/arrows + mouse-aim, already in the template), a **trickle of seekers from the right** edge toward the player (cap 12, one per 0.6s, 4 seeded), 4 boundary walls, and the **Swordsman Cleave** on LMB — a **square** AoE (`area` carrier, `shape='rect'`) popped just ahead of the aim (placeholder dmg 8 / cd 0.35s / half-side 18). Decisions this session: cleave = SNKRX-style **square** (not wedge/circle); enemies enter **from the right**; the swordsman is **yellow** (SNKRX-canon). Since then: cleave tuned to size/reach 32 (a 64px square) + cd 1 + **hold-LMB-to-repeat**; an **F1 live knob-tuner** panel (built from the snkrx UI toolkit) over the cleave/spawn constants; and a **swing sound** on the cleave — the template's existing `sword_slash` v3 (`Sword_Slash_1_v3.ogg`) at ±10% pitch, F3-tunable under the `sword_slash` volume key. (Briefly wired the SNKRX `Heavy sword woosh` pair from the sound packs, then dropped it for the existing slash.) ⛔ **The discipline / shipping gate does NOT apply to 062026** — the user declared it a side project for fun where he indulges however he likes; do NOT flag juice / polish / custom sound / infra as B-work on this project (he'll consciously decide), in contrast to [[feedback_shipping_gate]] which still governs his MAIN game projects. Cleave **crowd-scaling is now in**: each swing = base `CLEAVE_DAMAGE` (3) **+1 per enemy caught** in the square (counted at fire via `query_entities_box`, keeping `area.lua` generic; the +1/enemy is hardcoded, NOT a UI knob, per the user) — the "tighter mob = harder hit" identity, live. **Architecture (owner directive — applies project-wide):** class-specific behavior is structured as explicit `if self.character == '<class>' then … elseif …` chains, NOT a data-driven dispatch (he wants big readable if/elseif chains for the ~55 classes). `player.character = 'swordsman'`; ability input→dispatch lives in `player:update_abilities()` behind that branch, each ability its own method (`player:cleave`, `player:start_dash`/`update_dash`, `player:update_walk` for non-dash movement); **the Cleave was moved out of main.lua into `player:cleave`**; tunables stay `main.lua` globals the player reads (so F1 tunes them); `main.lua` publishes `game_input_blocked` so mouse abilities don't fire through the UI. Apply this pattern wherever behavior diverges by character (player + other systems). Documented — along with the **sound-sourcing process** (learn name from a ref project → glob `E:/sound packs` → ffmpeg q10 .ogg → delete .wav → wire pre-`volumes_apply_overrides` → F3) — in `062026/.claude/CLAUDE.md`. **Mobility · Lunge is in** (Space, in the **movement direction** — `last_move_r`, not the mouse): a **position dash via `math.lerp_dt`** — the owner REVERSED his earlier "absolutely no tween, physics only" call once he learned v1 `dash_strike` lerps, then asked to copy v1 but with a `lerp_dt` not a raw lerp. Copies v1 `dash_strike`: `collider:set_position` teleport-lerps THROUGH enemies, a `physics_raycast` wall clamp stops it, `DASH_DAMAGE` is **0** now (pure-mobility dash, sweep + impact FX skipped; the F1 dmg knob re-enables a damaging dash-strike); **2 charges** (`DASH_MAX_CHARGES` local in player.lua) with a **full 8s refill once BOTH are spent** (recharge starts only at 0); **distance 100**; reuses flicker's now-GLOBAL `trail_update`/`trail_draw` for a yellow wake; `subtle_whoosh` (`RPG3_Generic_SubtleWhoosh02`, q10-sourced) cast sound. F1 tuner is now **2-column**. **Secondary · Cross Guard is DONE** (hold RMB / `mouse:2`): a **hold-to-charge guard stance** — movement slows (`GUARD_SLOW` 0.25), a **looping charge sound** plays, white **yellow→pure_white inward streaks** converge on a **wobbling white charge circle in front of the player**, and a **charge bar over the head** fills. Charge is **hit-driven**: each hit taken while guarding banks a stack (`player:hit` hook; capped `GUARD_MAX_STACKS` 8) and is softened by a flat-integer `GUARD_DR` (seekers do 1 contact dmg, so DR must be flat-int not %); the bar **flashes white on each hit** and its fill tweens light_blue→white. **Release = a NEW bespoke attack, `snkrx/flurry.lua` (NOT flicker — the owner explicitly rejected reusing flicker/bezier-hops):** grab enemies within `FLURRY_RADIUS` (80) of the player, build a **batched-random order** (each full pass hits every area-enemy once in random order; final partial pass a random subset → enemies hit ~equally), and apply **direct single-target hits in sequence** (one per 0.05s), `hits = guard_stacks*2` (full bar = **16**), reusing flicker's **per-hit FX + slash sounds** only. A no-target / 0-stack release does **nothing** (no whiff sound, no cd — owner's call). Charge visuals: **circle + particles draw on the EFFECTS layer** (above everything) via `player:draw_charge_circle(effects_layer)` called from main.lua's effects pass; circle radius `2→5` (×`ct`) + ±0.5 jitter; **particles (`fx_charge_particle` in fx.lua) follow the player's relative frame** (converge on `player.charge_cx/cy`, recomputed each frame, so they track the moving player), color whitens on a **manual ramp** (`mix_t = elapsed/white_at`, `white_at = dur*0.3`, then `color_mix(yellow, pure_white, mix_t)`) SEPARATE from the position `timer_tween` so white lands early, and their **reach/length/speed scale with charge** (`scale = remap(ct,0,1,0.25,1)`; speed scales because duration is fixed). Charge **bar drawn exactly like the enemy `draw_health_ui`** (width `self.w`, `y - h - 2`, radius 1) but blue→white + hit-flash. Two **looping charge sounds** sourced (q10 ogg): `charge_light` = `RPG3_LightMagic_ChargingLoop` (v1's railgun charge, vol 0.47), `charge_subtle` = `Subtle_Magic_Loop`; an **F1 `charge snd` toggle** (`GUARD_SOUND_ALT`) switches them. **KEY ENGINE FINDING:** Anchor 2 DOES have **looping, stoppable, retunable sfx** — `sound_play_handle` / `sound_handle_set_looping` / `sound_handle_set_pitch/volume` / `sound_handle_stop` (registered in anchor.c ~9563-9567; NOT in ENGINE_API_QUICK.md, which only lists one-shot `sound_play`). A `sfx_loop()` helper in main.lua wraps it (mirrors `sfx()` DSP lookup). Also: the **`white` palette token is `color(200,200,200)` (grey)** — added **`pure_white = color(255,255,255)`** to palette.lua for FX flashes. **Class-identity decision (owner, PoE Marauder/Duelist analogy):** the Swordsman is **AoE-primary** — Cleave + the ult are AoE; **multi-hit (Flurry/Cross Guard) is the DEEP SPEC**, and default multi-hit-primary is reserved for a future class. Per-enemy crowd-scaling lives on Cleave / the Passive / gems, NOT on everything for free. **Ultimate · Bladestorm was renamed/redesigned to `Blade Dance` and is DONE** (key **R**, `ULT_CD` 10s cd). It's **NOT a separate entity** — the owner rejected a coexisting dancer; it's a **player state machine** (like the Lunge dash) folded into player.lua (`player:start_blade_dance` / `update_blade_dance` / `bd_pick_target` / `bd_start_hop` / `bd_land`; a `snkrx/blade_dance.lua` entity was built then DELETED in the refactor). The PLAYER itself **Flicker-Strike-style bezier-leaps** between packs (copies flicker's EXACT control points — `cubic_bezier` de-localized to GLOBAL in flicker.lua; 80% entry/exit + 12u-shy aim point + exit-bend toward the tentative next target), reusing `player.dash_trail` for a clean trail (no jag wobble while dancing), **immune** during it (collision guard `not pl.blade_dancing`), other abilities suppressed, ending AT the final landing (it IS the mover). **Targeting is a heuristic, NOT nearest-enemy (owner: jumps must be BIG):** among enemies in a jump band `[BLADE_DANCE_JUMP_MIN 70, JUMP_MAX 160]`, score = pack density (unhit enemies in the AoE = 1, already-hit = 0.3) + `1.5*(dist/JUMP_MAX)` edge bonus → weighted-random among top 3 → fallback to farthest in range ("dense far-edge fresh packs prioritized"). Each **landing** = a Cleave-style **square AoE with FLAT damage** (`BLADE_DANCE_DAMAGE` 12, **no crowd-scaling** — owner's call) **angled to the player's facing** via an explicit `r = self.r` (NOTE: `spawn_area`'s caster→spawn-point auto-aim is **degenerate when the area spawns AT the caster** — zero vector → defaults to angle 0; that was a real bug, Cleave only works because it spawns *ahead* of the player) + Flicker's **final-burst visuals+sounds copied** (big `fx_energy_122` s=1.6, `slash_final` + random `sword_slash`, hit_circle, particles, shake, `hit_stop` 0.06) at EVERY landing (no enemy knockback). A **`subtle_whoosh` dash-whoosh plays on each leap** (in `bd_start_hop`). Jump timing is **two separate values** (owner split them): `BLADE_DANCE_JUMP_DURATION` 0.08 (leap movement time) vs `BLADE_DANCE_JUMP_DELAY` 0.20 (pause after a landing). F1 tuner now shows ONLY the Blade Dance group (`dance jumps`/`dance dur`/`dance delay`/`dance dmg`/`dance size`/`jump min`/`jump max`/`ult cd`) + seeker knobs — **all Cross Guard + Cleave + dash knobs removed** (settled; still globals, just not live-tuned). **Swordsman kit is now 4/5 abilities done** (Cleave, Cross Guard, Lunge, Blade Dance). **Genuinely next — finish the Swordsman in ONE session: (1) Passive · Outnumbered** (crowd = +dmg dealt & −dmg taken when surrounded — the crowd-scaling home), **then (2) the full gems / Linked Sockets pass.** Still pending after: **player death / fail state** (`player:hit` only clamps HP to 0). Tuning knobs are all-caps globals near the SCENE section. Not in global CLAUDE.md project list yet.
19

I'm now reoriented. Let me do one quick verification that the secondary attack files referenced in player.lua are actually present, so my status is accurate.

Glob (snkrx/{flurry,fx,flicker}.lua)

No files found

Path needs the project prefix.

Glob (062026/snkrx/flurry.lua)

062026\snkrx\flurry.lua

Good — flurry.lua is there, everything in the recap checks out. Here's where we are.

062026 — where we left off

The project: the build-heavy action roguelite side-project (SNKRX units as solo active-aim classes + Linked-Socket gem builds). Grey-box of the Swordsman class, built on the snkrx-template fork. The discipline/shipping gate explicitly does not apply here — this is your declared fun side-project.

The Swordsman kit is 4/5 done. All four actives are implemented as player: methods behind the self.character == 'swordsman' branch, tunables are main.lua globals (F1-tunable), enemies trickle in from the right:

Slot Ability State
Primary Cleave (hold LMB) — square AoE ahead of aim, crowd-scaling (+1 dmg/enemy caught) ✅ done
Secondary Cross Guard (hold RMB) — slowed guard stance, hit-driven charge → Flurry (snkrx/flurry.lua, 2× banked stacks of single-target slashes) ✅ done
Mobility Lunge (Space) — lerp_dt position dash in movement direction, 2 charges / 8s refill, yellow wake ✅ done
Ultimate Blade Dance (R) — player-as-mover Flicker-style bezier leaps between dense far packs, flat-dmg square AoE + final-burst FX at each landing ✅ done
Passive Outnumbered — crowd = +dmg dealt & −dmg taken when surrounded ⛔ not built

Genuinely next (per the last session's own note): finish the Swordsman by building the Passive · Outnumbered, then do the full gems / Linked Sockets pass.

Still pending after that: player death / fail state — player:hit currently just clamps HP to 0, no run-end.

So the natural fork in the road:

My rec is A: it's the last kit piece, it's bounded, and it unblocks the "tighter mob = harder hit and tankier" identity that's currently only half-present. Which way do you want to go?

What was Outnumbered's design?

Honestly, "Outnumbered" was never specced beyond a concept line — it lived as a one-liner in design.md plus a framing role in the status notes. Here's everything that exists for it:

The kit-level concept (from design.md §5.1):

Passive · Outnumbered — crowd = more damage and less damage taken when surrounded.

That's the whole written mechanic. Two symmetric halves keyed to the count of nearby enemies:

Its structural role — this is the part that carries weight. The Swordsman's whole identity is "the tighter the mob, the harder I hit" (§5.1, the Step-2 signature hook), and the Carrier Axis names the Passive hub as where that identity formalizes. Two consequences of how the kit ended up:

  1. Outnumbered is the "crowd-scaling home." The rule we settled was per-enemy crowd-scaling lives on Cleave / the Passive / gems — NOT on everything for free (that's why Blade Dance's landings are flat damage). Right now Cleave carries the offensive half itself (+1 dmg/enemy caught, hardcoded at fire). The Passive is meant to be the global version of that — the bonus that applies to all your damage based on enemies around you, not just enemies in the swing.

  2. The defensive half doesn't exist anywhere yet. "−dmg taken when surrounded" has no implementation — player:hit has no crowd-based reduction. So Outnumbered is the only home for the tankier-when-mobbed feel. (Cross Guard's GUARD_DR is a separate, stance-gated flat reduction, not the passive.)

The gem hub it anchors (from design.md §5.1 gems) — these were authored but are downstream of the gems pass, not the passive itself:

Bloodlust ⟳(1)[M] · Thick Hide ⟳(1)[B] dmg-reduction per enemy · Bloodhunger (1)[B] heal per enemy Cleaved · Adrenaline ⟳(1)[F] +aspd while ≥3 near · ★Berserk (2)[H/M] <50% HP doubles the per-enemy bonus · ★Event Horizon (3)[M] drag nearby enemies in.

So the gem hub tells you the intended shape: a per-enemy stacking bonus (Berserk literally "doubles the per-enemy bonus," which presumes a base per-enemy bonus exists — that base is Outnumbered), plus per-enemy dmg-reduction (Thick Hide), plus aspd-while-crowded (Adrenaline), plus lifesteal (Bloodhunger).

The honest summary: the what is clear, the how was never decided. Open questions that a brief would need to answer — what counts as "surrounded" (a radius query? what radius?), is the scaling linear-per-enemy or capped/curved, how big each step is, whether the two halves share one count or read different radii, and whether it's purely passive-numeric or shows any feedback (an aura, a stack readout). Want me to turn that into a design brief?

Cleave already does the AoE thing, the ult doesn't have this AoE + damage per unit modifier on it by default, but we can assume we'll add it as a gem. Adding the passive on top that does the same thing feels a bit too much. What is the Swordsman missing? it has a dash, 2 aoe attacks, 1 multi-hit attack that's also defensive. What interesting passives could we add that would round out the kit, or make it substantially more interesting in a given direction? More damage only feels flat.

Good instinct — you've spotted the real problem. Let me diagnose it before reaching for an answer, because "what passive" depends on "what's actually wrong."

The kit's actual shape

Strip it to mechanics and the Swordsman is: 2 AoE (Cleave, Blade Dance) + 1 single-target burst that doubles as defense (Cross Guard→Flurry) + 1 escape (Lunge). That's a complete, functional bruiser. But look at what every piece is about:

It's one idea — "crowds are good" — said four times. You're right that a fifth restatement is too much, and right that "+dmg" feels flat. Here's the deeper reason it feels flat: the Passive is supposed to be the signature (design.md Step 2 — "Passive = the signature hook"), and a stat line like "+X% dmg per nearby enemy" is a stack gem wearing a signature's clothes. The signature should change how you play, not scale a number. So the fix isn't "+dmg in a different color" — it's a behavior.

The real holes

Three things the kit genuinely lacks, none of them "more damage":

  1. No HP economy. Nothing heals you. A melee bruiser who has to be inside the mob has no payoff for the risk besides damage — diving is pure downside.
  2. No tempo / no arc. Every ability is steady-state and independent. You poke a crowd, dash out, poke again. There's no "in the zone" build-up, no reason to commit and stay. The kit is a list of four buttons, not a fighting style.
  3. No snowball. The kill itself rewards nothing; clearing the front of a wave doesn't accelerate clearing the rest.

The Lunge is also the kit's most isolated piece — a pure escape button that never talks to your offense.

Three passive lanes (each a behavior, not a stat)

A — Momentum / Flow (fills hole #2, redeems the dash)

Moving builds a momentum meter; standing still bleeds it. High momentum makes you faster / your Cleave wider / your dash refund — and dropping to zero makes you weak. The fantasy: a whirlwind that has to keep cutting to stay dangerous.

How it plays: it punishes poke-and-retreat and rewards weaving through the mob — exactly the aggressive kinetic style a Swordsman should have. It makes the Lunge core (your power source, not your escape). It's the most orthogonal to the crowd-redundancy you're sick of — it's about your motion, not enemy count. This is the "make it substantially more interesting in a direction" answer.

B — Bloodthirst / Sustain (fills hole #1)

Hitting (or killing) enemies in melee heals you, or banks overheal as a temporary shield. Diving a big pack comes out healthier; misjudging it kills you.

How it plays: turns crowd size into a survival resource, not just a damage multiplier — a genuine push-your-luck read every time you commit. It's the cleanest "the kit just works as a bruiser now" pick, and it makes Cross Guard's tank-then-release loop feel great (eat hits, Flurry, heal back). Replaces Outnumbered's flat "−dmg taken" with an active economy, which is far less flat than passive DR.

C — Reap / Execute (fills hole #3)

Low-HP enemies in melee range die instantly, and each execute refunds something — cooldown, a dash charge, a sliver of HP. Cleave softens the pack, executes finish it, the kit self-accelerates.

How it plays: changes how clearing feels — you tag-and-reap instead of grinding each enemy to zero, and a wave collapses around you in a chain. It's a threshold mechanic (binary), so it reads completely differently from linear "+dmg." Strong synergy with the AoE you already have.

(Two I considered and set aside: a Riposte/counter passive overlaps Cross Guard's identity too much — that's already your defensive-skill slot. Bleed/DoT is genuinely interesting but design.md deliberately reserves affliction for a different class, and a bleed-bruiser is really its own unit, not a passive.)

My pick

A — Momentum. The Passive is the identity, and right now the Swordsman's identity is "crowds good" (overstated) with no style. Momentum gives it one: never stop moving, weave through the mob, the dash is your engine. It fixes the kit's most-felt experiential gap (no reason to commit), redeems its weakest ability, and it's the easiest of the three to grey-box and fun-test — a meter that fills on move/hit and decays on idle, wired into Cleave size + dash. If you'd rather the kit simply survive better, it's B; if you want clearing to feel snowbally, it's C.

Which lane do you want to chase — or is there a direction none of these point at?

The swordsman needs a defensive option but the one you mentioned is not good. What this game needs is a default defensive option that we haven't decided on yet because we haven't designed the rest of the game, but one idea I often come back to is something like PoE's energy shield or Nova Drift's shields. These are systems where if you take damage it first goes to your shield, then once you've taken enough damage the shield breaks, and you start taking HP damage. This system plays well because it doesn't allow the game to turn into a healfest where the only way to survive is by having healing on every character. And it plays especially well with swordsman, who wants to be in crowds but shouldn't be unnecessarily punished for it. So his passive has to have something to do with how shields work. The general shield mechanism is as I mentioned, take damage, break, recharges after a certain duration of not taking damage. This also gives us "on shield break" events and so on. I actually ideaguyed a game like this before where it was the case that every character had their actives and a passive, but also a shield slot where a specific type of shield would go in. Nova Drift has a few interesting designs pointing to how this could lead to more variety, so maybe research that first and then try to think of a few options + what the swordsman passive might be as it relates to shields.

This is a research-then-design task. Let me pull the actual Nova Drift shield designs first so I'm working from real mechanics, not memory — then synthesize options against the Swordsman.

ToolSearch 

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

I'll research Nova Drift's shield system in parallel — the base mechanics and the distinct shield mods that point to build variety.

