C2-65B:

J:
"C:\xampp-8.1.6-0\projects\ge.4.test\ge.4.test Archives\ge.4.test 2026-0706-1500-3804 (AUTOMATIC GE GAMES BACKUP + C2-65A - GE - Dungeon - Actor Regions - Wip).zip"
ge.4.test 2026-0706-1500-3804 (AUTOMATIC GE GAMES BACKUP + C2-65A - GE - Dungeon - Actor Regions - Wip).zip
Zip Archive
"C:\Users\trkea\Downloads\GE JSON Core Dump alpha Dungeon-2D 2026-0706-1503-0567.zip"
GE JSON Core Dump alpha Dungeon-2D 2026-0706-1503-0567.zip
Zip Archive

Ariel:
I’ll treat the new backup as the working source and the GE JSON Core Dump as evidence for the actor-region failure. I’ll inspect both, patch only changed files, then repack a valid C2-65B delta with a README.

I found the immediate loader crash: the active actor-layer renderer calls region helpers that were defined in an earlier patch closure, so they are out of scope at render time. I’m also folding the region drawing path into that renderer so wider/taller actors render as regions instead of single tiles.

J:
 Could you also break down Dungeon.js into smaller pieces of code?

Ariel:
Absolutely — I’ll include a careful modular split for Dungeon.js as part of the same delta, but I’ll avoid a risky full rewrite. I’ll extract cohesive helper modules only where the existing load order can support it cleanly, while preserving the current behavior and Windows newline/tab style.

Thought for 6m 27s

Done — I created the C2-65B delta.

Download the C2-65B Dungeon Actor Regions + DungeonJS Split Delta

Included changed files:

public/alpha/Dungeon/2D/js/Dungeon.js
public/alpha/Dungeon/2D/js/DungeonActorRegions.js
public/alpha/Dungeon/2D/js/DungeonBoot.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65B.txt

What changed:

actorRegionWidth64O is not defined is fixed by splitting actor-region helpers into DungeonActorRegions.js, loaded before DungeonBoot.js constructs the game.

Dungeon.js startup is split into DungeonBoot.js, so runtime extension files can patch DungeonGame before construction.

Actor artwork and overlays now route through region-aware drawing when available, so Region Width / Height actors render as regions instead of single tiles.

The previous C2-64O region-aware gameplay patch is preserved in DungeonActorRegions.js.

Validation passed:

node --check Dungeon.js
node --check DungeonActorRegions.js
node --check DungeonBoot.js
php -l index.php
zip -t

No obsoletion script was needed.

C2-65C:

J:
Ignore conditions.json processing for Inert actors.

Ariel:
I’ll apply this as the next delta on top of the current C2-65B output. The target behavior is: when an actor is marked Inert, conditions.json rules should not be evaluated or applied for that actor.

J:
The only rule allowed for inert actors is checking if adjacent for enabling.

Ariel:
Memory updated

J:
Ignore conditions.json processing for Inert actors that are out of view panel.

Ariel:
Got it — I’ll narrow the inert exception further: out-of-view Inert actors should skip conditions.json entirely, while the in-panel inert path may still run only the adjacency/enabling check.

I’m going to keep this as a small C2-65C module instead of adding another large appended block to Dungeon.js. That keeps the new inert/conditions rule isolated and continues the split started in C2-65B.

J:
When out of view panel and at Post, non-inert actors must return to Inert status.

Ariel:
Memory updated

I found the existing temporary-inert layer already suppresses some auto-walk templates, but it does not fully distinguish “out of View Panel” from “nearby/visible” inert behavior. I’m adding a follow-on module so the C2-65B split stays clean and the new rule can override the older inert wrappers without disturbing actor regions.

Done — I created the next delta, C2-65C.