WebSearch (Nova Drift shield types body shield regeneration delay how shields work wiki)

Web search results for query: "Nova Drift shield types body shield regeneration delay how shields work wiki"

Links: [{"title":"Regenerative Shields | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Regenerative_Shields"},{"title":"regeneration also applied to shield regeneration? :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/1631916887503301250/"},{"title":"Regeneration | Nova Drift Wiki - Fandom","url":"https://nova-drift.fandom.com/wiki/Regeneration"},{"title":"What are your top (and bottom) 3 bodies and shields? :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/3076503022334150074/"},{"title":"Nova Drift Patch Notes","url":"https://blog.novadrift.io/patch-notes/"},{"title":"-The FISSION Update Is Live- - Nova Drift by Pixeljam","url":"https://pixeljam.itch.io/nova-drift/devlog/110525/-the-fission-update-is-live-"},{"title":"Upgrade List | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Upgrade_List"},{"title":"Nova Drift (Video Game) - TV Tropes","url":"https://tvtropes.org/pmwiki/pmwiki.php/VideoGame/NovaDrift"}]

Based on the search results, here's what I found about Nova Drift shields:

## How Shields Work

Your hull regenerates gradually over time, but your shield does not (instead, it instantly returns to full strength once a cooldown period has elapsed). This means shields operate on a cooldown system rather than continuous regeneration.

## Regenerative Shields Mod

Regenerative Shields now applies its effect 75% to shields and 50% to hull, allowing shields to regenerate when this mod is equipped. The mod Regenerative Shields comes from the Regeneration tree. Once your shields can regenerate, they are affected by modifiers to regeneration and recovery rate.

## Shield Types

The search results mention various shield types including Temporal, Standard, Orbital, Halo, Amp, and Warp shields, along with specialized shields like Bastion. Bastion is a physical arc-shaped shield that only defends the front of the ship. The sides and rear of the ship are still exposed to direct damage, but the Bastion shield gives the ship extra hull resistance when it absorbs enemy attacks.

For more detailed information about all shield types and their specific mechanics, you may want to visit the Nova Drift Wiki directly, as some pages appear to have comprehensive upgrade lists.


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

WebSearch (Nova Drift shield mods list reactive shield bloom warp halo mechanics)

Web search results for query: "Nova Drift shield mods list reactive shield bloom warp halo mechanics"

Links: [{"title":"What are your top (and bottom) 3 bodies and shields? :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/3076503022334150074/"},{"title":"new player, making effective builds...shields :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/1644304412661692158/"},{"title":"Shields | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Shields"},{"title":"Nova Drift Patch Notes","url":"https://blog.novadrift.io/patch-notes/"},{"title":"Upgrade List | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Upgrade_List"},{"title":"Vorpal Update is now live! - Nova Drift","url":"https://blog.novadrift.io/nova-drift-vorpal-update/"},{"title":"Halo | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Halo"},{"title":"Shield-based Builds :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/2265816381892507306/"},{"title":"Shield damage build question :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/6874265117957158450/"}]

I found information about Nova Drift shields in the search results. Here's what I found regarding the shields mentioned in your query:

## Shield Types

Warp and Halo are notable shields, along with several others available in the game.

### Halo Shield
Halo has excellent stats and high damage. It scales powerfully in burn builds, but is still very useful for many other builds - especially those with a weaker early game. Without mods the range is short so getting Shield Effect Radius and Radiant Shields is a must, with these Halo will start taking down most things on its own without putting you at risk.

### Warp Shield
Warp provides good defense and invincibility frames are super helpful. Warp Shield can be paired with Volatile Shields and Weaponized Shields.

The search results provide community discussions about shield builds but don't contain a comprehensive list of shield mods or detailed mechanics for "Reactive Shield" or "Bloom" specifically. For more detailed information about specific shield mechanics and a complete mods list, you may want to check the official Nova Drift wiki or in-game documentation directly.


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

Let me fetch the actual wiki pages for the shield list and the key shield-mod designs so I have the real mechanics.

WebFetch (https://nova-drift.fandom.com/wiki/Shields)

The server returned HTTP 403 Forbidden.

The response body was not retrieved. If this URL requires authentication, use an authenticated tool (e.g. `gh` for GitHub, or an MCP-provided fetch tool) instead of WebFetch.

WebFetch (https://nova-drift.fandom.com/wiki/Upgrade_List)

The server returned HTTP 403 Forbidden.

The response body was not retrieved. If this URL requires authentication, use an authenticated tool (e.g. `gh` for GitHub, or an MCP-provided fetch tool) instead of WebFetch.

Fandom blocks direct fetch. Let me pull the specific mod mechanics through search instead, which can read those pages.

WebSearch (Nova Drift "Reactive Shields" "Weaponized Shields" "Volatile Shields" "Radiant Shields" effect mechanic)

Web search results for query: "Nova Drift "Reactive Shields" "Weaponized Shields" "Volatile Shields" "Radiant Shields" effect mechanic"

Links: [{"title":"Weaponized Shields | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Weaponized_Shields"},{"title":"Radiant Shields | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Radiant_Shields"},{"title":"Category:Shield Effect | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Category:Shield_Effect"},{"title":"new player, making effective builds...shields :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/1644304412661692158/"},{"title":"Shield damage build question :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/6874265117957158450/"},{"title":"Category:Shield | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Category:Shield"},{"title":"Shield of Shields | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Shield_of_Shields"},{"title":"Nova Drift - How to Obtain Divide by Zero Achievement","url":"https://gameplay.tips/guides/12701-nova-drift.html"},{"title":"Volatile Shields | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Volatile_Shields"}]

I found some information about these shield effect mods in Nova Drift. Based on the search results:

**Weaponized Shields**: This mod has its own distinct radius in which it applies, which can be made larger or smaller by mods affecting Shield Effect Radius.

**Volatile Shields**: This is a Shield Effect mod that relates to Shield Cooldown and Discharge. Community guides suggest it creates explosions when shields break, which can be used strategically by intentionally breaking shields frequently.

**Radiant Shields**: This mod is related to Shield Effect Radius and Weaponized Shields.

**Reactive Shields**: While mentioned in the search results, the specific mechanic details aren't fully elaborated in the available content.

The search results indicate these are part of Nova Drift's modular shield system, but the wiki pages appear to have incomplete descriptions. For more detailed effect mechanics, you may want to check the full Nova Drift Wiki pages directly or the in-game tooltips, as the search results only provide partial information about how these mods function together.


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

WebSearch (Nova Drift shield "when your shield breaks" OR "shield break" explosion corrosive mortal shields mechanic)

Web search results for query: "Nova Drift shield "when your shield breaks" OR "shield break" explosion corrosive mortal shields mechanic"

Links: [{"title":"Assorted questions about game mechanics :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/1609400247642564102/"},{"title":"Nova Drift Patch Notes","url":"https://blog.novadrift.io/patch-notes/"},{"title":"Corrosion | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Corrosion"},{"title":"Changelog :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/3658515990056189069/"},{"title":"V0.26.12 | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/V0.26.12"},{"title":"Upgrade List | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Upgrade_List"},{"title":"Rupture and Corrosion help :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/1644304412668489853/"}]

Based on the search results, I found some information about Nova Drift's game mechanics, though the specific details about shield break explosions and mortal shields weren't comprehensively covered in these results.

From the patches and discussions, I can tell you:

There are shield break flash effects in Nova Drift that were fixed in recent patches, but the search results don't contain detailed information about how shield break mechanics interact with corrosive damage or what "mortal shields" specifically do.

Corrosion works by having the first hit start a duration timer, and when the timer elapses, a fraction of the Corrosion stacks gets removed and the timer starts again if stacks remain.

However, the search results don't provide specific information about shield break explosions triggered by shield damage, or details about a "mortal shields" mechanic in Nova Drift. To get more accurate information about these specific mechanics, you might want to check the official Nova Drift wiki directly or the game's patch notes for more detailed mechanic descriptions.


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

WebSearch (Nova Drift Bastion Temporal Warp Halo shield body exact effect wiki)

Web search results for query: "Nova Drift Bastion Temporal Warp Halo shield body exact effect wiki"

Links: [{"title":"Nova Drift Patch Notes","url":"https://blog.novadrift.io/patch-notes/"},{"title":"What are your top (and bottom) 3 bodies and shields? :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/3076503022334150074/"},{"title":"Bastion | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Bastion"},{"title":"Category:Shield Effect | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Category:Shield_Effect"},{"title":"Shields | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Shields"},{"title":"new player, making effective builds...shields :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/1644304412661692158/"},{"title":"Category:Shield Radius | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Category:Shield_Radius"},{"title":"Temporal | Nova Drift Wiki | Fandom","url":"https://nova-drift.fandom.com/wiki/Temporal"},{"title":"Tips for 2 sec bastion shield achievement? :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/3570700856115888806/"},{"title":"Anyone else think most shields are pointless? :: Nova Drift General Discussions","url":"https://steamcommunity.com/app/858210/discussions/0/569247655896547436/"}]

Based on the search results, I found information about these Nova Drift shields and body components:

**Temporal Shield:** Enemy projectiles are slowed near-instantly, whereas destructible enemy rockets must stay in the effect radius for several seconds before completely slowing down. Bosses also tend to have resistance to slowing.

**Bastion Shield:** Bastion deals crash damage according to your body gear, this being 200 for most bodies. Bastion's innate regeneration behaves like a construct: it isn't reduced while you're firing, nor enhanced by Regeneration or Efficiency.

**Halo Shield:** Halo has excellent stats and high damage. Although it scales powerfully in burn builds, it is still very useful for many other builds - especially those with a weaker early game.

However, I couldn't find specific information about an interaction between Bastion, Temporal Warp, Halo shield, and body gear effects in a single wiki entry. The search results don't contain the exact combined effect you're looking for. You may need to check the official Nova Drift wiki directly or look for more specific patch notes that document shield interactions.


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

I have enough of the real mechanics to design from. Fandom blocks direct fetches, but the shape is clear and consistent across sources. Here's the synthesis, then the design.

What Nova Drift's shield system actually does (the transferable parts)

The core model is exactly what you described, and it's worth being precise about why it's good:

This is the anti-healfest property you're after: survival is "manage your exposure window," not "stack lifesteal."

The design move that creates variety — and this is the part worth stealing — is that the shield is a gear slot you fill with a shield type, and the types span five different axes, not one "more defense" axis:

Shield What it does Axis
Standard balanced pool baseline
Halo shield extends into a damaging aura that hurts enemies it touches; scales with shield radius offense
Warp grants invincibility frames — a dodge/phase shield evasion
Bastion a front-only arc shield; bigger, deals ram/crash damage, gives hull resistance when it absorbs — but your sides/back are exposed direction / facing
Temporal slows enemy projectiles inside its radius control
Reflect bounces projectiles back reflection

And on top of the type, there are shield-effect mods that hook the shield's events:

The two lessons for us: (1) a shield slot is a defensive archetype slot, and it can lean offense/evasion/direction/control — that alone carries a ton of build variety. (2) "on-break" and "on-hit" are triggers, which is where the really interesting designs live (build toward your shield breaking).

Shape for this game

A shield slot every class has (alongside actives + passive), socketing one shield type. Base contract:

Damage hits shield → shield depletes → break (HP exposed, fire an on_break event) → after T seconds of taking no damage, shield snaps back to full (fire on_recharge). Optional on_hit_while_shielded event.

A few shield-type options to seed the slot's variety (the Nova Drift axes, reframed for a top-down melee/ranged roguelite):

Note the built-in tension: the default recharge rule is "don't take damage for T seconds." That rule is quietly anti-melee — a Swordsman wading through a crowd never gets T quiet seconds, so his shield would just stay broken. Which is exactly the lever for his passive.

The Swordsman passive — the lock

His passive should rewrite the recharge rule, because that rule is the thing punishing him for being in the crowd:

★ Bloodforged Shield (recommended) — the Swordsman's shield recharges from aggression, not safety. Instead of "no damage for T seconds → refill," dealing damage refills it (per-hit, or a chunk per enemy Cleaved). He's the one class that refuels his guard by staying in and swinging rather than backing off. This is the whole fantasy in one rule: every other class disengages to recover; the Swordsman recovers by committing harder. It's slot-agnostic (modifies whatever shield is socketed), it's a behavior not a stat, it's about shields, and it resolves the crowd tension cleanly — a big Cleave into a dense pack tops your shield back up.

Two ways to deepen it (pick one to pair, or keep it pure):

Alternatives if you don't want the recharge-rewrite as the signature:

My strong rec is Bloodforged Shield + crowd capacity: it makes the shield system itself express "tighter mob = I'm fine" without a single flat number, it's unique among the roster (the aggression-recharge class), and it's the natural answer to the exact tension the default shield creates for melee. The on-break Cleave is a great gem on top rather than baseline.

One thing to decide before any of this is buildable: is the shield system real enough to design the passive against yet? You said it's undecided because the rest of the game is. We can either (a) pin a minimal shield contract now just so the Swordsman has something to hook, or (b) keep the passive as a paper design and build something else until shields are decided. Which — and if (a), does the recharge-from-aggression framing feel right as his lock?

Sources: Nova Drift Wiki — Shields, Regenerative Shields, Weaponized Shields, Volatile Shields, Bastion, Temporal, Halo, Steam — bodies & shields discussion.

There's a tension though, to regenerate the shield you need to take real damage? That defeats the purpose of the mechanic, no?

You're right, and it's worth being precise about why, because the flaw is bigger than the phrasing.

First, a small clarification: Bloodforged as I wrote it recharges by dealing damage, not taking it. But that doesn't save it — it makes it worse in a subtler way, and your instinct is pointing straight at the real problem. Two failure modes, both fatal:

1. "Recharge through combat" is just lifesteal wearing a shield costume. The entire reason you reached for shields was to avoid the healfest — survival should be "manage your exposure," not "deal damage → get health back." A passive that refills the defensive pool by fighting is exactly that healfest loop, just pointed at the shield bar instead of the HP bar. It reintroduces the thing the system exists to kill.

2. It collapses the deplete→break→recharge loop into flat EHP. This is the deeper one. The shield is only interesting because it breaks — the break is what creates stakes, the recharge delay is the managed window, and "on-break" is where the build variety lives. If the Swordsman refills faster than he depletes, his shield never breaks — it's just an always-topped-up chunk of free effective HP, i.e. flat damage reduction, the exact flatness we started this whole conversation trying to escape. And if he refills slower than he depletes, real damage leaks through and the recharge did nothing. There's no middle: the shield stops being a managed window and becomes a DPS-race HP bar. Either way the system's whole point evaporates for him specifically.

So the honest conclusion: I overloaded the passive. "Melee shouldn't be punished for being in the crowd" should not be solved by exempting him from the recharge rule — that rule is the system. The fix has to keep him genuinely breaking and genuinely exposed, and make his edge be how he handles the break, not never breaking.

Two clean routes that respect that:

A — Embrace the break (the passive relates to shields via the break event). Recharge stays universal — everyone needs the safe window, Swordsman included. His passive makes the break itself productive: when his shield breaks, he emits a Cleave-shockwave that knocks the crowd off him. That knockback manufactures the safe window in place — instead of being waived from the rule, he physically creates the few quiet seconds the rule demands, by force. He still breaks (stakes intact), still eats HP if the shockwave doesn't clear enough (no free lunch), but the worst moment becomes a dramatic offensive reset beat. This is the Volatile-shield idea turned into his signature, and it's a rhythm, not a flat number. Optionally pair with "while the shield is up, it's a damage aura" so being mobbed is also offense.

B — Decouple: the melee problem belongs to the shield type, not the passive. Maybe the "don't punish me for being in the crowd" job is the shield slot's job: a Bastion (huge front arc that faces exactly what you're cleaving) or a Thornmail/Aura shield is simply the melee-friendly defensive pick. Then the Swordsman's passive is freed to be his offensive identity, and shields stay a clean, universal system nobody gets a special exemption from. The cost: his passive then has nothing to do with shields — which contradicts your original ask, so this is only right if you decide the passive shouldn't be the shield-hook after all.

There's also a C worth naming: maybe the Swordsman is deliberately bad with the default shield (he can't earn the quiet window), and that's correct — his real defenses are Cross Guard, the Lunge, and Blade Dance's immunity, and his "defense" is removing threats fast. The shield is just a small universal baseline he underuses. Aggression-as-defense, honestly stated, with no mechanism pretending otherwise.

My rec is A — it's the one that genuinely makes "his passive relates to how shields work" and keeps the stakes the system depends on, and the break-shockwave is exactly the kind of dramatic beat that makes a passive feel like a signature instead of a stat. But if you want shields to stay a perfectly clean shared system with no per-class exemptions, B is the more disciplined architecture and we'd hunt for his identity elsewhere.

Which of these feels right — or does the fact that the default shield rule fights melee so hard make you want to reconsider the recharge rule itself (e.g. recharge-on-kill as a universal alternate model)?

Let's go with something very simple. Swordsman has the default shield by default (this can be changed in a run), and his passive is that his shield recharge delay is lower and shield recharge rate is faster than normal. This opens up the ability for Swordsman to go with shields that have lower values but that break more often, and due to his improved rates, he can go with on break builds and be more effective that way, or he can also decide to go with a big meaty shield instead and just have that big shield protect him better. It's simple and flexible.

Settled — and it's clean precisely because it dodges both flaws we hit. He never refills through combat (no healfest), and he's not exempt from the break/recharge loop (stakes fully intact) — you've just handed him the two universal knobs tuned in his favor. The flexibility claim is real, too: faster recharge improves both poles at once — more break-events-per-fight for an on-break build, less exposed downtime for a meaty-shield build — so the passive is build-agnostic, which is exactly the right shape for a passive (it widens his options instead of dictating one). Good call.

One small model note for later: a separate "recharge rate" knob implies our default shield refills gradually after the delay, rather than Nova Drift's instant snap-to-full. That's a fine choice — it actually gives you two independent levers (when it starts coming back vs. how fast) instead of one — just something to lock consciously when we build it, since it changes how a half-recharged shield feels.

The consequence worth surfacing: this passive is now defined as a modifier on a shield system that doesn't exist in code yet. Once the system's there, his passive is ~two numbers (shorter shield_recharge_delay, faster shield_recharge_rate) plus whatever on-break hook he wants. So nothing here is buildable until there's a minimal shared shield to modify.

So the fork:

I lean A — it's the substrate the passive needs, it gives the loop stakes, and it's the thing that turns "4 abilities + a paper passive" into a defensible whole you can actually fun-test. But it's the bigger chunk; if you'd rather keep momentum on the kit or gems, B is fine and I'll just write the decision down.

Either way I'll record the passive in design.md. Want me to draft the shield-system brief?

Let's build the full shield system now first. Variables are: shield amount, shield recharge delay, shield recharge rate. Events: on break, on hit with shield. Maybe there's something else I'm forgetting but that's what comes to mind now.

The user wants the full shield system, and this is a non-trivial new system — so per the project's design-brief rule, I'll post a conceptual brief before writing code. First, let me ground the integration details by checking how the game-specific files (like flurry.lua) are wired and where the default specs live, so the brief's interfaces are accurate.

Grep (flurry)

Found 5 files
062026\snkrx\player.lua
062026\main.lua
062026\snkrx\init.lua
062026\snkrx\flurry.lua
062026\design.md

Grep (require(|flurrys\s*=|^local function|^function)

4:  `require('snkrx')`, from main.lua and AFTER `require('anchor')({...})`,
34:require('snkrx.palette')
35:require('snkrx.effect')
38:require('snkrx.geometry')
65:require('snkrx.stats')
66:require('snkrx.fx')
69:sound_tuning = require('snkrx.sound_tuning')
74:function sfx(handle, volume, pitch)
147:function volumes_apply_overrides()
166:function hit_stop(duration)
170:function hit_stop_update(dt)
180:require('snkrx.player')
181:require('snkrx.seeker')
182:require('snkrx.wall')
185:require('snkrx.projectile')
186:require('snkrx.area')
187:require('snkrx.beam')
188:require('snkrx.flicker')
189:require('snkrx.flurry')
190:require('snkrx.airborne')
191:require('snkrx.prop')
194:require('snkrx.sound_tuner')
197:require('snkrx.ui')
200:require('snkrx.effect_lab')

Read (E:\a327ex\062026\snkrx\init.lua)

180  require('snkrx.player')
181 require('snkrx.seeker')
182 require('snkrx.wall')
183 
184 -- ── Attack carriers ───────────────────────────────────────────────
185 require('snkrx.projectile')
186 require('snkrx.area')
187 require('snkrx.beam')
188 require('snkrx.flicker')
189 require('snkrx.flurry')
190 require('snkrx.airborne')
191 require('snkrx.prop')
192 
193 -- ── Sound tuner (F3 overlay) ──────────────────────────────────────
194 require('snkrx.sound_tuner')
195 
196 -- ── UI toolkit (snkrx/ui) ─────────────────────────────────────────
197 require('snkrx.ui')
198 
199 -- ── Effect inspector (F5 dev tool — built on the UI toolkit) ──────
200 require('snkrx.effect_lab')
201

Grep (_spec\s=|^flurrys|flurrys\s=|draw_health_ui|should_show_health_ui)

062026\snkrx\wall.lua:42:  -- Effect spec. The default wall_spec = {color='none'} is flat passthrough,
062026\snkrx\seeker.lua:304:  draw_health_ui(self, layer)
062026\snkrx\seeker.lua:309:  should_show_health_ui(entity) -> bool
062026\snkrx\seeker.lua:316:function should_show_health_ui(entity)
062026\snkrx\seeker.lua:324:  draw_health_ui(entity, layer)
062026\snkrx\seeker.lua:338:function draw_health_ui(entity, layer)
062026\snkrx\seeker.lua:339:  if not should_show_health_ui(entity) then return end
062026\snkrx\init.lua:49:player_spec = { pattern = 'organic', pattern_scale = 0.5, color = 'mix',
062026\snkrx\init.lua:51:enemy_spec  = { pattern = 'organic', pattern_scale = 0.5, color = 'mix',
062026\snkrx\init.lua:53:attack_spec = { pattern = 'organic', pattern_scale = 0.5, color = 'mix',
062026\snkrx\init.lua:55:rock_spec   = { pattern = 'organic', pattern_scale = 0.5, color = 'mix',
062026\snkrx\init.lua:57:wall_spec   = { color = 'none' }   -- flat: walls pass through their own slate base
062026\snkrx\init.lua:62:flash_spec  = { color = 'solid', color_a = 'text' }
062026\snkrx\player.lua:604:  -- (draw_health_ui) — same width (self.w), height, corner radius, and position
062026\snkrx\flurry.lua:24:flurrys = {}
062026\snkrx\beam.lua:526:    local tip_spec = self.tip_flashing and flash_spec or self.spec
062026\snkrx\ui\paint.lua:49:local none_spec = { color = 'none' }

I have what I need to wire this accurately. Here's the design brief — no code yet; this is the conceptual map to react to.

Design brief — shield system

Scope: a shared, generic shield layer that sits in front of HP, plus the Swordsman passive that tunes it, plus the visuals/sounds/events to make it read. Out of scope (flagged for next): player death/fail — the shield makes HP genuinely drainable now, but I'm keeping death a separate step. The shield is fully testable without it (you watch it absorb → break → recharge, and HP only drops after break).

Approach

A shield component — a plain table + free functions in a new snkrx/shield.lua, attached as self.shield, in the same procedural idiom as airborne.lua / stats.lua (no methods on the module). This is the right shape because shields are a slot every class will eventually fill — the component is class-agnostic; the player owns the policy.

Data the component holds: amount (current), max, recharge_delay, recharge_rate, last_damage_time, recharging (bool), and two owner-set callbacks on_break / on_hit. Starts full.

Lifecycle (the core loop):

Who owns the numbers: the player computes its effective shield params each frame and writes them into the component before shield_update — max, recharge_delay, recharge_rate read from main.lua globals, character-branched. That keeps the component generic and the values F1-live. (When gems land, these graduate to stats.lua stats like hp_max so passive + gem buffs compose through the existing machinery — same path HP took. Not now, to keep it simple; flagged so we don't paint a corner.)

The damage flow (the heart of the change)

player:hit is the single damage entry point, so the shield intercepts there. New order:

  1. Cross Guard GUARD_DR reduces the incoming damage first (it's an active mitigation stance, logically in front of the passive shield). A hit fully eaten by the shield still banks a guard stack — consistent with the existing "a fully blocked hit still charges the Flurry" rule.
  2. Shield absorbs the reduced damage → returns leak.
  3. leak hits HP via the existing stats_add(self, 'hp', -leak).

Feedback splits by outcome — this is what makes the system read:

The passive

The Swordsman passive is purely the two-knob tune, expressed as multipliers on the base shield (so "than normal" is literal): in the player's per-frame param computation, if self.character == 'swordsman' → recharge_delay = base * SWORDSMAN_SHIELD_DELAY_MULT (≈0.5) and recharge_rate = base * SWORDSMAN_SHIELD_RATE_MULT (≈1.5). That's the whole passive. Everything else is the universal system, exactly as we agreed.

Events

Owner-set callbacks the component fires; the player supplies default FX implementations now, and gems/shield-types layer mechanics on the same hooks later:

Visuals

Sounds

Two beats. Placeholders now, proper sourcing as a polish pass (the E:/sound packs → ffmpeg q10 pipeline):

Interfaces (files touched)

Functions

New, in shield.lua:

Changed, in player.lua:

Open decisions (need your call)

  1. Breaking-hit overflow. When a hit exceeds the remaining shield (shield 2, hit 10): does the overflow (8) carry to HP (PoE-style — recommended; a 1-point shield can't block a truck), or does the breaking hit get fully absorbed (more forgiving, but makes tiny "break-often" shields block any single hit regardless of size)? I recommend carry-to-HP.
  2. Readout: floating shield+HP bars above the player (my lean, consistent with existing bars) vs. a corner ui_hud_bar HUD?
  3. Shield color: light_blue for the universal shield ring — fine, or do you want a dedicated token?
  4. on_full event: build the third hook now (inert), or keep it to just the two you named?
  5. Confirm the gradual-refill model (amount climbs at recharge_rate/s after the delay) is what you pictured for "recharge rate" — vs. snap-to-full after a delay (then "rate" wouldn't exist as a knob).

Once you've weighed in on these, I'll write it.

Shield visual should not be a ring, but the same as the HP bar, just white instead. Either directly below or above the current HP bar for the player, if there is one, I don't remember. HP bar for player should be green also. No specific shield hit sound is needed, keep the same sound as when the player gets hit. 1. Yes, overflow. 2. Do both above the player, but also UI for both on a corner, using the default SNKRX template HP bars. 3. White. 4. Yes, on full makes sense too. 5. Yes.

All five decisions captured, plus the visual change. Let me confirm the final deltas so we're aligned, then I'll implement (the brief is agreed — not re-opening it).

Deltas to the brief:

Let me read the few things I need to match exactly (the seeker HP-bar idiom, ui_hud_bar's signature, and the color tokens), then write it.

Read (E:\a327ex\062026\snkrx\seeker.lua)

300  
301   -- Floating HP bar above the seeker. Drawn after the silhouette
302   -- so it overlays cleanly; gated on last_damage_time so it only
303   -- appears for 2s after the most recent hit (v1 behavior).
304   draw_health_ui(self, layer)
305 end
306 
307 
308 --[[
309   should_show_health_ui(entity) -> bool
310 
311   v1 line 9367-9372. The floating HP bar fades out 2 seconds after
312   the most recent damage event. entity.last_damage_time is the
313   engine `time` at the last :hit; -math.huge keeps it hidden until
314   the seeker takes its first hit.
315 ]]
316 function should_show_health_ui(entity)
317   if not entity then return false end
318   local since_damage = time - (entity.last_damage_time or -math.huge)
319   return since_damage < 2
320 end
321 
322 
323 --[[
324   draw_health_ui(entity, layer)
325 
326   v1 lines 9374-9386. Draws a 2-pixel rounded rectangle 2 px above
327   the entity sprite, sized to match entity.w. Background is a dark
328   charcoal, foreground is red scaled by hp/max_hp. Caller must have
329   already attached the world camera to `layer` (this is called from
... [44 more lines]

Grep (^function ui_hud_bar|^function ui_bar)

331:function ui_bar(opts)
332-  local r     = opts.rect
333-  local id    = opts.id
334-  local rad   = opts.radius or 3
335-  local color = opts.color or green
336-  local track = opts.track or charcoal
337-  local back  = opts.back  or white
338-  local ed    = opts.spec
339-
340-  -- Target fraction: value/max in health mode, fill in progress mode.
341-  local frac
342-  if opts.max then
343-    frac = math.clamp((opts.value or 0)/opts.max, 0, 1)
344-  else
345-    frac = math.clamp(opts.fill or 0, 0, 1)
346-  end
347-
348-  -- front \ back \ shown-value \ kick: tweened (id) or static (no id).
349-  local front_f, back_f, shown_v, y_off = frac, frac, opts.value, 0
350-  if id then
351-    front_f, back_f, shown_v, y_off = ui_bar_feed(id, frac, opts.value or 0)
352-  end
353-
354-  -- The cash-register kick draws the whole bar y_off px lower.
355-  local dr = { x = r.x, y = math.floor(r.y + y_off + 0.5),
356-               w = r.w, h = r.h }
357-
358-  -- Track, then the white 'lost health' chunk (only while the back
359-  -- trails the front), then the front fill on top.
360-  ui_rrect(dr.x, dr.y, dr.w, dr.h, rad, track, ed)
... [63 more lines]

Grep (^\s(green|charcoal|pure_white|white|light_blue|red)\s=)

59:charcoal      = color(45, 48, 51)
63:white         = color(200, 200, 200)
64:pure_white    = color(255, 255, 255)   -- true 255 white for FX flashes (NOT a dithered palette token)
71:red           = color(210,  49,  56)
75:green         = color(106, 166,  52)
76:light_blue    = color( 35, 143, 194)
125:  white = white, text = text,
126:  red = red, orange = orange, yellow = yellow, lime = lime, green = green,
127:  light_blue = light_blue, blue = blue, violet = violet, pink = pink,
167:  charcoal = 'panel_border', panel_border = 'grey', grey = 'text_muted',
170:  red = 'orange', orange = 'yellow', yellow = 'lime', lime = 'green',
171:  green = 'light_blue', light_blue = 'blue', blue = 'violet',

Brief is agreed. Before writing, let me confirm the particle/FX color API so the white shield-break particles are correct (the rest of the helpers I've already seen used in player.lua).

Read (E:\a327ex\062026\snkrx\fx.lua)

1    --[[
2     fx.lua — one-shot visual effects.
3   
4     Two entity types ported from v1's hit_circle / hit_particle. They
5     exist for a brief duration, draw something, and auto-kill. Spawned
6     by gameplay code (projectile spawn, wall hit, area damage in the
7     future) via spawn_hit_circle / spawn_particle. Both live in the
8     global fxs[] array, updated and drawn from main.lua.
9   
10    fx_hit_circle — filled circle that SHRINKS from initial radius to
11      0 over `duration` (cubic_in_out). Starts white (the `text`
12      palette token); the optional :change_color(fraction, target)
13      chainable swaps it to the spell color at the given fraction of
14      duration, giving the v1 "flash white, then bleed into element
15      color" feel.
16  
17    fx_particle — rotated rounded rectangle that flies outward at
18      self.angle, with w/h/velocity tweening down to {2, 2, 0} over
19      `duration` (sine_in_out). Same white-then-color flash via
20      :change_color. Used for cast bursts, wall impact debris, and
21      (future) on-hit particles.
22  
23    Both kinds match v1 visuals byte-for-byte where possible —
24    ability_layer is replaced with the game_layer caller, the object
25    tree is replaced with explicit fxs[] iteration, an.random calls
26    become random_float / random_choice. Otherwise the math, easings,
27    defaults, and feel are unchanged.
28  ]]
29  
30  
... [90 more lines]

Let me confirm spawn_particle forwards color (and the other opts) so the white shield particles work without :change_color.

Read (E:\a327ex\062026\snkrx\fx.lua)

120    make_entity(self)
121   self.timer = timer_new()
122   -- Single tween targets three fields simultaneously: w and h shrink
123   -- to 2 (small enough to disappear visually); velocity decays to 0
124   -- (particle freezes in place by end of life). sine_in_out matches
125   -- v1's easing — front-loaded movement, settles smoothly.
126   timer_tween(self.timer, self.duration, self,
127     {w = 2, h = 2, velocity = 0},
128     math.sine_in_out,
129     function() entity_kill(self) end)
130 end
131 
132 --[[
133   fx_particle:change_color(fraction, target_color)
134 
135   As with hit_circle — schedule a color swap at fraction of duration,
136   return self for chaining. v1 uses this constantly: particles spawn
137   white and bleed into the ability color halfway through.
138 ]]
139 function fx_particle:change_color(fraction, target_color)
140   timer_after(self.timer, fraction*self.duration, function()
141     self.draw_color = color_clone(target_color)
142   end)
143   return self
144 end
145 
146 function fx_particle:update(dt)
147   timer_update(self.timer, dt)
148   if self.spin ~= 0 then self.angle = self.angle + self.spin*dt end
149   if self.zag and not self.zag_done then
... [60 more lines]

spawn_particle and spawn_hit_circle both forward color. I have everything. Writing the system now.

Write (E:\a327ex\062026\snkrx\shield.lua)

File created successfully at: E:\a327ex\062026\snkrx\shield.lua (file state is current in your context — no need to Read it back)

Now wire the require in init.lua (right after stats):

Edit (E:\a327ex\062026\snkrx\init.lua)

<tool_use_error>File has not been read yet. Read it first before writing to it.</tool_use_error>

Read (E:\a327ex\062026\snkrx\init.lua)

62   flash_spec  = { color = 'solid', color_a = 'text' }
63  
64  -- ── Support modules ───────────────────────────────────────────────
65  require('snkrx.stats')
66  require('snkrx.fx')
67  
68  -- ── Audio: sfx wrapper + volumes / sounds + every carrier asset ───
69  sound_tuning = require('snkrx.sound_tuning')

Edit (E:\a327ex\062026\snkrx\init.lua)

The file E:\a327ex\062026\snkrx\init.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now player.lua — the shield creation in :new, the push_shield_params method, the :update hook, the :hit flow, the :draw bars, and the on_shield_* methods.

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the push_shield_params method, placed just before player:update:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the :update hook — push params + tick the shield, after the spring update:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the :hit flow — route damage through the shield, leak to HP:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the :draw bars — replace the guard-only bar block with the stacked HP (green) + shield (white) + guard bars:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the on_shield_* FX methods, placed after draw_charge_circle:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now main.lua — the shield globals (before the player is constructed, since player:new reads them), the F1 tuner knobs, and the corner HUD.

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the corner HUD in update(), queued after the F1 tuner:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now syntax-check all four touched Lua files with the project's lua54.exe:

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  snkrx/shield.lua
OK  snkrx/player.lua
OK  snkrx/init.lua
OK  main.lua

All four files pass. One cleanup — in player:draw I named the shield local s, which shadows the existing scale-spring s (self.spring.hit.x*...) earlier in the same function. It works (the spring s is consumed before mine is declared), but it's confusing. Let me rename mine to sh:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK player.lua

The shield system is in and syntax-clean. Here's what landed and how to test it.

What was built

snkrx/shield.lua — a generic, class-agnostic shield component (plain table + free functions, the airborne.lua/stats.lua idiom): shield_new / shield_damage (absorb → return leak → fire on_hit/on_break) / shield_update (gradual refill after the delay → fire on_full). The owner pushes effective params each frame; the component just holds state and runs the break/recharge loop.

player.lua — creates self.shield, wires the three event hooks to FX methods, pushes character-branched params each frame (push_shield_params), routes :hit through GUARD_DR → shield → HP leak, draws the floating bar stack, and implements on_shield_break (white shatter + shake + placeholder sound) / on_shield_full (white particle pop) / on_shield_hit (empty — the gem seam).

main.lua — the universal SHIELD_* base globals + the Swordsman *_MULT passive (before the player, so :new reads them), 5 new F1 tuner knobs, and a bottom-left corner HUD (ui_hud_bar: white shield over green HP).

init.lua — requires shield after stats.

How to test (run it your usual way)

  1. Bars: above the player, green HP (bottom) + white shield (above it); same pair in the bottom-left corner HUD.
  2. Absorb: walk into seekers — damage drains the white bar first, HP stays full. Same hit sound/flash as before (the bars carry the shield-vs-HP distinction — I collapsed the visual split too since you collapsed the sound; say the word if you want blood particles to stay HP-only).
  3. Break: when shield hits 0 → white shatter particles + small shake + (placeholder) sound; further contact now drains green HP.
  4. Recharge: stop taking damage ~1.5s (Swordsman's tuned delay; base 3s) → white bar climbs back gradually; a small white pop when it tops off.
  5. F1 tuner has a shield group: shield max / shld delay / shld rate / sw delay x / sw rate x. Tune the feel live.
  6. Cross Guard (RMB) still works; its charge bar now stacks above the shield bar while guarding, and GUARD_DR still bites before the shield.

Feel for: does the buffer-then-break rhythm read clearly? Is the delay/rate window right? Does the Swordsman's faster recharge feel meaningfully different (drop sw delay x/sw rate x to 1.0 in F1 to compare against "normal")?

Flagged / deferred

Want to playtest this first, or should I move on to the death/fail state next?

Shield bar should have the same behavior and size as HP bar, remove the downwards movement on hit from both, don't use pure white, can whatever is close to white but not pure in the palette, needs an effect when the shield breaks now, enemies get pushed outwards from the middle, particles that curve (Cyclone from Invoker/Orblike has such particles) in a given direction spawn, as well as a big hit circle on the player location, but one is drawn as a line circle with high line width initially, so it looks like a full circle, but as it expands in size the line width disappears, making it a ring instead, down to 2 width when it starts fading out and disappears completely. All this while the circular Cyclone particles happen also and when enemies are pushed away.

This is a meaty set of changes — a UI-behavior tweak plus a real juicy shield-break effect. The user referenced Cyclone from Invoker/Orblike for the curving particles, so I'll pull that from the reference project rather than guess. Let me gather everything I need in parallel: the Cyclone particle code, any existing expanding-ring/shockwave effect, the ui_bar down-kick mechanism, and the near-white palette tokens.

Grep (circle_line|line_width|spin\s*=)

Found 6 files
062026\snkrx\fx.lua
062026\snkrx\effect_lab.lua
062026\snkrx\geometry.lua
062026\snkrx\prop.lua
062026\snkrx\seeker.lua
062026\snkrx\findings.md

Grep (^\s(text|white)\s=\s*color)

63:white         = color(200, 200, 200)
65:text          = color(240, 240, 235)

Grep (function ui_bar_feed|y_off|kick)

27:                                 — kick a spring (e.g. on click)
28-    • ui_juice_scale(id) -> num  — current widget scale
29-    • ui_bar_feed(id, frac, value) -> front, back, shown_value
30-
--
53:-- The "cash-register kick" (Emoji Aimer's gold chip): on damage the
54--- whole bar drops BAR_KICK px instantly, then returns linearly to 0.
55-local BAR_KICK     = 4
56-local BAR_KICK_DUR = 0.25
--
141:    • y_offset   — on a DROP only, the cash-register kick: snaps to
142-                   BAR_KICK instantly, then returns linearly to 0.
143-
144-  Every timer entry is named per id, so a fresh hit mid-tween replaces
--
150:function ui_bar_feed(id, frac, value)
151-  local b = ui_bar_juice[id]
152-  if not b then
153:    b = { front = frac, back = frac, shown_value = value, y_offset = 0,
154-          target = frac, target_value = value }
155-    ui_bar_juice[id] = b
156:    return b.front, b.back, b.shown_value, b.y_offset
157-  end
158-
159-  if math.abs(frac - b.target) > 0.0001 then
--
175:      -- Cash-register kick: the whole bar drops a flat amount, then
176-      -- returns linearly. Tagged, so rapid hits replace (never stack).
177:      b.y_offset = BAR_KICK
178:      timer_tween(ui_timer, BAR_KICK_DUR, 'bar_kick_' .. id,
... [7 more lines]

Grep (cyclone)

Found 17 files
Invoker-old\seeker.lua
Invoker-old\reference\archive\feature_by_feature_analysis.md
Invoker-old\reference\poe_skill_examples.md
Invoker-old\reference\poe_skill_generator.md
Invoker-old\reference\poe_gem_mechanics.md
Invoker-old\v1\main.lua
Invoker-old\reference\todo.md
Invoker-old\reference\archive\lore.md
Invoker-old\reference\file_split_and_ownership.md
Invoker-old\reference\anchor_usage_analysis.md
Invoker-old\reference\ai_coding_paradigms.md
Invoker-old\reference\interactions.md
Invoker-old\reference\tags.md
Invoker-old\reference\ability_editions.md
Invoker-old\reference\ability_modifier_map.md
Invoker-old\reference\ability_design_reference.md
Invoker-old\reference\ability_reference.md

text (240,240,235) is the near-white token, and the down-kick is the y_offset from ui_bar_feed (suppressible). Now let me pull the actual Cyclone particle code from the v1 reference so the curving particles match, and check for any existing expanding-ring effect to model the shockwave on.