Download the C2-65C Inert Conditions Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonInertConditions.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65C.txt

What changed:

- Added DungeonInertConditions.js as a separate module.
- Loaded it after DungeonActorRegions.js and before DungeonBoot.js.
- Inert actors at Post and out of the View Panel now skip actor conditions.json processing.
- Posted Inert actors only clear runtime Inert when a Player Unit member is cardinal-adjacent and the actor is in the View Panel.
- Non-inert, condition-eligible actors that are out of the View Panel and back at Post return to runtime Inert.
- Stale runtime Inert clear attempts are denied unless adjacency enabling is valid or the actor is no longer posted.

Validation passed:

node --check DungeonInertConditions.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65D:


J:
"C:\Users\trkea\Downloads\GE JSON Core Dump alpha Dungeon-2D 2026-0706-1532-2080.zip"
GE JSON Core Dump alpha Dungeon-2D 2026-0706-1532-2080.zip
Zip Archive

Airel:
I’ll inspect the new GE JSON Core Dump and compare it against the C2-65C changes. Since only a dump was uploaded, I’ll identify the failure evidence first and then patch from the latest working files available in the sandbox if possible.

J:
Frame animation is way to fast now.

Ariel:
I’ll include the animation regression in the same pass. I’m going to look for frame-timing changes around the recent Dungeon.js split and verify whether actor/tile animation is now advancing more than once per intended tick.

Thought for 4m 30s

Done — I created C2-65D to slow the frame animation back down.

Download the C2-65D Stable Animation Clock Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonAnimationClock.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65D.txt

What changed:

- Added DungeonAnimationClock.js as a separate small module.
- Loaded it after DungeonInertConditions.js and before DungeonBoot.js.
- Decoupled normal tile/actor frame animation from the movement tick clock.
- Restored stable forward authored-frame animation at 250 ms per source frame by default.
- Preserved the dedicated Battle Mode animation clock.
- Preserved door special animation behavior.

Validation passed:

node --check DungeonAnimationClock.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65E:

J:
Water properly animates now along with all actors.

Mobs need to properly recruit matching actors when they are Inert.

Ariel:
Memory updated
Thought for a few seconds

Great — that confirms C2-65D fixed the animation clock without breaking water or actor animation. I’ll make the next delta focus only on mob recruitment so Inert actors can still be selected as matching recruits where intended.

The regression point is the hard Inert gate added before C2-65C: it filters Inert actors out of mob cluster recruitment and routing. I’m adding a later, narrow bypass that only applies while a mob is recruiting/starting a matching cluster member, not to general conditions.json processing.

Done — I created C2-65E.

Download the C2-65E Mob Inert Recruit Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonMobInertRecruit.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65E.txt

What changed:

- Added DungeonMobInertRecruit.js as a small follow-on module.
- Loaded it after DungeonAnimationClock.js and before DungeonBoot.js.
- Mob cluster recruitment now includes matching actors even when those actors are runtime Inert.
- Preserved recruiter-anchored mob recruitment behavior.
- Temporarily clears runtime Inert only during mob cluster merge, route planning, return planning, and route-motion start.
- Does not re-enable general conditions.json processing for Inert actors.
- If mob routing fails before motion starts, actors that were runtime Inert are restored to runtime Inert.
- C2-65C still governs actors returning to Inert when out of the View Panel and back at Post.

Validation passed:

node --check DungeonMobInertRecruit.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65F:

J:
Player Actors occasionally flash back to their Post position and then swiftly interpolate back to their Player Unit position.

Ariel:
I’ll patch this as the next C2-65F delta. The likely culprit is the newer “return to Inert at Post” logic accidentally touching Player Unit actors, causing their display origin to snap to Post before interpolation catches back up.

J:
I meant "regress back to Inert when at Post"

Ariel:
Understood — I’ll implement this as “regress back to runtime Inert only when the actor is actually at Post,” not as a visual/display snap or forced Post return. Player Unit actors should be excluded from that regression path.

J:
I meant "regress back to Inert when at Post and out of view"

Ariel:
Got it: the regression should be only for actors that are both at Post and out of the View Panel. I’ll avoid any logic that moves an actor toward Post or resets display coordinates, and I’ll explicitly protect Player Unit actors from that inert regression.