Grep (cyclone)

877:  cyclone = {
878-    activation = 'hold',
879-    tags = {'channeling', 'melee', 'force'},
880:    carrier = 'cyclone',
881-    color = fg_color,
882-    damage = 1,
883-    element = 'wind',
884-    area_radius = 32,
885-    area_duration = 9999,
886-    area_tick_rate = 0.12,
887-    speed_mult = 0.5,
888-    trigger_rate = 2,
889-  },
890-  asal = {
891-    activation = 'manual',
892-    tags = {'melee', 'strike'},
893-    carrier = 'asal',
894-    color = orange,
895-    damage = 20,
896-    cooldown = 3,
897-    dash_range = 80,
898-    dash_lerp_time = 0.08,
899-    charge_duration = 0.3,
900-    explosion_radius = 25,
901-    echo_delay = 0.2,
902-  },
--
1090:  'beam', 'deploy', 'cyclone', 'asal', 'flicker_strike', 'dash_strike',
1091-  'big_rock', 'railgun', 'psylance', 'wind_slash', 'righteous_fire',
1092-  'piercing_arrow', 'arrow_barrage', 'rotating_turret', 'tornado_shot', 'explosive_arrow',
... [52 more lines]

The Cyclone def spawns a persistent area; I need the actual curving-particle spawn. Let me find the spin/curve particle mechanism in v1 and the cyclone area visuals.

Grep (spin|curve|swirl)

390:        -- Engine uses linear_to_perceptual (volume^2) curve
2046:            local cast_spin_dir = last_proj.arc_spin_speed and math.sign(last_proj.arc_spin_speed) or 1
2052:                spin = cast_spin_dir*9,
2707:              -- Build curved preview path using shared function
2818:            -- Build curved path (homing or returning arc)
5015:--      using add_corner() for curved corners and add_jagged_h/v() for rocky edges.
5024:--   - First section: closed on the left (curved corner from left edge to top/bottom edges)
5027:--   - Last section: closed on the right (curved corner from top/bottom edges to right edge)
5233:-- Add a curved corner arc to a vertex list.
5310:  -- === Left closure: curved corner from left edge → top edge ===
5316:  -- === Right closure: curved corner from top edge → right edge ===
5322:  -- === Right closure: curved corner from right edge → bottom edge ===
5328:  -- === Left closure: curved corner from bottom edge → left edge ===
5348:-- below the screen boundaries. Left/right closures still use curved corners.
6351:-- Hito (人-like): wide curved arms meeting at top with a spike
6354:  -- Left arm: starts nearly horizontal at bottom, curves increasingly vertical toward top
7547:      -- Direction change spin
7576:    -- Rotate towards mouse (or spin with cyclone)
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))
7741:      self.visual_spin = 0
7753:      self.arc_spin_speed = math.abs(self.arc_spin_speed)*math.sign(self.returning_arc_turn_rate)
7798:    self.visual_spin = 0
7876:    self.tornado_spin = 0
7877:    self.tornado_spin_dir = 1
7878:    self.tornado_spin_speed = self.tornado_spin_dir*12*math.pi
7881:    self.tornado_zone = area(self.x, self.y, {ability = 'tornado_shot', color = self.color, mods = self.mods, follow = self, edition = (self.source_orb and self.source_orb.edition) or ability_edition_override or 0, arc_sign = self.tornado_spin_dir, growth_duration = est_travel_time})
7946:        self.visual_spin = 0
7951:        self.timer:tween(0.3, self, {visual_spin = an.random:choice({-1, 1})*2*math.pi}, math.cubic_out)
... [12 more lines]

Line 2052 (spin = cast_spin_dir*9) is the curving-particle spawn. Let me read that context to match the Cyclone feel.

Read (E:\a327ex\Invoker-old\v1\main.lua)

2035         for _, shot in ipairs(fire_shots_list) do
2036              an:add(hit_circle(shot.x, shot.y, {radius = 7, duration = 0.2}))
2037              for i = 1, 2 do
2038                an:add(hit_particle(shot.x, shot.y, {
2039                  angle = shot.r + an.random:float(-math.pi/4, math.pi/4),
2040                  velocity = an.random:float(40, 200),
2041                  duration = an.random:float(0.3, 0.6),
2042                  w = an.random:choice({6, 8}),
2043                }):change_color(0.5, pc:clone()))
2044              end
2045              if def.projectile_shape == 'arc' and last_proj then
2046                local cast_spin_dir = last_proj.arc_spin_speed and math.sign(last_proj.arc_spin_speed) or 1
2047                for i = 1, an.random:int(4, 6) do
2048                  an:add(hit_particle(shot.x, shot.y, {
2049                    velocity = an.random:float(100, 250),
2050                    duration = an.random:float(0.4, 0.7),
2051                    w = an.random:float(8, 11),
2052                    spin = cast_spin_dir*9,
2053                  }):change_color(0.5, pc:clone()))
2054                end
2055              end
2056            end
2057          end
2058    
2059          -- Fire first volley immediately
2060          -- For barrage abilities, share one log across all volleys
2061          local barrage_log = nil
2062          if def.barrage_count and def.barrage_count >= 2 then
2063            barrage_log = damage_cast_log.new(ability_name, def.element)
2064            barrage_log.meta.arrows = def.barrage_count * #shots

Found the Cyclone mechanism — curving particles are hit_particle with a fixed-direction spin (spin = cast_spin_dir*9), which maps directly to fx_particle's spin field. Now I need the alpha mechanism for the ring's fade-out, the layer_circle_line signature, and the seeker :push signature.

Grep (function color(|self.a\s*=|, a)|alpha)

12:    red.a = 128              -- set alpha
91:  color_new(r, g, b, a)
94:function color_new(r, g, b, a)
103:-- Shorter alias — `color(r, g, b, a)` creates a color.
108:  color_from_hsl(h, s, l, a)
111:function color_from_hsl(h, s, l, a)
113:  return color_new(r, g, b, a)

Grep (function seeker:push|function .*:push)

136:function seeker:push(angle, force, duration)
137-  duration = duration or 0.5
138-  self.pushed = true
139-  self.collider:set_linear_damping(6)
140-  self.collider:apply_impulse(force*math.cos(angle), force*math.sin(angle))
141-  self.spin = random_sign()*random_float(8, 12)*math.pi
142-  timer_tween(self.timer, duration, 'push_spin', self, {spin = 0}, math.linear)
143-  spring_pull(self.spring, 'main', 0.3, 5, 0.5)
144-  self.flashing = true
145-  timer_after(self.timer, 0.15, 'push_flash', function() self.flashing = false end)
146-  timer_after(self.timer, duration, 'push_end', function()
147-    self.pushed = false
148-    self.collider:set_linear_damping(3)

Got everything I need. The Cyclone particles are fx_particle with a fixed-direction spin (v1 used spin = dir*9), colors carry alpha via .a (0–255), text (240,240,235) is the near-white token, seeker:push(angle, force, duration) does the knockback, and the corner-HUD down-kick is the y_offset from ui_bar_feed (suppressible).

Since you specified the design in detail, here's just how I'll realize each piece, then I'll build it:

Building now.

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now player.lua — rewrite on_shield_break with the full effect, and swap the remaining shield pure_white → text:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the toolkit kick opt in widgets.lua — ui_bar suppresses the down-kick when kick == false, threaded through ui_hud_bar:

Read (E:\a327ex\062026\snkrx\ui\widgets.lua)

347  
348   -- front / back / shown-value / kick: tweened (id) or static (no id).
349   local front_f, back_f, shown_v, y_off = frac, frac, opts.value, 0
350   if id then
351     front_f, back_f, shown_v, y_off = ui_bar_feed(id, frac, opts.value or 0)
352   end
353 
354   -- The cash-register kick draws the whole bar y_off px lower.
355   local dr = { x = r.x, y = math.floor(r.y + y_off + 0.5),
356                w = r.w, h = r.h }

Edit (E:\a327ex\062026\snkrx\ui\widgets.lua)

The file E:\a327ex\062026\snkrx\ui\widgets.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\ui\widgets.lua)

The file E:\a327ex\062026\snkrx\ui\widgets.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now main.lua — the break-effect globals and the corner-HUD updates (shield gets an id + both lose the kick + shield color → text):

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now syntax-check all touched files:

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  snkrx/fx.lua
OK  snkrx/player.lua
OK  snkrx/ui/widgets.lua
OK  main.lua

All clean. Let me verify the timer_tween tagged-form-with-callback signature I used in fx_break_ring is real (so the ring actually kills itself), since a wrong arg order there would leak the entity:

Grep (function timer_tween|function timer_after)

80:function timer_after(t, delay, name_or_callback, callback_function)
81-  local name, callback
82-  if type(name_or_callback) == 'string' then
83-    name, callback = name_or_callback, callback_function
84-  else
85-    name, callback = uid(t), name_or_callback
86-  end
87-  insert_entry(t, {name = name, mode = 'after', time = 0, delay = delay, callback = callback})
88-end
89-
90---[[
91-  timer_every(t, delay, [name,] callback, [times,] [after])
92-  Fires callback repeatedly every delay seconds. If times is specified,
93-  stops after that many fires and calls the `after` callback.
94-]]
95-function timer_every(t, delay, name_or_callback, callback_or_times, times_or_after, after_function)
96-  local name, callback, times, after
97-  if type(name_or_callback) == 'string' then
98-    name, callback, times, after = name_or_callback, callback_or_times, times_or_after, after_function
99-  else
100-    name, callback, times, after = uid(t), name_or_callback, callback_or_times, times_or_after
101-  end
102-  insert_entry(t, {name = name, mode = 'every', time = 0, delay = delay, callback = callback, times = times, after = after, count = 0})
--
125:function timer_tween(t, duration, name_or_target, target_or_values, values_or_easing, easing_or_after, after_function)
126-  local name, target, values, easing, after
127-  if type(name_or_target) == 'string' then
128-    name, target, values, easing, after = name_or_target, target_or_values, values_or_easing, easing_or_after, after_function
129-  else
130-    name, target, values, easing, after = uid(t), name_or_target, target_or_values, values_or_easing, easing_or_after
... [17 more lines]

Confirmed — timer_tween(t, duration, name, target, values, easing, after_function), so the ring's self-kill callback is wired correctly (and untagged tweens auto-name via uid, so there was no conflict risk anyway). Everything's syntax-clean and the signatures check out.

What changed

Shield bar behavior (corner HUD): the shield bar now gets id='shield_hud' → the same two-bar HP tween (trailing back-bar on drain) as HP. Both corner bars now pass kick=false, so neither dips on hit. Added a kick opt to ui_bar (default unchanged) threaded through ui_hud_bar — non-destructive to the toolkit.

Near-white instead of pure: every shield visual now uses the text token (240,240,235) — floating bar fill, corner bar, the ring, the break particles, and the on-full pop. (pure_white stays on the unrelated Cross-Guard charge circle.)

Shield-break effect (player:on_shield_break), all firing together:

  1. Radial knockback — every enemy within SHIELD_BREAK_RADIUS (70) gets seeker:push-ed straight out from the player at SHIELD_BREAK_PUSH (10).
  2. Cyclone swirl — 14–18 fx_particle streaks fanned around the full circle, each with spin = dir*9 (one random direction per break) so they curve into a vortex — the v1 Cyclone feel.
  3. Shockwave ring — new fx_break_ring in fx.lua: a layer_circle_line that starts thick (0.5*max_radius → reads as a filled disc on the player), expands to max_radius (cubic-out) while the stroke thins to 2px by ~65% of life, then alpha-fades to nothing. max_radius = SHIELD_BREAK_RADIUS, so the ring traces exactly the push range.
  4. Plus the camera shake (bumped to 5/0.3) and the placeholder break sound.

How to test

Things to eyeball:

Want to playtest the break before I move on (death/fail state is still the open follow-up)?

Give me a key to break the shield, a key to restore it to full, default value to 20 shield, 4 recharge delay, 10/s recharge rate. The shield bar on the bottom left is still bigger than the HP bar. You can remove dance values from slider, add ones that let me control the particle spin with as much granularity as possible.

All correct. Now I'll make this batch of changes. First let me re-read the current state of the relevant main.lua regions (line numbers shifted from my earlier edits) so my edits target exact text.

Read (E:\a327ex\062026\main.lua)

136  -- INPUT
137 -- ============================================================
138 bind('left',  'key:a'); bind('left',  'key:left')
139 bind('right', 'key:d'); bind('right', 'key:right')
140 bind('up',    'key:w'); bind('up',    'key:up')
141 bind('down',  'key:s'); bind('down',  'key:down')
142 bind('toggle_debug_draw', 'key:f2')
143 bind('cleave', 'mouse:1')   -- swordsman primary: a square cleave toward the cursor
144 bind('cross_guard', 'mouse:2')   -- swordsman secondary: hold to guard + charge, release = flurry
145 bind('ultimate', 'key:r')   -- swordsman ultimate: Blade Dance
146 bind('dash', 'key:space')   -- swordsman mobility: lunge toward the cursor
147 bind('toggle_tuner', 'key:f1')   -- F1: live knob-tuner panel
148 
149 -- ============================================================

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the shield default values + the break-particle globals:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now read the current tuner_knobs and the update() debug-toggle handlers + the HUD block to edit them exactly:

Read (E:\a327ex\062026\main.lua)

281  local function spawn_from_right()
282   -- Spawn in a centered vertical band on the right (well clear of the top /
283   -- bottom walls) so seekers never materialize wedged into a corner.
284   spawn_seeker(width - 24, random_float(48, height - 48))
285 end
286 
287 -- Seed a few so the first sitting has immediate action.
288 for i = 1, 4 do spawn_from_right() end
289 
290 -- ============================================================
291 -- F1 DEV TUNER  (live knob editing — built from the snkrx UI toolkit)
292 -- ============================================================
293 -- Runtime only: nudge a value until it feels right, then bake the good
294 -- number into the constants above. Each knob reads/writes its global by
295 -- name via _G[key]; the slider is normalized 0..1, mapped through [min,max].
296 tuner_open = false
297 tuner_panel_rect = nil   -- set each frame the panel draws; nil when closed.
298                          -- Used to suppress a cleave swing when a click
299                          -- lands on the panel.
300 tuner_knobs = {
301   { key = 'BLADE_DANCE_JUMPS',         label = 'dance jumps', min = 1,    max = 10,  int = true },
302   { key = 'BLADE_DANCE_JUMP_DURATION', label = 'dance dur',   min = 0.05, max = 0.6              },

Read (E:\a327ex\062026\main.lua)

300  tuner_knobs = {
301   { key = 'BLADE_DANCE_JUMPS',         label = 'dance jumps', min = 1,    max = 10,  int = true },
302   { key = 'BLADE_DANCE_JUMP_DURATION', label = 'dance dur',   min = 0.05, max = 0.6              },
303   { key = 'BLADE_DANCE_JUMP_DELAY',    label = 'dance delay', min = 0.0,  max = 0.8              },
304   { key = 'BLADE_DANCE_DAMAGE',        label = 'dance dmg',   min = 1,    max = 30,  int = true },
305   { key = 'BLADE_DANCE_RADIUS',        label = 'dance size',  min = 16,   max = 80,  int = true },
306   { key = 'BLADE_DANCE_JUMP_MIN',      label = 'jump min',    min = 0,    max = 160, int = true },
307   { key = 'BLADE_DANCE_JUMP_MAX',      label = 'jump max',    min = 40,   max = 300, int = true },
308   { key = 'ULT_CD',                    label = 'ult cd',      min = 0.5,  max = 20               },
309   { key = 'SHIELD_MAX',            label = 'shield max',  min = 0,   max = 100, int = true },
310   { key = 'SHIELD_RECHARGE_DELAY', label = 'shld delay',  min = 0.2, max = 6               },
311   { key = 'SHIELD_RECHARGE_RATE',  label = 'shld rate',   min = 1,   max = 60              },
312   { key = 'SWORDSMAN_SHIELD_DELAY_MULT', label = 'sw delay x', min = 0.1, max = 1          },
313   { key = 'SWORDSMAN_SHIELD_RATE_MULT',  label = 'sw rate x',  min = 1,   max = 3          },
314   { key = 'SEEKER_CAP',    label = 'max enemies',  min = 1,    max = 40,   int = true },
315   { key = 'SPAWN_CD',      label = 'spawn rate',   min = 0.1,  max = 2.0              },
316 }
317

Now replace the tuner_knobs table — drop the 8 Blade Dance rows, add the cyclone/spin rows:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the debug-key handlers in update() — let me find the toggle handlers:

Read (E:\a327ex\062026\main.lua)

393    hit_stop_update(dt)
394   local sdt = dt*time_scale
395 
396   -- F3 sound tuner: while open it pauses the game and owns input.
397   if sound_tuner_update(dt) then return end
398 
399   if is_pressed('toggle_debug_draw') then
400     debug_draw_enabled = not debug_draw_enabled
401   end
402   if is_pressed('toggle_tuner') then

Read (E:\a327ex\062026\main.lua)

402    if is_pressed('toggle_tuner') then
403     tuner_open = not tuner_open
404   end
405 
406   -- Refresh main_camera.mouse.{x,y} before anything reads it — the
407   -- player's mouse-aim does.

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now player.lua — make on_shield_break read the new F1 globals for the cyclone particles:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the corner-HUD size fix — give ui_hud_bar a val_w override and pass the same value strip to both bars so their tracks are equal width:

Edit (E:\a327ex\062026\snkrx\ui\widgets.lua)

The file E:\a327ex\062026\snkrx\ui\widgets.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now pass a fixed val_w to both corner bars in main.lua:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua
OK  snkrx/ui/widgets.lua
OK  snkrx/fx.lua

All clean. Done — here's the batch.

Changes

Defaults (in main.lua): shield 20, recharge delay 4s, recharge rate 10/s.

Debug keys:

Corner-HUD size fix: the shield bar was wider because ui_hud_bar auto-sized the value strip per string ("20" reserved less room than "100", leaving a longer track). Added a val_w override to ui_hud_bar and passed both bars a fixed 3-digit strip, so their tracks are now identical width.

F1 tuner: removed all 8 Blade Dance knobs. Added the cyclone/spin group, which on_shield_break now reads live:

How to test

  1. Spam G to replay the break burst on demand; H to refill between tries.
  2. Open F1, drag brk spin while spamming G — watch the streaks go from a straight starburst (0) to a tight vortex (high). Tune count/vel/dur for the swirl shape you want.
  3. Confirm the bottom-left shield and HP bars are now the same length.

One note on "as much granularity as possible": a single slider over 0–24 gives continuous float values (2-decimal readout) — that's the finest one slider resolves over that range. If you find you're living in, say, 0–12 and want finer pixel-resolution there, tell me the range and I'll tighten it (or I can add a coarse/fine pair).

Death/fail state is still the open follow-up whenever you want it.

Give me a slider for the shield break radius amount

One-line addition to the F1 tuner:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — brk radius (20–200, integer) added at the top of the F1 shield group. It drives SHIELD_BREAK_RADIUS, which controls both the knockback query radius and the shockwave ring's final size (they're the same value, so the ring keeps tracing the push range as you drag it). Spam G with F1 open to feel it.

radius = 60, spin = 3.33, count = 16, velocity low = 200, velocity high = 300, duration low = 0.4, duration high = 0.8, make the circle radius itself work like the area, where it has dashed arcs that rotate around, transparent circle inside, and then it blinks out like areas do

Baking the tuned values in, then reworking the break circle to the area-style visual. The values are trivial; for the circle I need the area carrier's exact circle mechanics (dashed rotating arcs, translucent fill, blink-out) — let me bake the numbers first, then read area.lua.

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Read (E:\a327ex\062026\snkrx\area.lua)

1    --[[
2     area.lua — area-of-effect attack carrier.
3   
4     Three base shapes with an orthogonal `jagged` flag:
5       'circle'  + jagged=false:  filled disc + orbiting arc segments
6       'circle'  + jagged=true:   filled disc + jittered perimeter polygon outline
7       'rect'    + jagged=false:  filled rect + bracket corners
8       'rect'    + jagged=true:   filled triangle fan + jittered perimeter polygon outline
9       'polygon' + jagged=false:  filled disc + clean polygon outline
10      'polygon' + jagged=true:   filled disc + jittered polygon outline (jitter mutates hit area)
11  
12    Damage queries match base shape (not jagged):
13      circle  → query_entities_circle   (jagged is visual-only)
14      rect    → query_entities_box      (jagged is visual-only)
15      polygon → query_entities_polygon  (jagged actually changes hit area, since verts are the shape)
16  
17    Two lifecycle modes selected by `duration`:
18  
19      Instant (default, duration = nil): tween radius 0 → target over 0.05s
20        → single damage pass + spring pop + 0.15s flash → 0.2s hold → blink × 7 → kill.
21  
22      Persistent (duration set): tween radius 0 → target over 0.25s. Damage
23        ticks every `tick_rate` seconds (default 0.5s); each tick that lands
24        on anyone plays `dot_tick`, pulls the spring 0.1, flashes 0.1s, and
25        spikes the arc speed by 1.25π (capped at 3π). After `duration`
26        seconds, blink × 7 → kill. Per-enemy cooldown prevents the same
27        enemy from being hit more than once per tick_rate window.
28  
29    Caller API:
30      spawn_area(x, y, {
... [468 more lines]

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua
OK  snkrx/fx.lua

Done, all syntax-clean. Two things in this batch:

Baked your tuned values as the new defaults in main.lua: radius 60, spin 3.33, count 16, velocity 200–300, duration 0.4–0.8. (Still F1-tunable on top.)

Break circle is now the area-style visual. The expanding line-ring is gone; fx_break_ring was replaced by fx_break_circle in fx.lua, which copies the area carrier's smooth-circle presentation piece for piece:

One compositional touch: the circle's arcs and the cyclone particles now share the same random spin direction per break, so the arcs whirl with the swirl instead of occasionally fighting it.

Test: spam G — the break should now read as a white area-pop (transparent disc + whirling dashes) that blinks away, while the curving streaks and knockback fire around it. If the instant-area spin (fast then frozen) feels wrong here and you'd rather the arcs keep slowly rotating the whole life (persistent-area style), that's a two-line change — say the word.

Remove the fill, the circle should increase in size over time like before, also do more and smaller arcs instead of only 4.

Three targeted edits to fx_break_circle:

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — three changes to fx_break_circle in fx.lua:

The arcs still rotate with the sigmoid-decaying spin, matched to the cyclone particles' direction.

Spam G to see it. If 10 dashes isn't the density you pictured, give me a number (or I can expose num_arcs as an F1 knob).

Add fill back, have it settle at a speed where it's still moving instead of settling statically.

Two edits — fill back in, and the spin now decays to a slow baseline (the persistent-area pattern) instead of freezing:

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done, two changes to fx_break_circle:

Spam G to check the feel.

Have the circle last 0.1s less.

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Done — the growth tween went from 0.4s to 0.3s, so the circle's total life drops from ~0.75s to ~0.65s (0.3s expand + 0.35s blink-out, which stays untouched). The expansion also reads slightly snappier since it covers the same 60px in less time.

-0.05s, make sure that the rotation takes the new duration into account, doesn't seem like it is.

Two fixes: drop the growth to 0.25s, and derive the spin-decay rate from the effect's actual life — right now it's a fixed constant (exp(-4*dt)), so the rotation settles on its own absolute clock no matter how short the circle lives. I'll scale it so the settle profile stretches/compresses with the duration:

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done, both parts:

grow_duration is also an opt on spawn_break_circle now if you ever want per-call timing.

Lower settle velocity, it's too fast when it disappears.

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Done — the settle baseline dropped from 0.5–1π rad/s to 0.2–0.35π rad/s (roughly a third of the previous speed), so by the blink-out the dashes are drifting gently instead of still whirling. The fast launch (3–5π) is untouched, which also makes the deceleration contrast read a bit stronger.

Sound for break: IceMagic2_IceBreak02 and WindMagic_MediumImpact04v2_CritwTone, both played at the same time.

Running the documented sound-sourcing pipeline. First, find the source files in E:/sound packs:

Glob (*/IceMagic2_IceBreak02)

No files found

Glob (*/WindMagic_MediumImpact04v2_CritwTone)

No files found

No exact matches — let me search more loosely:

Glob (/IceBreak)

E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Ice Magic\RPG3_IceMagic2_IceBreak01.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Ice Magic\RPG3_IceMagic2_IceBreak03.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Ice Magic\RPG3_IceMagic2_IceBreakLonger02.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Ice Magic\RPG3_IceMagic2_IceBreakLonger01.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Ice Magic\RPG3_IceMagic2_IceBreakLonger03Crit.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Ice Magic\RPG3_IceMagic2_IceBreak04Crit.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Ice Magic\RPG3_IceMagic2_IceBreak02.wav

Glob (/MediumImpact04)

E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Plasma Magic\RPG3_PlasmaMagic_MediumImpact04_Final.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Wind Magic\RPG3_WindMagic_MediumImpact04v2_CritwTone.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Light Magic\RPG3_LightMagic3_MediumImpact04_Crit.wav
E:\sound packs\RPG Magic Sound Effects Pack 3 [ELEMENTAL]\Wind Magic\RPG3_WindMagic_MediumImpact04_Crit.wav

Bash (cd E:/a327ex/062026 && ffmpeg -y -loglevel error -i "E:/sound packs/RPG Magic So...)

-rw-r--r-- 1 adn 197121  65228 Jun  9 22:13 assets/RPG3_IceMagic2_IceBreak02.ogg
-rw-r--r-- 1 adn 197121 108746 Jun  9 22:13 assets/RPG3_WindMagic_MediumImpact04v2_CritwTone.ogg

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Done. The shield break now plays RPG3_IceMagic2_IceBreak02 (ice shatter) and RPG3_WindMagic_MediumImpact04v2_CritwTone (wind crit impact) layered simultaneously, replacing the player_hit placeholder.

Pipeline details: both sourced from RPG Magic Pack 3 in E:/sound packs, converted to max-quality q10 .ogg into assets/ (no .wavs left behind), wired as sounds.shield_break_ice / sounds.shield_break_wind at volume 0.5 each, declared before volumes_apply_overrides() so the F3 snapshot stays clean. Both are now individually F3-tunable — bits/sr_div per file, volume per name — so you can balance the ice-vs-wind blend from the tuner.

Spam G to hear it; if the layering feels off-balance, F3 → adjust either one's volume and save.

Great, we have the shield break working fully I believe. Allow me spawn enemies from all sides using B, 20 of them.

[Request interrupted by user]

Great, we have the shield break working fully I believe. Allow me spawn enemies from all sides using B, 20 of them. Remove the current trickle spawn as well as any limits on number of enemies.

Straightforward — wiring it now: a B wave-spawn (20, random edge each), and ripping out the trickle (cap, cooldown, seed) entirely.

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now remove the trickle block from update() and add the B handler next to the other debug keys:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK
---no leftovers above means clean---

Done — syntax-clean and no trickle remnants left anywhere.

Changes

Test: start the game (empty arena), hit B for 20 from all sides, B B B for 60+, then guard up and let the mob break your shield — the knockback + cyclone burst should finally have a proper crowd to throw around.

This also sets the stage nicely for testing the Swordsman passive for real: surrounded from all sides, the shield's faster-recharge edge should actually be feelable now.

Cross Guard is at odds with the rest of the kit, now that I can test with lots of enemies properly it's really clear. It's the one ability that's non-AoE and that also slows the Swordsman down. The archer we designed was entirely based on arrows in a single-minded way, let's make the same happen with the Swordsman but with AoE + movement. Comment out Cross Guard, or move it elsewhere in the codebase, we'll likely use it or a portion of it for another unit later, and then let's have the secondary ability be something like Leap Slam. Click location, X like the ones for Big Rock appear in the target location, Swordsman jumps up (using the airborne system from Big Rock too), lands in the area and deals AoE damage in it while also pushing nearby enemies away, he has 2 charges of this like with the Dash. And now the space/shift mobility ability (make it so it can be triggered with left shift as well) is removed and is not dash anymore, but a temporary buff that increases his movement speed and attack speed. This requires us to also implement a simple buff system, both logically but also visually. We won't do all this now, but this is the plan for the rest of this session. Like with Cross Guard, keep the this exact dash saved somewhere because other units will likely use it.

The kit critique is dead-on — Cross Guard is the one piece that says "stand still and go single-target" in a kit whose other three pieces say "move and hit areas." Before I write the roadmap brief, let me verify the Big Rock X-marker and airborne pieces I'll be building Leap Slam from:

Grep (x_marker|marker|target_x|cross|X at|land_x)

44:      target_x,        -- landing point. default: main_camera.mouse
204:  self.thrown = opts.target_x ~= nil
207:    self.target_x = opts.target_x
227:  self.x = math.lerp(t, self.origin_x, self.target_x)
248:                                  self.target_x, self.target_y)
250:                                self.target_x, self.target_y)/self.flight_duration
261:  local big_jag_budget = 1   -- at most one dramatic jag across the prop
380:  -- X-marker telegraph at the landing point — blinks, accelerating as
388:      layer_line(layer, self.target_x - s, self.target_y - s,
389:                        self.target_x + s, self.target_y + s, 2, xc)
390:      layer_line(layer, self.target_x + s, self.target_y - s,
391:                        self.target_x - s, self.target_y + s, 2, xc)
435:  local tx = opts.target_x or main_camera.mouse.x
440:    target_x        = tx,

Read (E:\a327ex\062026\snkrx\prop.lua)

196          d = random_float(0.85, 1.1),
197       }
198     end
199   end
200 
201   -- Thrown mode: lerp x/y origin → target while an airborne arc drives
202   -- height + draw scale. Static mode (no target) just sits until
203   -- something calls prop:shatter() on it.
204   self.thrown = opts.target_x ~= nil
205   if self.thrown then
206     self.origin_x, self.origin_y = x, y
207     self.target_x = opts.target_x
208     self.target_y = opts.target_y
209     self.flight_duration = opts.flight_duration or 3
210     self.airborne = airborne_new{
211       duration   = self.flight_duration,
212       gravity    = opts.gravity or 2,
213       apex_scale = opts.apex_scale or 3,
214     }
215   end
216 
217   make_entity(self)
218 end
219 
220 
221 function prop:update(dt)
222   if not self.thrown then return end
223   airborne_update(self.airborne, dt)
224   -- Horizontal travel is the prop's own movement — a straight lerp
225   -- origin → target. airborne only supplies the height/scale arc.
... [45 more lines]

Verified all the pieces I'll build from: the X-telegraph (the prop's blinking, accelerating X at target_x/y), the airborne throw pattern (lerp origin→target while airborne drives height/scale, landed_now fires the payload), and the airborne_no_collide guard is already wired in main.lua's player↔enemy handler — so an airborne player automatically phases through enemies mid-leap. The dash's 2-charge pattern is also cleanly liftable for Leap Slam.

The redesigned kit is genuinely coherent now — every slot is AoE or movement: Cleave (sustained AoE) · Leap Slam (burst AoE that is also the reposition) · surge buff (tempo) · Blade Dance (AoE ult). And losing the dash is fine precisely because Leap Slam absorbs the reposition job — click-to-jump is the Swordsman's escape now.

Here's the session roadmap, then the Step 1 brief:

Session roadmap

  1. Park Cross Guard (this brief) — extract to a saved file, free up RMB.
  2. Leap Slam (secondary, RMB) — X telegraph → airborne jump → landing AoE + radial push, 2 charges. Own brief when we get there.
  3. Mobility buff + simple buff system (Space + LShift) — and park the dash as part of this step, same treatment as Cross Guard. Own brief.

Step 1 brief — parking Cross Guard

Approach. Create a new 062026/parked/ directory — code that's deliberately out of the build but kept for future units. First file: parked/cross_guard.lua. Not a loadable module — a verbatim snapshot of every Cross-Guard piece, organized by where it came from, with a wiring-notes header explaining how to re-integrate it into a future unit (which live files it depends on, where each block goes). "Move it elsewhere" rather than comment-out: keeps player.lua/main.lua clean while preserving everything.

What moves into the parked file:

What stays live (generic toolkit, not Cross-Guard-specific):

Removals from live code: the corresponding blocks in player.lua and main.lua get deleted (not commented). Side effects: mouse:2 is freed for Leap Slam; the floating-bar stack above the player loses its guard row (HP + shield rows stay); the guarding-gates in update_abilities go away.

Function changes: player:new (drop guard fields), player:update_abilities (drop the guard dispatch + not self.guarding gates), player:hit (drop the guard hook — shield → HP flow stays), player:draw (drop guard bar), delete player:draw_charge_circle / start_guard / update_guard / release_guard.

Batched questions for the later steps (answer whenever — none block Step 1):

  1. Leap Slam AoE shape: square (the class motif — Cleave and Blade Dance are squares, and it keeps Slam visually distinct from the circular shield break) or circle (classic slam, matches the X/rock landing)? I lean square.
  2. Leap Slam damage: flat, per the established rule (crowd-scaling lives on Cleave/passive/gems)? I assume flat.
  3. Leap Slam range: anywhere on screen, or a max-range cap (X clamps to range along the aim line)? I lean capped (~140–160) so it's a tactical hop, not a teleport.
  4. The buff's trigger economy: single cooldown, or charges? You said the Leap gets the dash's 2-charge pattern — does the buff get a plain cooldown? I assume plain cooldown.

If the Step 1 brief looks right, say go (and answer the questions whenever) — I'll park Cross Guard and you can re-test the slimmed kit before we brief Leap Slam.

  1. Square.
  2. Flat.
  3. Max range, yes.
  4. Surge should have a single cooldown that's higher than its duration by 2x+.

All four locked: square, flat, max-range cap, and Surge = single cooldown ≥2× its duration. Taking your answers as the go for Step 1 — parking Cross Guard now.

First, the parked file (the verbatim snapshot + re-integration notes):

Write (E:\a327ex\062026\parked\cross_guard.lua)

File created successfully at: E:\a327ex\062026\parked\cross_guard.lua (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now remove the three guard methods (they sit between player:cleave and player:start_blade_dance):

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\fx.lua)

The file E:\a327ex\062026\snkrx\fx.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Syntax-check everything and sweep for leftover guard references in live code:

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua
OK  snkrx/fx.lua
OK  parked/cross_guard.lua
--- guard refs in live code (expect none):
main.lua:410:  -- tuner_panel_rect (nil when closed) for the cleave click-guard below.
snkrx/player.lua:113:    -- Keyboard ability, so the tuner mouse-guard doesn't apply.

Both remaining "guard" hits are unrelated tuner-comment phrases — live code is clean, all four files load.

Step 1 done — Cross Guard is parked

Saved: parked/cross_guard.lua — a new parked/ directory for code that's out of the build but kept for future units. The file holds everything verbatim, organized by source location (main.lua binds/sounds/globals/draw-call, player.lua locals/state/dispatch/methods/hit-hook/draw blocks), with a header explaining the mechanic, what dependencies are still live, and the exact re-integration steps — including the subtle one (the :hit hook goes before shield_damage so guard DR applies in front of the shield).

Removed from live code: the mouse:2 bind (now free for Leap Slam), the two charge-loop sound loads, all seven GUARD_*/FLURRY_* globals, the guard state/dispatch/methods/hit-hook in player.lua, the charge bar row, draw_charge_circle + its call in the effects pass, and the not self.guarding gates on Cleave and the ult.

Stayed live (generic toolkit): snkrx/flurry.lua (+ its idle update loop), fx_charge_particle, sfx_loop, and both charge-loop .oggs on disk — all annotated as "no current caller, original user parked."

Test: quick sanity pass — Cleave/dash/ult/shield all unchanged, RMB now does nothing, no guard bar appears, no errors on hit.

When you've confirmed it's clean, I'll post the Leap Slam brief (square AoE, flat damage, max-range-capped X target, 2 charges — per your answers).

Go ahead.

Leap Slam design brief — locked inputs: RMB, square AoE, flat damage, max-range cap, 2 charges with the dash's refill pattern.

Design brief — Leap Slam (Swordsman secondary)

Approach

A third player state machine, same shape as the dash and Blade Dance: start_leap_slam → per-frame update_leap_slam → leap_land. No new entity and no new carrier — the jump is the player itself flying, the landing reuses the area carrier.

Cast (RMB). Compute the target: the mouse position, clamped to LEAP_RANGE along the aim line when the click is farther than that (closer clicks land exactly on the cursor), then clamped a small inset away from the boundary walls so you can't wedge into them. Spend a charge (exact dash economy: 2 charges, refill-both LEAP_CD after the second is spent), play the subtle_whoosh cast sound, enter the leap.

Flight. Copies the thrown-prop pattern exactly: the player's x/y lerps origin → target over LEAP_DURATION (collider:set_position each frame, like the dash/Blade Dance, so physics can't deflect it), while an airborne component — the same one the Big Rock uses — drives height and draw scale over a parabola (apex_scale ~1.6: the player visibly rises, grows toward the apex, shrinks on descent). Setting self.airborne makes the existing airborne_no_collide guard in main.lua's handlers skip player↔enemy contact automatically — mid-flight you're untouchable, with zero new collision code. Fully committed like the dash: Cleave/dash/ult suppressed while leaping.

The X telegraph. The Big Rock's blinking X (accelerating blink as landing nears), drawn at the target for the whole flight. Its logic lives inline in prop:draw, so I'll copy the same ~10-line pattern into the player's draw while leaping — same look, same accelerating rhythm, in the Swordsman's yellow.

Landing. Three beats, all reusing established pieces:

  1. Square AoE — spawn_area with shape='rect', half-side LEAP_RADIUS, flat LEAP_DAMAGE, caster=self, and an explicit r = self.r (the area spawns AT the player, so the caster→point auto-aim is degenerate — the same bug Blade Dance hit; the square aligns to facing).
  2. Radial push — the shield-break knockback pattern: enemies within LEAP_PUSH_RADIUS get seeker:push-ed outward at LEAP_PUSH force.
  3. Dressing — camera shake, a landing sound (proposal: reuse the Big Rock's earth-slam fissure_cast_2 layered with a random sword_slash variant — fits "blade slams ground"; F3-tunable, swappable later), hit_circle + a handful of spec-tinted particles. Deliberately lighter than Blade Dance's per-landing burst so the ult stays the spectacle.

Interfaces

Functions

Placeholder numbers (all F1): LEAP_RANGE 150 · LEAP_DURATION 0.35 · LEAP_RADIUS 36 (72px square) · LEAP_DAMAGE 10 · LEAP_PUSH 8 / LEAP_PUSH_RADIUS 50 · LEAP_CD 6. Apex scale ~1.6 as a player.lua local. No charge-count UI for now — the dash doesn't have one either; both can get pips later.

One thing to confirm beyond the defaults: the landing sound proposal (earth slam + sword slash reuse) — fine as placeholder, or do you want a dedicated slam sourced from the packs in the same pass?

Go ahead.

Implementing now. First the two implementation details I need exact: airborne's field names and the prop's X-marker + height/scale draw application:

Read (E:\a327ex\062026\snkrx\airborne.lua)

1    --[[
2     airborne.lua — z-arc flight component.
3   
4     A "height" component attached to any entity that should leave the
5     ground in an arc — a thrown rock, a knocked-up enemy, a lobbed
6     projectile. Procedural, in the Anchor 2 idiom: a plain table built by
7     airborne_new and advanced by airborne_update, exactly like timer /
8     spring. The entity stores it as `self.airborne`.
9   
10    airborne owns ONLY the z dimension. It does NOT move the entity in
11    x/y — the entity keeps whatever horizontal movement it normally has
12    (steering, a lerp, a straight projectile path, nothing at all). What
13    airborne contributes:
14      • `height`  — a parabola from 0 up to a peak and back to 0 over
15                    `duration`. Identical math to Orblike v1 big_rock.
16      • `scale`   — a draw-scale derived from height; the entity
17                    multiplies it into its own draw so it reads bigger
18                    near the apex (v1's rock-grows-at-apex look).
19      • `landed`  — set when the arc completes.
20  
21    COLLISION. airborne does not touch physics. An airborne object is
22    simply one with a live `self.airborne`; collision handlers guard on
23    it: an airborne object and a grounded object do not collide — use
24    airborne_no_collide (below) at the top of every collision handler.
25    Two airborne objects, or two grounded objects, collide normally —
26    the airborne-vs-airborne case is game-specific and deliberately not
27    decided here.
28  
29    For now airborne_new produces one behavior: throw up, parabola, come
30    down. Other behaviors (hover, float, multi-bounce) would be added as
... [92 more lines]

Read (E:\a327ex\062026\snkrx\prop.lua)

360          throw_speed  = throw_speed,
361         duration     = random_float(0.5, 1.0),
362         spec         = self.spec,
363       })
364     edges_used = edges_used + num_edges
365   end
366 
367   entity_kill(self)
368 end
369 
370 
371 function prop:destroy() end
372 
373 
374 function prop:draw(layer)
375   -- Once a thrown prop lands it is killed (shatter); the debris + the
376   -- damage area take over the visual. Skip drawing the rock itself.
377   if self.thrown and self.airborne.landed then return end
378   effect_set(layer, self.spec)
379 
380   -- X-marker telegraph at the landing point — blinks, accelerating as
381   -- the prop nears (v1 blink-rate lerp 0.3s → 0.04s over the flight).
382   if self.thrown then
383     local t = math.clamp(self.airborne.elapsed/self.flight_duration, 0, 1)
384     local blink_rate = math.lerp(t, 0.3, 0.04)
385     if math.floor(self.airborne.elapsed/blink_rate) % 2 == 0 then
386       local s = 6
387       local xc = spec_color(self.spec)()
388       layer_line(layer, self.target_x - s, self.target_y - s,
389                         self.target_x + s, self.target_y + s, 2, xc)
... [30 more lines]

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now update_abilities — refill check, dispatch, and the leap gates on the other abilities:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the three Leap Slam methods, placed after player:cleave:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua

Leap Slam is in — both files load clean.