J:
I meant "regress back to Inert when at Post and out of view"

Ariel:
I’ve got the final wording: regress back to runtime Inert only when at Post and out of the View Panel. I’m making that explicit in a small guard module and clearing any stale Player Unit runtime-Inert state so party members cannot snap visually.

Thought for 5m 6s

Done — I created C2-65F.

Download the C2-65F Inert Post View Guard Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonInertPostViewGuard.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65F.txt

What changed:

- Runtime Inert regression is now explicitly constrained to actors that are both:
  - at their Post
  - out of the View Panel

- The regression only toggles/restores runtime Inert.
- It does not move actors, route them back to Post, or reset draw/display position.
- Player Unit actors are protected from runtime Inert regression.
- Stale temporary Inert, guard/mob autoReturn, and return-to-post motion state are cleared from Player Unit actors before update/render.
- C2-65E mob recruitment of matching Inert actors remains intact.
- C2-65D stable animation timing remains unchanged.

Validation passed:

node --check DungeonInertPostViewGuard.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65G:

J:
asset loading hangs at actor.csv

Ariel:
I’ll treat this as the next regression after C2-65F and inspect the current delta chain for a loader-order or syntax/runtime error that would stall before or during actor.csv. I’ll keep the fix narrow so actor-region and inert changes remain intact.

I found a high-risk loop in the C2-65F guard: its Player Unit protection asks the normal playerUnitMembers() path for membership, while that path asks isPlayerUnitActor(), which C2-65F also wrapped. That can recurse during startup just after actor.csv, making the loader appear stuck there.

Thought for 2m 50s

Done — I created C2-65G.

Download the C2-65G Actor CSV Load Guard Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonInertPostViewGuard.js
README-C2-65G.txt

Fixed:

- Removed a recursive Player Unit membership check introduced in C2-65F.
- The loader could appear stuck at actor.csv because the next boot path could recurse through:
  playerUnitMembers() -> playerUnitActors() -> isPlayerUnitActor() -> C2-65F guard -> playerUnitMembers()
- Player Unit protection now uses non-recursive checks only.

Preserved:

- Runtime Inert regression only when at Post and out of View Panel.
- No actor movement, route reset, Post snap, or display-position reset.
- Player Unit actors remain protected from Inert regression.
- C2-65E mob recruitment of Inert matching actors remains intact.
- C2-65D animation timing remains intact.

Validation passed:

node --check DungeonInertPostViewGuard.js
unzip -t

No obsoletion script was needed.

C2-65H:

J:
Non-Leader Actors snap back to last Auto-Walk start position then interpolate to their current location upon reaching destination.

Ariel:
I’ll patch this as C2-65H. The symptom points to a stale interpolation anchor: non-leader actors are reaching their destination logically, then their draw start point is still the old Auto-Walk start, so the renderer briefly rewinds before catching up.

I found the source: the old “render-only snap smoothing” cache is bypassed while an actor is actively moving, then wakes back up at the destination with its last cached tile still set to the Auto-Walk start. I’m adding a post-motion anchor sync instead of changing the movement planner.

Thought for 3m 10s

Done — I created C2-65H.

Download the C2-65H Actor Motion Anchor Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonActorMotionAnchor.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65H.txt

Fixed:

- Non-leader actors no longer rewind to their last Auto-Walk start tile after reaching destination.
- C2-64I render-only snap smoothing now stays anchored during real actor motion.
- Active actor motion clears stale render-only snap segments.
- Completed actor motion writes the settled tile back into the render cache.

Preserved:

- C2-65G actor.csv loader recursion guard.
- C2-65F Inert Post/View guard.
- C2-65E mob recruitment of matching Inert actors.
- C2-65D stable animation clock.

Validation passed:

node --check DungeonActorMotionAnchor.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65I:

J:
The Last-Most party member fails to keep up with the unit.