What landed

Cast (RMB): target = cursor, clamped to LEAP_RANGE (150) along the aim when you click farther, plus a 16px wall inset. Spends a charge (2 charges, dash economy — full refill LEAP_CD 6s after the second is spent), plays the whoosh.

Flight (0.35s): the player lerps origin→target via set_position (undeflectable), while the Big Rock's airborne arc drives the draw scale — you swell to ~1.6× at the apex and land at 1×, the top-down jump read (height is cosmetically negligible in the airborne component; scale is the whole effect, same as the rock). Mid-flight you're untouchable — the existing airborne_no_collide guard skips player↔enemy contact with zero new collision code. Cleave/dash/ult are suppressed during the leap; the X telegraph (the rock's exact accelerating-blink X, in your yellow) marks the landing the whole way.

Landing: flat-damage (LEAP_DAMAGE 10) square AoE (72px, aligned to your facing — with the explicit r = self.r so the degenerate-auto-aim bug Blade Dance hit doesn't recur), radial push (LEAP_PUSH 8 within radius 50), earth-slam fissure_cast_2 + a random sword slash, shake, and a modest spec-tinted burst — deliberately lighter than Blade Dance's landings.

F1: new leap group (range / dur / size / dmg / push / cd); the four settled break-particle knobs (brk vel/dur lo/hi) were dropped to make room, baked at your tuned values.

How to test

  1. B a wave in, RMB into the pack — X appears, you arc over enemies (no contact damage mid-flight), slam scatters them.
  2. RMB twice fast — two leaps back-to-back, then a 6s drought before both refill.
  3. Click past max range — the X clamps to 150 along the aim line. Click near a wall — landing stays inset.
  4. Mid-leap, confirm Cleave/dash/R do nothing; the slam square aligns to where you're aiming at landing.
  5. F1 to taste the numbers (duration is the feel-critical one — try 0.25 vs 0.5).

When you're happy with the feel, next up per the roadmap: the Surge buff brief — park the dash, Space/LShift trigger, +move/+attack speed, single cooldown ≥2× duration, and the minimal buff system (logic + visual) under it.

The movement up needs to be a lot higher. It needs to briefly almost stop at the apex, then continue down quickly. Remove break and shield from the F1 panel and add ease methods for both up to apex and after it, as well as duration for both. Give me a slider for the z/scale value as well at the apex. Ask any questions if something seems unclear.

Good — this needs a small delta brief, and you invited questions; I have exactly one structural one. First let me check which easing functions the framework actually ships:

Grep (^function math.|^math.\w+ = )

55:function math.lerp(t, source, destination)
79:function math.lerp_dt(p, t, dt, source, destination)
98:function math.damping(p, t, dt, v)
120:function math.loop(t, length)
142:function math.lerp_angle(t, source, destination)
167:function math.lerp_angle_dt(p, t, dt, source, destination)
184:function math.sign(value)
203:function math.length(x, y)
222:function math.clamp(value, min, max)
250:function math.remap(value, old_min, old_max, new_min, new_max)
269:function math.angle(x, y)
287:function math.angle_to_point(x1, y1, x2, y2)
304:function math.distance(x1, y1, x2, y2)
323:function math.normalize(x, y)
345:function math.direction(angle)
363:function math.rotate(x, y, angle)
387:function math.reflect(angle, normal_x, normal_y)
415:function math.snap(value, grid)
437:function math.limit(x, y, max)
448:function math.linear(t) return t end
451:function math.sine_in(t)
457:function math.sine_out(t)
463:function math.sine_in_out(t)
469:function math.sine_out_in(t)
477:function math.quad_in(t) return t*t end
479:function math.quad_out(t) return -t*(t - 2) end
481:function math.quad_in_out(t)
490:function math.quad_out_in(t)
501:function math.cubic_in(t) return t*t*t end
503:function math.cubic_out(t)
... [30 more lines]

Framework ships the full easing family (sine/quad/cubic/quart/quint/expo/circ in/out/in_out + back/bounce/elastic). Short delta brief, then the one question I need answered before coding.

Delta brief — eased two-phase leap arc

Airborne gets a sibling constructor (the extension its docblock already anticipates): airborne_eased_new{up_duration, down_duration, up_ease, down_ease, apex_scale}. Two phases instead of the parabola: scale climbs 1 → apex over up_duration through up_ease, then falls apex → 1 over down_duration through down_ease; landed_now fires at up+down. airborne_update branches on the kind; the rock's parabola path is untouched.

Defaults for the feel you described: apex scale 2.2 (up from 1.6 — "a lot higher"), up 0.3s through cubic_out (fast launch, decelerating into the apex = the near-stop), down 0.15s through cubic_in (eases out of the hang, then accelerates = "continues down quickly"). LEAP_DURATION is replaced by the two phase durations; the X-blink runs on their sum.

F1 panel: all break + shield knobs removed (7 rows — settled values get baked as the defaults). New leap rows: up dur, down dur, up ease, down ease, apex (1–4, continuous) joining range/size/dmg/push/cd. The ease knobs need one new tuner knob type — a list knob: the slider scrubs an index into the easing-name list and the row's value text shows the name (cubic_out), not a number. The globals store the name string; the player resolves math[LEAP_UP_EASE] at use, so the list is just every framework easing.

The question — does the hang apply to the horizontal travel too?

I read your "it needs to briefly almost stop" as the whole body → A. Confirm (or pick B / something else) and I'll build it.

Building it. airborne.lua first — the eased sibling constructor and the update branch:

Edit (E:\a327ex\062026\snkrx\airborne.lua)

The file E:\a327ex\062026\snkrx\airborne.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\airborne.lua)

The file E:\a327ex\062026\snkrx\airborne.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now player.lua — drop the apex local, switch the constructor, drive x/y by progress:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua
OK  snkrx/airborne.lua
--- LEAP_DURATION leftovers (expect none):
(clean)

All three files clean (the LEAP_DURATION global is fully replaced).

What changed

The arc is now a two-phase eased jump (airborne_eased_new in airborne.lua — the sibling constructor the component's docs anticipated; the rock's parabola is untouched):

F1 panel rebuilt — all break + shield knobs removed (their tuned values are baked as code defaults). Now 10 leap rows: range · up dur · down dur · up ease · down ease · apex scale · size · dmg · push · cd.

New tuner knob type — list knobs. up ease / down ease sliders scrub through a 31-entry easing catalogue (sine/quad/cubic/quart/quint/expo/circ in/out/in_out + back/bounce/elastic + linear), and the row's value text shows the name (cubic_out), not a number. The globals store name strings; the player resolves math[name] per cast, so scrubbing applies to your next leap.

How to test

  1. RMB into a pack — you should now clearly read: launch → swell big → hang over the midpoint → snap down → slam.
  2. F1, scrub up ease toward quart_out/quint_out/expo_out for a longer-feeling hang, and down ease toward quart_in/expo_in for a meaner drop. (back_out up gives a fun overshoot wobble at the apex; bounce_out down is a joke setting but try it once.)
  3. apex scale to taste — 2.2 default, up to 4.
  4. Durations: longer up dur = floatier; shorter down dur = snappier slam.

When the jump feels right, tell me the values and I'll bake them — then we're on to the Surge brief (park dash, Space/LShift, buff system).

Enemies are being drawn on top of player, which looks wrong when he's airborne.

Draw-order issue: the player draws first, then seekers paint over him. The right fix is layering by altitude — grounded player keeps the current order, airborne player draws after everything on the game layer:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Fixed — while p.airborne is live (the leap), the player draws last on the game layer, above every seeker/carrier; grounded, he draws first as before, so the baseline look is unchanged. The X telegraph and dash wake ride along (they're in player:draw), which is fine — the telegraph staying visible over the crowd is what you want anyway.

Side note: this is a clean general rule if more things go airborne later (an airborne seeker would want the same lift in its loop), but a one-off conditional is right until that exists.

Leap into a thick pack to confirm — you should now sail visibly over the mob through the whole arc, including the apex hang.

Visual rotation is added to the player (use an additional rotation variable

[Request interrupted by user]

Visual rotation is added to the player (use an additional rotation variable) such that as it goes up it rotates slightly, maybe math.pi/4, over that duration, as it gets to the top it rotates more 3*math.pi/4 quickly, and then falls down without any rotation. Let's try this.

A draw-only spin for the leap. Let me check the timer-cancel API first so the apex tween can't leak past landing:

Grep (^function timer_cancel|^function timer_)

44:function timer_new()
80:function timer_after(t, delay, name_or_callback, callback_function)
95:function timer_every(t, delay, name_or_callback, callback_or_times, times_or_after, after_function)
110:function timer_during(t, duration, name_or_callback, callback_or_after, after_function)
125:function timer_tween(t, duration, name_or_target, target_or_values, values_or_easing, easing_or_after, after_function)
145:function timer_watch(t, target, field, name_or_callback, callback_or_times, times_or_after, after_function)
161:function timer_when(t, condition_fn, name_or_callback, callback_or_times, times_or_after, after_function)
176:function timer_cooldown(t, delay, condition_fn, name_or_callback, callback_or_times, times_or_after, after_function)
191:function timer_every_step(t, start_delay, end_delay, times, name_or_callback, callback_or_step, step_or_after, after_function)
212:function timer_during_step(t, duration, start_delay, end_delay, name_or_callback, callback_or_step, step_or_after, after_function)
235:function timer_cancel(t, name)
248:function timer_trigger(t, name)
269:function timer_set_multiplier(t, name, multiplier)
279:function timer_get_time_left(t, name)
298:function timer_update(t, dt)

timer_cancel exists — implementing:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — the leap spin is in, via a new leap_visual_r that's draw-only exactly like visual_r (added into the body's draw rotation, never touches the collider — physics keeps following mouse-aim).

The choreography:

Test: leap a few times — you should read wind-up → snap-spin at the hang → frozen half-turned drop → clean landing. Things you might want tweaked after feeling it: the spin direction (currently always clockwise — could randomize or follow the travel direction), the flourish speed (0.1s), or easing the held fall angle back to 0 through the landing instead of snapping.

Let's try a total of 2X instead, pi/2 at first then the rest near apex.

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Done — total spin doubled to 2π (one full turn): π/2 linear wind-up across the ascent, then the remaining 3π/2 in the 0.1s apex flourish. Since the fall holds the final angle and 2π lands him visually back at his normal facing, the drop now reads "clean" rather than half-turned — leap into a pack and see how the full revolution feels.

It seems like the spin is changing direction?

The spin direction never actually reverses — the tweens only increase — but two things make it read reversed:

  1. Temporal aliasing on a 4-fold-symmetric body. The player is a square, so any rotation step over 45°/frame visually reads as rotating backward (same wagon-wheel effect as film). The apex flourish is 270° in 0.1s with cubic_out, whose front-loaded start covers ~60–110° in a single frame — guaranteed backward-reading frames.
  2. The mouse-aim rotation competes. self.r keeps lerping toward the cursor during the flight (and the cursor is usually at the leap target — sometimes behind you), so the aim turn can oppose the wind-up.

Fixing both: flourish slowed to 0.15s linear (~30°/frame — under the 45° aliasing threshold, still snappy), and the aim rotation freezes during the leap (committed mid-air — the landing square aligns to your facing at cast):

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Both fixes are in, syntax-clean:

  1. Apex flourish: 0.15s linear (was 0.1s cubic_out). Linear matters more than the duration here — cubic_out's front spike was covering 60–110° in single frames, and on a square body every step past 45°/frame flips the perceived direction. ~30°/frame now reads as one continuous forward spin.
  2. Aim freeze mid-leap — self.r stops tracking the mouse while leap_slamming, so the body's only rotation in the air is the spin itself. Consequence: the landing square aligns to your facing at cast rather than at touchdown.

One honest trade-off to check in play: at default durations the flourish (0.15s) now spans the hang and the whole descent (also 0.15s) — so strictly there's no "rotation-free fall" anymore; the turn completes right as you land. If you want the clean frozen-angle drop back, the options are a smaller total angle (e.g. π, which a square reads identically to 2π anyway — its 90° symmetry means anything beyond ±45° is only trackable through the spin's continuity, not the final pose) or accepting some aliasing. Try it and tell me which way to lean.

I think I actually want it reversed, maybe that's what was off. So in one direction during up, in the opposite during the apex + down turn, let's see what that looks like.

Classic anticipation coil — wind one way, release the other. One-line change: the flourish now goes from +π/2 down through −π (the same 3π/2 magnitude, opposite direction):

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — the spin is now an anticipation coil: wind up +π/2 (clockwise) across the ascent, then at the apex release 3π/2 the opposite way, sweeping down through neutral to −π across the hang and fall. Same 0.15s linear flourish, so no aliasing tricks.

This shape has a real animation-principle reason to feel better than the one-way spin: the direction reversal at the top is the "stop" — the body visibly coils, halts, and unwinds into the slam, which reinforces the apex hang you built into the arc easing. Leap a few times and see.

Now let's try half the turn as it was before, pi/4 -> 3pi/4

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — halved: +π/4 coil up, 3π/4 counter-release at the apex (ending at −π/2, which on the square body reads as back to a clean facing). Subtler wobble-and-snap rather than a dramatic spin. The release also moves at half the angular speed now (~15°/frame over the same 0.15s), so it should look noticeably calmer — see which magnitude reads better in motion.

Default apex scale at 2.5, the HP + shield bar should also scale with the player. And then we want dashed lines following the player as it goes up. You can reuse the dash space ability ones, with the one change that we need the dash lines to kind of look like they're going up with the player? I think this can be achieved by changing their length, although the exact math you'd have to imagine.

Three parts — the apex default (trivial), bar scaling, and the rising trail. For the trail I need trail_update/trail_draw's internals to design the length math:

Grep (function trail_update|function trail_draw)

59:function trail_update(trail, x, y, active, duration)
60-  if active then
61-    local last = trail[#trail]
62-    if not last or math.length(x - last.x, y - last.y) > 2 then
63-      trail[#trail + 1] = {x = x, y = y, t = time}
64-    end
65-  end
66-  while #trail > 0 and time - trail[1].t > duration do
67-    table.remove(trail, 1)
68-  end
69-end
70-
71-
72--- Draws the trail as a dashed polyline (5-long / 6-gap, 2px). Per-dash
73--- alpha: full for the first 50% of the dash's age, fading 255→0 after.
74--- GLOBAL so the player's dash wake can reuse it.
75:function trail_draw(layer, trail, duration, base_color)
76-  if #trail < 2 then return end
77-  local dash_len, gap_len = 5, 6
78-  local stride = dash_len + gap_len
79-  -- cum_dist[i] = distance from point i forward to the last point.
80-  local cum_dist = {[#trail] = 0}
81-  for i = #trail - 1, 1, -1 do
82-    local dx = trail[i+1].x - trail[i].x
83-    local dy = trail[i+1].y - trail[i].y
84-    cum_dist[i] = cum_dist[i+1] + math.length(dx, dy)
85-  end
86-  local total_dist = cum_dist[1]
87-  local function trail_pos(dist)
88-    for i = #trail - 1, 1, -1 do
... [32 more lines]

Grep (function trail_draw)

75:function trail_draw(layer, trail, duration, base_color)
76-  if #trail < 2 then return end
77-  local dash_len, gap_len = 5, 6
78-  local stride = dash_len + gap_len
79-  -- cum_dist[i] = distance from point i forward to the last point.
80-  local cum_dist = {[#trail] = 0}
81-  for i = #trail - 1, 1, -1 do
82-    local dx = trail[i+1].x - trail[i].x
83-    local dy = trail[i+1].y - trail[i].y
84-    cum_dist[i] = cum_dist[i+1] + math.length(dx, dy)
85-  end
86-  local total_dist = cum_dist[1]
87-  local function trail_pos(dist)
88-    for i = #trail - 1, 1, -1 do
89-      if cum_dist[i] >= dist then
90-        local seg_len = cum_dist[i] - cum_dist[i+1]
91-        if seg_len < 0.01 then return trail[i].x, trail[i].y end
92-        local t = (dist - cum_dist[i+1])/seg_len
93-        return trail[i+1].x + t*(trail[i].x - trail[i+1].x),
94-               trail[i+1].y + t*(trail[i].y - trail[i+1].y)
95-      end
96-    end
97-    return trail[1].x, trail[1].y
98-  end
99-  local c = color_clone(base_color)
100-  local d = 0
101-  while d < total_dist do
102-    local dash_start = d
103-    local dash_end = math.min(d + dash_len, total_dist)
104-    if dash_end - dash_start > 0.5 then
... [36 more lines]

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the trail functions in flicker.lua:

Edit (E:\a327ex\062026\snkrx\flicker.lua)

<tool_use_error>File has not been read yet. Read it first before writing to it.</tool_use_error>

Read (E:\a327ex\062026\snkrx\flicker.lua)

40   
41  flickers = {}
42  
43  
44  -- Standard cubic bezier. Not in snkrx-template's math lib. GLOBAL so other
45  -- routines (the swordsman's Blade Dance) can reuse flicker's exact curve.
46  function cubic_bezier(t, p0x, p0y, p1x, p1y, p2x, p2y, p3x, p3y)
47    local u = 1 - t
48    local uu, tt   = u*u, t*t
49    local uuu, ttt = uu*u, tt*t
50    return uuu*p0x + 3*uu*t*p1x + 3*u*tt*p2x + ttt*p3x,
51           uuu*p0y + 3*uu*t*p1y + 3*u*tt*p2y + ttt*p3y
52  end
53  
54  
55  -- Shared trail system, ported verbatim from v1 (lines 578-650). Records
56  -- a point whenever the entity has moved >2 units; points expire after
57  -- `duration`. an.time → global `time`. GLOBAL (not local) so other entities
58  -- — e.g. the player's dash wake — can reuse the exact same trail.
59  function trail_update(trail, x, y, active, duration)
60    if active then
61      local last = trail[#trail]
62      if not last or math.length(x - last.x, y - last.y) > 2 then
63        trail[#trail + 1] = {x = x, y = y, t = time}
64      end
65    end
66    while #trail > 0 and time - trail[1].t > duration do
67      table.remove(trail, 1)
68    end
69  end
... [60 more lines]

Now I can edit exactly. The trail functions:

Edit (E:\a327ex\062026\snkrx\flicker.lua)

The file E:\a327ex\062026\snkrx\flicker.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\flicker.lua)

The file E:\a327ex\062026\snkrx\flicker.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now player.lua — record the trail during the leap with the airborne scale, and scale the bars:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua
OK  snkrx/flicker.lua

All three changes in, everything loads:

1. Apex default → 2.5 (the F1 apex scale knob still overrides live).

2. Bars scale with the player — the floating HP + shield bars' full geometry (width, height, row pitch, and the offset above the head) multiplies by the airborne scale, so the readout rises and grows with the body instead of staying pinned small underneath it.

3. The rising dash-wake. The leap now records into the existing dash trail (trail_update gained an optional per-point scale, stamped with the airborne scale at record time), and trail_draw got the foreshortening math: each dash's length, trailing gap, and line width multiply by the scale interpolated at its position along the polyline. Since the dash walk starts at the newest end — the player — the dashes are up to 2.5× long/thick right behind the airborne body and taper down to the normal 5px/2px at the launch point. That size gradient along the wake is what sells "these lines are coming up off the ground with him." The descent records shrinking scales, so the wake tapers back down into the slam, tracing the whole arc. Plain dashes and Blade Dance trails are unchanged (scale defaults to 1 everywhere else).