Ariel:
I’ll patch this as C2-65I on top of C2-65H. The symptom sounds like the party-follow chain is updating leaders first, but the final follower’s motion anchor/history is not being advanced in the same committed step.

I’m checking the actual player-unit follow planner now. The most suspicious part is the compact trail target list: it can discard reserved trail cells too aggressively, so the tail can be left with no legal “next cell” even though the unit ahead just vacated one.

Thought for 4m 44s

Done — I created C2-65I.

Download the C2-65I Player Unit Tail Follow Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonPlayerUnitTailFollow.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65I.txt

Fixed:

- The completed Player Unit movement cycle no longer fires as soon as only the leader finishes moving.
- If any Player Unit follower is still in active playerUnitMove motion, the movement-cycle refresh is deferred.
- Actor follow continuation / Auto-Walk triggers from the player step are held until the last-most follower settles.
- Once all Player Unit followers are settled, the normal completed-cycle refresh and post-player-step Actor trigger are released once.

Preserved:

- C2-65H actor motion-anchor sync.
- C2-65G actor.csv load guard.
- C2-65F Inert Post/View guard.
- C2-65E mob recruitment of matching Inert actors.
- C2-65D stable animation clock.

Validation passed:

node --check DungeonPlayerUnitTailFollow.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65J:

J:
"C:\Users\trkea\Downloads\GE JSON Core Dump alpha Dungeon-2D 2026-0706-1717-2502.zip"
GE JSON Core Dump alpha Dungeon-2D 2026-0706-1717-2502.zip
Zip Archive
Mobs fail to engage Battle Mode.

Ariel:
Thought for 4m 41s

Done — I created C2-65J.

Download the C2-65J Mob Battle Engagement Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonMobBattleEngagement.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65J.txt

Fixed:

- Mobs can now engage Battle Mode after the Player Unit tail has actually settled.
- The mob-side-pin Battle gate no longer gets stuck just because stale route/input state still reports Player Unit move pending.
- The new release pass checks actual Player Unit member tile movement instead of pending route/input state.
- Battle still waits for Player Unit tail motion and adjacent pinned mob actors to settle.

Preserved:

- Cursor-hover Battle initiation remains disabled.
- C2-65I tail-follow deferral remains intact.
- C2-65H actor motion-anchor sync remains intact.
- C2-65G actor.csv load guard remains intact.
- C2-65F Inert Post/View guard remains intact.
- C2-65E mob recruitment of matching Inert actors remains intact.
- C2-65D stable animation clock remains intact.

Validation passed:

node --check DungeonMobBattleEngagement.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65K:

J:
"C:\Users\trkea\OneDrive\nenserver 0-050j2\Pictures\Screenshots\Screenshot 2026-07-06 172858.png"
"C:\Users\trkea\Downloads\GE JSON Core Dump alpha Dungeon-2D 2026-0706-1729-0055.zip"
GE JSON Core Dump alpha Dungeon-2D 2026-0706-1729-0055.zip
Zip Archive
Tail-most Unit member fails to keep up again.
Also, Mobs fail to engage.

Erroneously, Mobs only engage when the Unit Auto-Walk completes.

Ariel:
Thought for 9m 14s

Done — I created C2-65K.

Download the C2-65K Tail Catch-Up + Immediate Mob Engage Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonPlayerUnitTailCatchUp.js
public/alpha/Dungeon/2D/js/DungeonMobBattleImmediate.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65K.txt

Fixed:

- Tail-most Player Unit members now get a second-pass catch-up plan if the compact trail planner skips them.
- The fallback uses vacated trail cells, not occupied/reserved destinations, so it should not reintroduce swapping.
- Mob side-pin Battle engagement no longer waits for Player Unit Auto-Walk/tail interpolation to complete.
- If Battle is ready while only Player Unit motion is still active, Player Unit motion is settled to its planned logical target before Battle opens.
- Enemy/mob actors themselves must still be settled before this immediate Battle start path fires.

Validation passed:

node --check DungeonPlayerUnitTailCatchUp.js
node --check DungeonMobBattleImmediate.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65L:

J:
"C:\Users\trkea\OneDrive\nenserver 0-050j2\Pictures\Screenshots\Screenshot 2026-07-06 174313.png"
See how Poindexter fails to step in line in the Unit?

Ariel:
Yes — Poindexter is visibly stranded behind the intended formation. I’ll treat this as a formation-chain bug, not just tail interpolation: the follower planner must advance each party member into the previous member’s vacated cell so the full unit line remains contiguous before mob engagement checks run.

J:
"C:\Users\trkea\OneDrive\nenserver 0-050j2\Pictures\Screenshots\Screenshot 2026-07-06 174341.png"
Notice the Battle fails to engage. The Guard on the right keeps stepping back and forth between two tiles.

J:
"C:\Users\trkea\OneDrive\nenserver 0-050j2\Pictures\Screenshots\Screenshot 2026-07-06 174513.png"
This is after Unit Auto-Walk ceases:

Ariel:
Analyzing image

J:
Notice the Mob cluster in Battle Mode don't line up properly.

Ariel:
Thought for 12m 17s

Done — I created C2-65L.

Download the C2-65L Formation Chain + Mob Engage Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonFormationMobEngage.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65L.txt

Fixed:

- Tail-most Player Unit members now use a strict formation-chain pass.
- Poindexter-style tail lag should be corrected by moving each follower into the previous Unit member’s vacated start tile.
- Mob side-pin Battle engagement now evaluates current and planned/final Unit and Mob tiles.
- Oscillating Guards/Mobs can now be settled to their planned logical target and engage Battle Mode instead of stepping back and forth forever.
- Battle Mode enemy cluster lineup is normalized after entry by side and source map position.

Validation passed:

node --check DungeonFormationMobEngage.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65M:

J:
Battle now engages before the Mob has even pinned the Unit.
Also, Unit members now erroneously pass thru each other
Unit members are supposed to Yield to the leader-most Unit members.

Ariel:
Memory updated

J:
I meant, members are supposed to Yield to any member that is leader-closer.

By leader-closer I meant by Leader Rank.

Ariel:
Memory updated

Understood — by “leader-closer,” I’ll treat the Unit as an ordered rank chain from leader outward. A lower-rank member may follow into a leader-closer member’s vacated tile, but may not pass through, swap with, or reserve a tile currently occupied/reserved by any leader-closer member. I’ll patch C2-65L’s over-aggressive formation chain and tighten mob engagement so Battle requires an actual pin, not just a predicted near-pin.

J:
Don't forget, Yield also means that the given actor gives way to Superior Unit ranks.

Ariel:
Memory updated

Right — I’ll encode Yield as a rank-priority rule, not only as collision avoidance: each Unit actor must give way to any Superior Unit rank, and only advance into that superior member’s cell after it is truly vacated/reserved as the intended trail cell.

Done — I created C2-65M.

Download the C2-65M Rank Yield Pin Guard Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonFormationMobEngage.js
public/alpha/Dungeon/2D/js/DungeonMobBattleImmediate.js
README-C2-65M.txt

Fixed:

- Player Unit formation follow is now Leader Rank safe.
- Lower-ranked Unit members Yield to any Superior Unit rank.
- Lower-ranked members may not pass through, swap with, displace, or reserve over leader-closer members.
- A lower-ranked member may only step into its immediate superior rank’s trail cell after that superior has actually vacated it.
- Unsafe older fallback/catch-up Unit moves are no longer appended after the rank-yield formation pass.
- Mob Battle immediate engagement now uses actual/current Mob and Unit cells only.
- Planned/interpolating Unit destinations and Mob route targets no longer count as a side pin.
- Battle no longer force-settles Player Unit interpolation just to satisfy a predicted pin.