Test: leap a long jump and watch the wake — big dashes hugging you at the apex, small ones at the takeoff point, fading behind you. Then dash (Space) to confirm the ground wake still looks exactly as before. If the effect reads too subtle or too chunky, the lever is the recorded scale (currently the raw airborne scale — I can exaggerate it, e.g. squaring it, if you want more drama).

This solution doesn't work, the width of the dash line should remain the same and the dash should only be visible while going up, it disappears when going down.

Two fixes — width back to constant 2px, and the wake becomes ascent-only, vanishing at the apex:

Edit (E:\a327ex\062026\snkrx\flicker.lua)

The file E:\a327ex\062026\snkrx\flicker.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\flicker.lua)

The file E:\a327ex\062026\snkrx\flicker.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now player.lua — track the descent and gate/clear the trail:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  snkrx/player.lua
OK  snkrx/flicker.lua

Both fixed:

One side effect worth knowing: the wipe is shared with the dash trail's table, so if you dash and then immediately leap, the dash's lingering wake also disappears at the leap's apex — harmless in practice, but tell me if you ever notice it and want them separated.

Test: leap — dashes stretch up behind you during the climb, all gone the instant you tip over, clean drop into the slam.

No, the dash trail shouldn't be wiped, it should just disappear normally as it does, except it shouldn't generate more trail after it reaches the apex. Also, let's try progressively shorter dash lines as it gets closer to the apex.

Two adjustments — no wipe (natural fade only), and the scale mapping inverted so dashes shrink toward the apex:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Both done:

Leap and see — if the shrink feels too weak or too strong, the lever is that recorded value (e.g. 1/scale² for a harder taper).

Gap needs to be bigger, it's too small between dashes.

The gap was shrinking with the dash (the whole stride scaled by k). Fix: scale only the dash length; the gap stays at the base 6px:

Edit (E:\a327ex\062026\snkrx\flicker.lua)

The file E:\a327ex\062026\snkrx\flicker.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\flicker.lua)

The file E:\a327ex\062026\snkrx\flicker.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — the gap is now a constant 6px regardless of dash scale; only the dash length shrinks toward the apex (5px → ~2px). The leap wake should read as small distinct ticks with clear air between them instead of a near-solid line. Regular dash/Blade Dance trails are unaffected (scale 1 → exactly the original 5/6 rhythm).

Hmm, the dash size doesn't need to progressively get smaller, let's try to keep it at the initial value.

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — the leap wake now records plain unscaled points, so it's the standard 5px-dash / 6px-gap trail, identical to the dash wake. What remains of the leap-specific behavior: ascent-only recording (stops at the apex, fades naturally through the drop).

The per-point scale machinery stays in trail_draw (inert at scale 1, zero cost) in case some future effect wants a tapered trail — but no caller uses it now. Leap and check the rhythm.

This dashed line should use the same idea as the space dash where it has some slight jitterness to it, using the smae method.

Same method, extended to the leap: the dash's jag-wobble (random perpendicular kick on newly recorded points, spaced by DASH_JAG_GAP) now also runs during the leap's ascent, perpendicular to the leap heading:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — the leap wake now jags exactly like the dash wake, same method end to end: a newly recorded point gets a random-side perpendicular kick (DASH_WOBBLE_MIN..MAX, measured against the leap's heading) only once you've travelled DASH_JAG_GAP since the last jag, so the kinks are sparse and irregular rather than a regular wave. The spacing reference resets on each cast, and the same F1-relevant constants (DASH_JAG_GAP, the wobble range) govern both abilities — tune one, tune both.

Leap and compare against a Space-dash — the two wakes should now have the same hand-drawn jitter character.

Perfect, I believe the dash is done, what's next?

Excellent — Leap Slam locked. Per the roadmap, what's left of the session plan is Step 3: the Surge mobility buff + the simple buff system + parking the dash. Here's the brief for all of it.

Design brief — Surge + buff system + dash parking

I'd do this as one pass (A is mechanical, B+C only become testable together), but say the word if you want to test between parts.

A — Park the dash

Same treatment as Cross Guard: parked/dash_strike.lua, verbatim snapshot + re-integration notes. Out of live code: start_dash/update_dash, the dash state fields + DASH_MAX_CHARGES local, the dispatch + not self.dashing gates, the dash bind, and the DASH_SPEED/DIST/CD/DAMAGE/HIT_RADIUS/MAX_TIME globals.

Critically, the wake stays. The trail/jag system the dash built is now Leap Slam's (and Blade Dance's) infrastructure: dash_trail, the trail tick + jag block (loses only its self.dashing arm), trail_update/trail_draw, and the DASH_TRAIL_DURATION/DASH_JAG_GAP/DASH_WOBBLE_* knobs all remain live — the parked file documents that split. last_move_r also stays (cheap, generically useful heading).

B — The buff system (snkrx/buff.lua)

A generic component in the shield.lua idiom — plain tables + free functions, entity-agnostic (seekers can be buffed/debuffed later, gems hook the same seam):

Visual system (so any buff is visible automatically, not just Surge):

  1. Status chips — the UI toolkit's ui_status_tag (built for exactly this: [glyph] LABEL [value]), one per active buff, stacked above the corner HP/shield bars, showing remaining seconds, colored by the buff.
  2. Body read — while any buff with a spec is active, the player draws through that spec instead of his own. Surge's: the same yellow breathe but mixed toward white with a cranked speed modifier (the four-axis spec has a speed knob) — a visibly hotter, faster shimmer. Cheap, reversible, no new draw code.

C — Surge (the mobility slot)

Kit after this: Cleave (sustained AoE) · Leap Slam (burst AoE + reposition) · Surge (tempo steroid — and the attack-speed half is the first mechanical hook the gem system will love) · Blade Dance (ult) · shield-recharge passive.

Functions: buff_add/buff_update/buff_mult (new file); player:surge() (cast); player:update (buff_update + speed line + spec pick); player:cleave (aspd divisor); update_abilities (surge dispatch, dash dispatch out); main.lua (binds, globals, tuner swap, chip loop in the UI block); plus the A-step removals.

Anything you'd change — chip placement, the spec-swap read, Surge gating rules, the tuner trim?

The engine/template has a stats file that already has a stats system that supports buffs, try to use that however you see fit. If you find it too complex then just do it manually as you were going to do it anyway. When the buff is active on the player, let's try a simple trail, not like the dash one, but just a full on particle trail, like lots of circles or something spawning and disappearing eventually, creating a trail-like visual. You can also try your suggestion, let's try both, actually, and then add both options as a toggle on F1 panel so I can see.

Let me evaluate stats.lua's buff machinery first, then design around the verdict.

Read (E:\a327ex\062026\snkrx\stats.lua)

1    --[[
2     stats.lua — procedural stats module for entities.
3   
4     A "stat" is a numeric value owned by an entity, with min/max bounds
5     and a layered buff system. Stats are hoisted to the entity as plain
6     fields (so `p.hp` reads naturally) while metadata (base value,
7     limits, active buffs) lives in `p._stats[name]`. Free functions
8     operate on the entity as their first argument; no mixin, no
9     inheritance — Anchor 2 procedural style.
10  
11    Same idea as the reference projects' stats module but tightened:
12    base value is stored separately from the displayed value (so
13    recomputing is idempotent), buffs are keyed by string source (for
14    idempotent per-frame setters and UI introspection), and the API is
15    procedural rather than a class:implement mixin.
16  
17    ============================================================
18    Quick reference
19    ============================================================
20  
21      stats_set(o, name, base, min?, max?)
22        Register or update a stat. Sets `o[name]` to the clamped base.
23        Limits default to ±math.huge if omitted.
24  
25      stats_add(o, name, delta)
26        Permanently change the base value. Use for damage, healing,
27        regen, level-ups — anything that should persist across frames.
28  
29      stats_set_min_max(o, name, min?, max?)
30        Update limits on an already-registered stat without touching
... [324 more lines]

Grep (function ui_status_tag)

508---[[
509-  ui_status_tag(opts) -> rect
510-
511-  A buff \ debuff chip: a filled charcoal chip holding [glyph] LABEL [value].
512-  The glyph + uppercased label take the buff `color` (the buff's identity); an
513-  optional `value` (a duration like '2.6s', a stack count) trails in muted. The
514-  reusable form of the pause screen's status rows. Differs from ui_stat_chip
515-  (muted label + colored VALUE, for resources) by coloring the LABEL as the
516-  buff. Built as a ui_label of rich-text runs (reuses the chip + auto-size).
517-  Position-only (x, y), chains via next_x.
518-
519-  opts:
520-    x, y     top-left
521-    glyph    optional icon glyph (in `color`)
522-    label    the buff name (force-uppercased, in `color`)
523-    color    buff color (default text)
524-    value    optional trailing duration / stack (muted)
525-    font     (default ui_font_body_ark)
526-    spec
527-]]
528:function ui_status_tag(opts)
529-  local col  = opts.color or text
530-  local runs = {}
531-  if opts.glyph then
532-    runs[#runs + 1] = { text = opts.glyph .. ' ', color = col }
533-  end

Grep (lshift|shift)

No matches found

Grep (key:|key_is_down|sub(.*key)

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

Bash (grep -n "lshift|\"shift\"|'shift'|left shift|LSHIFT" E:/a327ex/Anchor2/engin...)

2813:    if (strcmp(name, "lshift") == 0) return SDL_SCANCODE_LSHIFT;
2815:    if (strcmp(name, "shift") == 0) return SDL_SCANCODE_LSHIFT;  // Default to left
2907:        case SDL_SCANCODE_LSHIFT: return "lshift";
3790:        "lshift", "rshift", "lctrl", "rctrl", "lalt", "ralt",

key:lshift confirmed, ui_status_tag takes {x, y, glyph, label, color, value} — building everything now. First, park the dash:

Write (E:\a327ex\062026\parked\dash_strike.lua)

File created successfully at: E:\a327ex\062026\parked\dash_strike.lua (file state is current in your context — no need to Read it back)

Now strip the dash from live code:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the new snkrx/buff.lua and its require:

Write (E:\a327ex\062026\snkrx\buff.lua)

File created successfully at: E:\a327ex\062026\snkrx\buff.lua (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\init.lua)

The file E:\a327ex\062026\snkrx\init.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Now the surge_spec next to the swordsman spec, the tuner swap, the collision guard, and the chips:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua
OK  snkrx/buff.lua
OK  snkrx/init.lua
OK  parked/dash_strike.lua
--- dash refs in live code:
main.lua:546:  -- → cleave / start_dash). Here we just publish whether a click is interacting
snkrx/player.lua:12:-- DASH_MAX_CHARGES (read in player:new, before main.lua's globals exist).
snkrx/player.lua:173:-- contact in main.lua's handler). Charge economy mirrors start_dash.

Only stale comments remain — fixing them:

Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua

All clean. Step 3 is fully landed — the session roadmap is complete.

What landed

Dash parked → parked/dash_strike.lua (verbatim methods + globals + re-integration notes, including the subtle bits: the not pl.dashing collision guard and which wake arms to restore). The wake system stayed live — dash_trail, trail tick, jag block, DASH_TRAIL_DURATION/DASH_JAG_GAP — since Leap Slam and Blade Dance own it now.

Buff system → new snkrx/buff.lua, built on top of stats.lua as you suggested — and it was the right call: stats already does all the math (additive-fraction mults, stacking, clamping, introspection); its only gap is timed lifetime, so buff.lua is just a tiny registry whose buff_push re-pushes each live buff's mults every frame until expiry, slotted into the player's existing stats_clear_buffs → push → stats_update lifecycle. speed and attack_speed are now registered modifier stats (self.base_speed is gone). Generic: seekers can carry slows/marks later; debuffs are negative mods.

Surge — Space or LShift: ×1.5 move + attack speed for 4s, 10s cooldown (stamped at cast). Attack speed divides Cleave's cooldown. Cast beat: white flash + recoil pop + pitched-up whoosh. A status chip (>> SURGE 3.2s, yellow) appears above the corner bars while it runs — and that's generic: anything in p.buffs renders a chip automatically.

Both visuals, F1-toggled (srg visual):

F1 panel is now: leap size/dmg/push/cd + srg dur/cd/move/aspd + the visual toggle. (Leap range/durations/eases/apex baked as code defaults.)

How to test

  1. Space (or LShift) → chip appears and counts down; you visibly move faster and hold-LMB Cleave swings ~1.5× faster for 4s; recast locked for 10s.
  2. F1 → srg visual — flip between trail and spec mid-buff (takes effect immediately) and compare. Tune the mults/durations live.
  3. Sanity: Space no longer dashes; Cleave/Leap/ult/shield all unaffected.

That completes the redesigned kit: Cleave · Leap Slam · Surge · Blade Dance · shield passive — every slot AoE, movement, or tempo. The remaining known holes from earlier: player death/fail state, and eventually the gems pass. But you're at a natural fun-test checkpoint — worth a few sittings with the new kit before deciding.

We'll go with trail, can remove spec, the position of each trail circle should be fixed, the duration of each circle should also be the same, let's try only that for now.

[Request interrupted by user]

We'll go with trail, can remove spec, the position of each trail circle should be fixed, the duration of each circle should also be the same, let's try only that for now. Oh yea, the surge text on the bottom left is right, but it needs to be fixed position wise (a bit up) and also animated. If we're going to have buffs come down from above and stack, then the initial animation needs to be a fade in with slight movement down then back to normal, opposite if it comes from below. And then disappear should also be an effect either an alpha fade or some kind of disappear with a dither or something else...

Locking in trail-only + deterministic circles, and animating the chips. Before writing the chip animation I need ui_status_tag/ui_label's internals to see how to thread an alpha/offset through cleanly:

Read (E:\a327ex\062026\snkrx\ui\primitives.lua)

400                          color = text_muted }
401   end
402   runs[#runs + 1] = { text = tostring(opts.value):upper(), color = vcol }
403   return ui_label({ x = opts.x, y = opts.y, runs = runs,
404                     font = opts.font or ui_font_body_ark,
405                     spec = opts.spec })
406 end
407 
408 --[[
409   ui_bracket_tag(opts) -> rect
410 
411   An inline tag rendered as `[label]` — brackets in muted color, label
412   in opts.color. One font for everything (no separate bracket font),
413   on the assumption the chosen tag font has `[ ]` glyphs. The lighter
414   alternative to a colored pill when you want a status / category
415   marker INLINE next to other text (e.g. an EQUIPPED tag next to an
416   ability name).
417 
418   opts:
419     x, y     top-left position
420     label    the tag text
421     color    label color (default text)
422     font     font for both brackets and label (default ui_font_body_ark)
423     spec
424 
425   Returns the {x,y,w,h} rect occupied (delegates to ui_rich_text).
426 ]]
427 function ui_bracket_tag(opts)
428   local font = opts.font or ui_font_body_ark
429   return ui_rich_text({
... [130 more lines]

I need ui_label's internals (the chip bg + how run colors flow) to thread alpha through:

Grep (function ui_label|function ui_rich_text)

194:function ui_rich_text(opts)
195-  local font = opts.font or ui_font_body
196-  local runs = opts.runs
197-
198-  local total = 0
199-  for _, run in ipairs(runs) do
200-    total = total + (run.font or font):text_width(run.text)
201-  end
202-
203-  local x = opts.cx and (opts.cx - total/2) or opts.x
204-  local r = { x = math.floor(x + 0.5), y = opts.y, w = total, h = font.height }
205-
206-  local cx = x
207-  for _, run in ipairs(runs) do
208-    local rf = run.font or font
209-    local ry = opts.y + (font.height - rf.height)/2 + (run.dy or 0)
210-    ui_glyph_text(run.text, rf, math.floor(cx + 0.5), math.floor(ry + 0.5),
211-      run.color or text, opts.spec)
212-    cx = cx + rf:text_width(run.text)
213-  end
214-  return ui_ret(r, {})
215-end
216-
217---[[
218-  ui_label(opts) -> rect
219-
220-  A flat dark rounded container, auto-sized to its content. No colored
221-  border; holds either a plain string or a rich-text run list.
222-
223-  opts:
... [53 more lines]

One more — paint.lua's wrappers, to see whether a color's alpha survives the token→recipe resolution:

Read (E:\a327ex\062026\snkrx\ui\paint.lua)

1    --[[
2     ui/paint.lua — effect-pipeline UI coloring.
3   
4     Every UI color is drawn through the four-axis effect pipeline (the same
5     one entities use — snkrx/effect.lua + assets/draw_shader.frag). Instead of
6     `layer_rounded_rectangle(ui_layer, ..., c())`, widgets call ui_rrect /
7     ui_rect / ui_glyph_text, which bracket the draw with effect_set / effect_clear.
8   
9     THE UI'S `color` RECIPE (`ui_color`) — Ricochet's color axis applied to the UI:
10      • 'solid'  — flat token. The UI reads as the flat locked palette: calm
11        chrome behind the breathing game world.
12      • 'mix'    — the breathe (DEFAULT). Each token is mixed with its palette
13        neighbor (palette_breathe_partner), swept by the organic noise field
14        (pattern='organic'). Chrome breathes UP the grayscale ladder (a lightness
15        shimmer); accents breathe to the next hue (the green/blue look). This is
16        what gives the bars + card borders their living gradient.
17  
18    Flip `ui_color` at runtime to A/B the two (the F4 gallery's O key cycles it).
19    `ui_field_scale` (breathe noise density) and `ui_dither` (a dither-mode NAME
20    from the effect catalog, e.g. 'off' / 'bayer4_2') tune the breathe.
21  
22    A widget may pass an explicit per-element spec table as the `override`
23    argument to force a specific effect for its draws (the effect inspector's
24    swatches do this to force a FLAT color); nil override → the token's recipe.
25  ]]
26  
27  -- UI color recipe — Ricochet's `color` axis applied to the whole UI. 'mix' is
28  -- the breathe (default, the green/blue look); 'solid' is flat. The gallery's
29  -- O key cycles it.
30  ui_color       = 'mix'
... [65 more lines]

Edit (E:\a327ex\062026\snkrx\player.lua)

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Edit (E:\a327ex\062026\snkrx\player.lua)

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Edit (E:\a327ex\062026\snkrx\player.lua)

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Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Edit (E:\a327ex\062026\snkrx\ui\primitives.lua)

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4. The animated chip block in main.lua — first the registry global, then the rewritten render loop:

Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  main.lua
OK  snkrx/player.lua
OK  snkrx/ui/primitives.lua
--- spec option fully removed

All in, syntax-clean, spec option fully gone.

What changed

Trail locked in, spec removed — surge_spec, SURGE_VISUAL_ALT, the F1 toggle, and the draw-time spec pick are all deleted. The trail is the Surge visual.

Deterministic circles — each circle now spawns at the player's exact position (no ±2px jitter) with a fixed 0.3s lifetime (no 0.25–0.4 spread). Radius keeps its 3–6 variation, per "only that for now." Moving writes an even, clean trail; standing still reads as a steady pulse.

Chip position + animation:

Multiple buffs stack in birth order (oldest nearest the bars) and animate independently — this all generalizes to future buffs/debuffs for free.

Test: Surge — the chip should fade-rise in, count down, and softly fade out ~at expiry; the trail should look uniform and centered. Watch for whether you want the fade-out to start before expiry (so it ends exactly as the buff does) rather than after — easy flip if so.

Initial size of each circle is also the same.

Edit (E:\a327ex\062026\snkrx\player.lua)

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Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — radius fixed at 5 (the old range's midpoint). The trail is now fully deterministic: same position, same size, same lifetime per circle, so it should read as a perfectly uniform ribbon of shrinking dots behind you.

[Pasted image/png]

Have the value 1.7s be at the same horizontal place as shield and HP, and then the SURGE text in a different UI element. Give me sliders for fade in/fade out duration and ease modes, as well as the amount it jumps down/up by as well as ease for those if they exist.

Splitting the chip (label-only element + the time value in the bars' value column) and exposing the animation knobs. Edits:

Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — all clean.

Split layout: the chip is now just >> SURGE (glyph + label), and the remaining time is its own text element placed in the exact column the bar values use (track end + 6px — same x as the "20"/"100" in your screenshot), vertically centered to the chip row. Both fade together.

New F1 knobs:

Mechanics worth knowing while you tune: the in-ease drives both the rise and the alpha from one eased value — alpha clamps to 0–1, but the movement deliberately doesn't, so overshoot eases do something fun: back_out makes the chip rise past its spot and settle back down; elastic_out wobbles into place. The fade-out is alpha-only (there's no exit movement to ease — that's the "if they exist" answer; say the word if you want an exit slide added). The out-ease shapes the fade curve: expo_out = drops fast then lingers, expo_in = lingers then snaps away.