Validation passed:

node --check DungeonFormationMobEngage.js
node --check DungeonMobBattleImmediate.js
unzip -t

No obsoletion script was needed.

C2-65N:

J:
Player Units erroneously continue to fail to Yield.
Cavemen properly Yield tho last I checked.

Ariel:
I’ll use the Cavemen behavior as the reference pattern. That suggests the core Yield mechanic exists somewhere correctly, and the newer Player Unit formation/catch-up modules are bypassing it instead of reusing the same leader-rank priority rules.

Thought for 7m 29s

Done — I created C2-65N.

Download the C2-65N Player Unit Rank Yield Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonPlayerUnitRankYield.js
public/alpha/Dungeon/2D/php/index.php
README-C2-65N.txt

Fixed:

- Player Unit members now Yield by Leader Rank.
- Lower-ranked members give way when their cell is reserved by a superior rank.
- Direct superior/inferior swaps are blocked.
- Lower-ranked members cannot pass through, displace, or reserve over superior ranks.
- Follow into the immediate superior’s actually-vacated cell is still allowed.
- Multi-tile catch-up is replaced with one-tile rank-safe catch-up.
- Cavemen/external Yield actors still use the existing Player Unit Yield path.

Validation passed:

node --check DungeonPlayerUnitRankYield.js
php -l index.php
unzip -t

No obsoletion script was needed.

C2-65O:

J:
Sprite/Map CSV's still load too slowly. (Correct and optimize the following pseudocode)

New Sprite/Map CSV Loading algorithm:

0. In: {{Byte-Array: buffer}}
1. Find {{initial.length}} from {{position: 0}} until {{first: "\r\n"}}
2. Find {{comma.offset}} of {{first: ","}} from {{position: 0}}
3. Find {{comma.count}} of {{all: ","}} from {{offset: 0}} to {{initial.length}}
4. Find {{Number: width}} as {{position: 0}} of {{length: comma.offset}} 
5. Find {{Number: height}} as {{position: comma.offset + 1}} of {{length: comma.offset}}
6. Find {{name.offset}} as {{comma.offset << 1 | 1}}
7. Find {{name.length}} as {{initial.length}} - {{name.offset}}
8. Find {{name.length}} as {{name.length > 0 ? name.length : 0}}
9. Find {{Text: name}} as {{position: name.offset}} of {{length: name.length}}

10. For {{Cells}}

p = {{initial.length + 2}};

x1 = 0;
x2 = width * 3 + 1;
xs = 3;

y1 = 0;
y2 = height * x2;
ys = x2;

For ( y = y1; y < y2; y += ys) {
	For ( x = x1; x < x2; x += xs) {
		p = x+y;
		cell[yo][xo]=buffer[p,2];
	}
}


Thought for 5m 44s

Done — I created C2-65O.

Download the C2-65O Fast Sprite Map CSV Delta

Included files:

public/alpha/Dungeon/2D/js/DungeonSpriteMapCsvFastLoad.js
public/alpha/Dungeon/2D/php/index.php
public/alpha/Dungeon/Editor/api.php
README-C2-65O.txt

Fixed/optimized:

- Sprite/Map CSVs now load through a byte-array fast path.
- Fixed-width rows use direct stride offsets.
- Mixed-width rows, such as a map row containing a single-character 0 cell, still use a fast byte-delimited parser instead of falling back to the slow general CSV parser.
- Corrected header parsing:
  - width = bytes before first comma
  - height = bytes between first and second comma / CRLF
  - map name = bytes after second comma
- Corrected cell addressing:
  - p = bodyStart + y + x
  - x iterates exactly width cells
- Editor API map/tile CSV loading now uses the same optimized strategy.

Validation passed:

node --check DungeonSpriteMapCsvFastLoad.js
php -l public/alpha/Dungeon/2D/php/index.php
php -l public/alpha/Dungeon/Editor/api.php
unzip -t

No obsoletion script was needed.