Surge a few times with F1 open and scrub — back_out on the in-ease is the one I'd try first.

This doesn't look right. Try another UI element entirely for the surge buff on the bottom left? Look at the examples in SNKRX template and try to pick something that might fit better. Maybe pick multiple and let me choose in the menu. Also, move the menu to the right since now it's overlapping with what we're testing on the left. And you can remove the knobs you just added since now we'll have different UI elements with likely different animations.

Good call — and worth noting the toolkit's own design rules actually argue against the pill chip: "Negative space + brackets over pills for inline status." Let me check the exact opts of the candidate widgets (ui_counter, ui_segbar) before wiring the style switcher:

Grep (function ui_counter|function ui_segbar)

548-    runs[#runs + 1] = { text = '  ' .. tostring(opts.value), color = muted }
549-  end
550-  return ui_label({ x = opts.x, y = opts.y, runs = runs, bg = bg,
551-                    font = opts.font or ui_font_body_ark, spec = opts.spec })
552-end
553-
554---[[
555-  ui_counter(opts) -> rect
556-
557-  A HUD counter: a muted small-caps label ABOVE a filled charcoal box holding
558-  [glyph value] — the vertical cousin of ui_stat_chip (which is inline). The
559-  glyph takes the accent color; the value is value_color. Auto-sizes (or fixed
560-  w). Position-only (x, y), chains via next_x.
561-
562-  opts:
563-    x, y         top-left (of the label, or the box if no label)
564-    label        optional muted small-caps label above the box
565-    glyph        optional icon glyph inside the box
566-    value        the value string
567-    accent       glyph color (default value_color)
568-    value_color  value color (default text)
569-    w            optional fixed box width (else auto)
570-    font         (default ui_font_body_ark)
571-    spec
572-]]
573:function ui_counter(opts)
--
605-  return ui_ret({ x = opts.x, y = opts.y, w = bw, h = labh + bh }, {})
606-end
607-
... [23 more lines]

Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

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Now move the tuner panel to the right edge:

Edit (E:\a327ex\062026\main.lua)

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Now drop the registry and replace the chip block with the style switcher:

Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK
--- chip anim fully removed

All clean. Here's the new setup:

Five buff-display styles, switchable live via the F1 buff ui list knob (no entry/exit animations for now — the winner gets a bespoke one):

  1. bracket (default) — [SURGE] in the bracket motif, time in the bars' value column. This is the toolkit's own stated preference for inline status ("brackets over pills"), so it's my bet for fitting the style.
  2. bar — the buff as a third resource row: colored label + a draining track (fill = remaining/duration) + time, visually rhyming with the HP/shield rows above it. Most informative at a glance.
  3. counter — the vertical HUD counter: muted SURGE label above a charcoal [>> 1.7s] box.
  4. segbar — chunky segmented meter draining in 8 discrete cells + time. The most game-y/arcade read.
  5. chip — the original pill, kept so you can compare against the incumbent.

Every style that has a separate time readout puts it in the same right column as the bar values (the alignment you asked for).

Tuner panel now anchors to the right edge of the screen, clear of the bottom-left test area.

Removed: the five chip-animation knobs, the CHIP_* globals, and the whole buff_chip_fx animation registry. (ui_status_tag's alpha opt stays in the toolkit — it's generic and will be useful for whichever style we animate.)

Test: Surge, then F1 → scrub buff ui through the five styles while the buff ticks down. Tell me which one (or which hybrid — e.g. bracket label + draining bar underneath) feels right, and I'll build its proper enter/exit animation.

[Pasted image/png]

Bar is the best, make sure the color of the number is the same as the values for HP, shield below. Bring the whole bar closer to the two below, but not matching their own internal spacing, needs a bit bigger spacing to visually look like a different thing. But between multiple buffs we keep the same spacing as HP/shield have between them. Make the bar take up the entire left, then the number, and then the name of the buff is on the right.

Bar it is — locking it in (removing the other four styles and the switcher knob) and rebuilding the row as [track][time][NAME]:

Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

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Edit (E:\a327ex\062026\main.lua)

The file E:\a327ex\062026\main.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK
--- switcher removed

Done. The buff row is now structured exactly like a third resource row, reordered per your spec:

Spacing: the buff row sits 6px above the shield bar (vs the 3px the HP/shield bars keep between themselves — close, but visibly its own group), and if multiple buffs are ever active they stack at the bars' own 3px rhythm with each other.

Also removed: the BUFF_UI global, the F1 style knob, and the four rejected style branches — bar is canon now.

Surge to check the alignment and grouping. Next obvious step when you're happy with the statics: the bespoke enter/exit animation for this row style (slide/fade of the whole row, or the track sweeping in from empty, etc.).

Let's try a two pixel line that gets created behind the player, kinda like the dash lines, but without any gaps, with the same jitterness to it too. That is what the trail should be, let's try that to see what it looks like.

Reusing the wake machinery: a separate surge_trail recorded while the buff runs, the same jag-wobble method, but drawn as a continuous 2px polyline (a gap-less sibling of trail_draw). Three files:

Edit (E:\a327ex\062026\snkrx\flicker.lua)

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Edit (E:\a327ex\062026\snkrx\player.lua)

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Edit (E:\a327ex\062026\snkrx\player.lua)

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Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && LUA=E:/a327ex/Anchor/reference/love-compare/tools/lua54.e...)

OK  snkrx/player.lua
OK  snkrx/flicker.lua

Done — the circle trail is replaced by the line:

Surge and run around — you should see a solid jagged yellow ribbon streaming behind you for the buff's duration. Knobs if it needs tuning: tail length is the wake duration (0.4s), kink density is DASH_JAG_GAP.

You made it as a series of points, let's try it as a series of actual lines, and the jitter then happens between line joins.

Restructuring: vertices drop only every DASH_JAG_GAP pixels (each one jittered — so every join kinks), straight 2px lines connect them, and the newest segment stays attached to the player:

Edit (E:\a327ex\062026\snkrx\player.lua)

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Edit (E:\a327ex\062026\snkrx\player.lua)

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Seed the chain at cast so the line attaches immediately:

Edit (E:\a327ex\062026\snkrx\player.lua)

The file E:\a327ex\062026\snkrx\player.lua has been updated successfully. (file state is current in your context — no need to Read it back)

Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Done — the structure is now genuinely segment-based:

One thing to watch: the jitter magnitude (DASH_WOBBLE 0.5–1.5px) was tuned for the dense dash wake — on sparse 15px segments the kinks may read subtler than you want. If so, the knobs are the wobble range (sharper kinks) and DASH_JAG_GAP (shorter segments = busier zigzag). Surge and run a curve to see how the joins articulate.

Perfect, this is the correct one. Make default move speed and attack speed buff 2x instead of 1.5x, other than that everything is good. Let's end this session here, we finished the Swordsman I believe (unless there's something left), and we'll handle a few visual + UI details in the next session. End this session, name it 062026 4

Bumping the Surge defaults, then ending the session.

Edit (E:\a327ex\062026\main.lua)

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Bash (cd E:/a327ex/062026 && E:/a327ex/Anchor/reference/love-compare/tools/lua54.exe -...)

OK

Write (C:\Users\adn.claude\projects\E--a327ex\memory\project_062026.md)

The file C:\Users\adn\.claude\projects\E--a327ex\memory\project_062026.md has been updated successfully. (file state is current in your context — no need to Read it back)

Skill 

Launching skill: end-session

Base directory for this skill: E:\a327ex.claude\skills\end-session

End Session Workflow

This skill is invoked from the same conversation where the work was done. You already have the full session context in memory — you do NOT need to read the transcript.

Secret Mode (sealed / NDA sessions)

If the end-session request contains "secret", "secretly", "sealed", or "NDA" (e.g. "end this session secretly, name it My Game Boss Rework"), run in secret mode. The work is for an unreleased game, so the real log is stored on the server but hidden from the public site until the user later runs the /unseal skill.

How it works: the real log goes to vault/nda-project-N.md (a directory the web server never serves — see the guardrail in server/content.lua), and the public site shows only a placeholder log titled "NDA Project N" whose body is a "revealed later" notice. No encryption is used — vault/ is simply unreachable over HTTP, which is sufficient (VPS filesystem access is out of the threat model).

Run the normal steps below, with these three overrides:

A. Title. The real title is the text after "name it …". If the user didn't give one, ask for it — it becomes the public slug when unsealed. Build the log content in Steps 2 and 4 with the real title + date exactly as normal.

B. Step 4 override — write two files instead of one. First compute the sequence number N (= 1 + the highest existing number across both dirs):

N=$(ls E:/a327ex/a327ex-site/logs/nda-project-*.md \
       E:/a327ex/a327ex-site/vault/nda-project-*.md 2>/dev/null \
     | grep -oE 'nda-project-[0-9]+' | grep -oE '[0-9]+' | sort -n | tail -1)
N=$(( ${N:-0} + 1 )); echo "NDA Project $N"

Build the real log into /tmp/session-log.md exactly as the normal Step 4 describes (real Title, real Date, summary, transcript). Then, instead of cp-ing it to logs/[slug].md:

mkdir -p E:/a327ex/a327ex-site/vault
# Real log → vault (stored on the server, never served).
cp /tmp/session-log.md E:/a327ex/a327ex-site/vault/nda-project-$N.md

And write the public placeholder to E:/a327ex/a327ex-site/logs/nda-project-$N.md (use the Write tool; substitute N and use the same Date as the real log so the feed timeline stays honest):

Title: NDA Project N
Date: <same date as the real log>

# NDA Project N

🔒 The contents of this AI log will be revealed when/if this game is released publicly.

Step 4.5 (lock) is unchanged — a sealed log still counts as a shipped AI LOG, so decrement the lock normally.

C. Step 6 override — a327ex-site commit. The project (game) repo half of Step 6 is unchanged (it's private, so the full summary in its commit is fine). Only the a327ex-site commit changes — stage both files and use a generic message so the real title never appears:

cd E:/a327ex/a327ex-site
git add logs/nda-project-$N.md vault/nda-project-$N.md
git commit -m "Add NDA Project $N"
git push prod main 2>&1 | tail -3

At Step 7, confirm the session was sealed as "NDA Project N", that the real log lives in vault/nda-project-N.md, and that /unseal will reveal it later.

If NOT in secret mode, ignore this section entirely and run the normal flow.

Step 1: Get Session Info

Ask the user for the session title (max 30 characters). Examples: "Anchor Phase 10 Part 5", "Physics Arena Setup", "Timer System Fix", "Thalien Lune Design".

Determine the project yourself from your session context — you know which repo(s) were worked on, which files were created/modified, and where they live. No need to ask. See Step 5 for the list of known project roots; if the session touched something outside the list, infer the root from the paths you actually edited.

Step 2: Write Summary

Write the summary from your conversation memory. You have the full session context — no need to read any files.

The summary should be thorough and detailed. Each major topic deserves its own section with multiple specific bullet points. Don't compress — expand.

Purpose: These summaries serve as searchable records. Future Claude instances will grep through past logs to find how specific topics were handled. The more detail you include, the more useful the summary becomes for finding relevant context later.

Format (this is just an example structure — adapt sections to match what actually happened):

# [Title]

## Summary

[1-2 sentence overview of the session's main focus]

**[Topic 1 - e.g., "Spring Module Implementation"]:**
- First specific detail about what was done
- Second detail - include file names, function names
- User correction or feedback (quote if notable)
- Technical decisions and why

**[Topic 2 - e.g., "Camera Research"]:**
- What was researched
- Key findings
- How it influenced implementation

**[Topic 3 - e.g., "Errors and Fixes"]:**
- Specific error message encountered
- Root cause identified
- How it was fixed

[Continue for each major topic...]

---

[Rest of transcript follows]

Rules: - Be thorough — If in doubt, include more detail, not less. Each topic should be as detailed as possible while still being a summary. - Think searchability — Future instances will search these logs. Include keywords, function names, error messages that someone might grep for. - One section per major topic — Don't combine unrelated work into one section - Chronological order — Sections should match conversation flow - Specific details — Error messages, file names, function names, parameter values - Include user quotes — When user gave notable feedback, quote it (e.g., "k/d variables are not intuitive at all") - Weight planning equally — Research, proposals, alternatives considered, user feedback on approach are as important as implementation - Weight problems solved — Errors, root causes, fixes, user corrections all matter - Technical specifics — Include formulas, API signatures, parameter changes when relevant

Step 3: Proceed Without Approval

Do NOT show the summary to the user for approval. Write it directly. The user can review the committed log after the fact and request a follow-up edit if anything is off.

Step 4: Convert Transcript and Write the Log File

# Find recent sessions (Claude + Cursor + Codex). Same script lives in Anchor2:
python E:/a327ex/Anchor2/scripts/find-recent-session.py --limit 5
# or: python E:/a327ex/Anchor/scripts/find-recent-session.py --limit 5

The script shows sessions sorted by when they ended. The first result is the current conversation (since end-session was invoked here). Use it.

Use a lowercase hyphenated slug derived from the title (e.g., "anchor-primitives-hitstop-animation").

Get the end timestamp for the Date frontmatter — this is the wall-clock time when end-session was invoked, NOT the time the JSONL started. Sessions often span multiple days, and the log should be filed under the day the work was wrapped up:

date "+%Y-%m-%d %H:%M:%S"

Use this output verbatim. Do not substitute the JSONL start timestamp; the log appears in the sidebar sorted by Date, and a multi-day session with a Date pinned to day 1 will sort below sessions that ended later but started later, hiding the most recent work.

Convert the transcript to markdown:

python E:/a327ex/Anchor2/scripts/jsonl-to-markdown.py [SESSION_PATH] /tmp/session-log.md
# or: python E:/a327ex/Anchor/scripts/jsonl-to-markdown.py ...

The same script auto-detects Claude Code JSONL vs Cursor/Composer agent JSONL (~/.cursor/projects/.../agent-transcripts/...) vs Codex rollouts (~/.codex/sessions/...). For Composer sessions, use find-recent-session.py (it merges all sources) and pick the [cursor] line for the current chat.

Replace the default header (# Session YYYY-MM-DD...) at the top of /tmp/session-log.md with the approved title and summary, AND prepend frontmatter. The final file shape:

Title: [Title]
Date: YYYY-MM-DD HH:MM:SS

# [Title]

## Summary

[approved summary text from step 2]

---

[transcript content from jsonl-to-markdown script]

Frontmatter is non-negotiable. Every log file MUST start with Title: and Date: lines. Without them, the site's sidebar shows the slug as the title and 0 (epoch) as the sort date. The backfill script in a327ex-site/deploy/backfill_metadata.py is a safety net, not a substitute — write it correctly the first time.

Then copy the final file to the log destination:

cp /tmp/session-log.md E:/a327ex/a327ex-site/logs/[slug].md

Secret mode: do NOT write to logs/[slug].md. Follow override B in the Secret Mode section instead — real log to vault/nda-project-N.md, placeholder to logs/nda-project-N.md.

Step 4.5: Decrement the lock (if active)

Read E:/a327ex/a327ex-site/.lock.json if it exists. If it contains {"remaining": N} with N > 0:

  • Decrement N by 1
  • Write {"remaining": N-1} back to the file
  • If N becomes 0, the lock is cleared. You may leave the file at {"remaining": 0} or delete it; both work.

The lock file lives in the a327ex-site repo, so the change is staged automatically by git add -A in Step 6.

If no lock file exists or remaining is already 0, do nothing. (See the /lock skill for the lock's full design.)

Step 5: Commit Project Repo

Identify the project repo(s) worked on this session from your own context — you already know which repos were touched and which files changed. For the common projects:

Project Root Stage command
Anchor E:/a327ex/Anchor git add docs/ framework/ engine/ scripts/ reference/
Anchor2 E:/a327ex/Anchor2 git add framework/ engine/ arena/ reference/ scripts/ docs/ .claude/
emoji-ball-battles E:/a327ex/emoji-ball-battles git add -A
invoker E:/a327ex/Invoker git add -A
thalien-lune E:/a327ex/thalien-lune git add -A
a327ex-site E:/a327ex/a327ex-site git add -A (this IS one of the web repos — the log file added in Step 4 is staged here automatically)

For a project not listed, infer the root from the files you actually created or modified this session and stage those. If multiple candidate roots look valid, ask the user which files to stage.

cd into the project root, stage, run git status to verify before committing.

IMPORTANT — FULL SUMMARY IN COMMIT: The commit message MUST include the FULL summary from the log file. Read the summary back from the log file to ensure nothing is missing.

IMPORTANT — COMMIT METHOD: The summary contains backticks, special characters, and markdown that WILL break heredocs and git commit -m. ALWAYS use the file-based method below. NEVER try a heredoc first — it will fail and produce a malformed commit that needs amending.

# Skip until we hit the line "## Summary", then take everything after the next
# blank line until the --- separator that precedes the transcript.
awk '/^## Summary$/{found=1; next} found && NR>1 && /^---$/{exit} found' \
    E:/a327ex/a327ex-site/logs/[slug].md > /tmp/commit_msg.txt

# Prepend the title (plain text, no #) and append attribution
sed -i "1i [Title]\n" /tmp/commit_msg.txt
printf "\nGenerated with [Claude Code](https://claude.com/claude-code)\n\nCo-Authored-By: Claude <noreply@anthropic.com>\n" >> /tmp/commit_msg.txt

git commit -F /tmp/commit_msg.txt

Step 6: Push the Repos

Two pushes — project (to GitHub) and a327ex-site (to the VPS):

# Project repo to GitHub. Skip this push if the project IS a327ex-site
# (handled by the second push below — don't duplicate).
git push origin main

# a327ex-site to the VPS (post-receive hook restarts the Lua server).
cd E:/a327ex/a327ex-site
git add -A
git commit -m "[Title]"
git push prod main 2>&1 | tail -3

Secret mode: use override C from the Secret Mode section for the a327ex-site commit instead (stage the vault + placeholder files, generic "Add NDA Project N" message — never the real title). The project-repo push above is unchanged.

Failure handling: if either push fails, the other still happens. Local commits stay intact, so the user can re-push manually once they've fixed whatever blocked it. Don't roll back; the committed state on disk is the source of truth.

Step 7: Confirm

Tell the user: - Project commit hash + GitHub push result - a327ex-site commit hash + VPS push result

Format:

Logged — "[Title]".
  project (Anchor2):  abc1234  pushed to GitHub
  a327ex-site:        ghi9012  pushed to a327ex.com (post-receive deployed)

If a push failed, surface that explicitly with the error.

Notes

  • Frontmatter is non-negotiable. Every log file MUST have Title: and Date: at the top. Enforced at write time in step 4. The backfill script is a safety net, not a substitute.
  • If the project IS a327ex-site (e.g., you spent the session writing the renderer or fixing the theme), there's no separate "project repo to GitHub" push — the a327ex-site push at the end IS the project push. Don't duplicate.
  • Legacy note: this skill used to also dual-write to anchor.blot.im/logs/ and anchor.blot.im/context/. Post-cutover (May 2026), anchor.blot.im is a JS redirect to a327ex.com and no longer receives content. Drop those steps if you find any older docs that still reference them.

ARGUMENTS: 062026 4

Bash (python E:/a327ex/Anchor2/scripts/find-recent-session.py --limit 5 && date "+%Y-%...)

2026-06-12T01:07:48.118Z b2206a0d-0a42-407b-8bc6-37c6325b28b1 [claude] <-- MOST RECENT
   C:\Users\adn\.claude\projects\E--a327ex\b2206a0d-0a42-407b-8bc6-37c6325b28b1.jsonl

2026-06-12T00:52:22.942Z 7aa7c4ae-9b0f-4156-801b-57aa49199450 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\7aa7c4ae-9b0f-4156-801b-57aa49199450.jsonl

2026-06-11T21:53:36.604Z f8099aef-1c4f-4c71-a4a7-921347ec81ef [claude]
   C:\Users\adn\.claude\projects\E--a327ex\f8099aef-1c4f-4c71-a4a7-921347ec81ef.jsonl

2026-06-11T15:53:21.497Z 6fa16cb0-86dd-4222-8abf-b6f56c6a984b [claude]
   C:\Users\adn\.claude\projects\E--a327ex\6fa16cb0-86dd-4222-8abf-b6f56c6a984b.jsonl

2026-06-11T03:16:09.008Z 14851a2a-b14a-4681-8d7e-cf1b5329ec40 [claude]
   C:\Users\adn\.claude\projects\E--a327ex\14851a2a-b14a-4681-8d7e-cf1b5329ec40.jsonl

2026-06-11 22:07:51