OpusHandoff.md 134 KB
╭─── Claude Code v2.1.241 ─────────────────────────────────────────────────────╮ │ │ Tips for getting │ │ Welcome back Millie! │ started │ │ │ Run /init to create a … │ │ ▐▛███▛█ │ ─────────────────────── │ │ ▝▜██████▀ │ What's new │ │ ▝▝ ▝▝ │ Bug fixes and reliabil… │ │ Opus 5 · Claude Pro · ameliahesketh@pm.me's │ Bug fixes and reliabil… │ │ Organization │ Cost estimates (`/cost… │ │ ~/Documents/Sunrise-builds/mission-ember │ /release-notes for more │ ╰──────────────────────────────────────────────────────────────────────────────╯
❯ Hi Claude. Please read every markdown file in
~/Documents/Sunrise-docs/MissionEmberPlanDocs, then repeat the plan back to
me, what you're going to change, etc, and I'll give you to go ahead if I'm
happy with it.
● I'll read all the markdown files in that directory.
Listed 1 directory (ctrl+o to expand)
● Note: Mission_Ember_So_Far.md is 23 MB — I'll read the others in full and sample that one strategically.
Read 2 files, ran 10 shell commands (ctrl+o to expand)
● Now the transcript. It's a 290k-line Codex conversation log — I'll extract the user turns and the tail, which carry the directives.
Read 1 file, ran 1 shell command (ctrl+o to expand)
● Now let me verify the repo state matches what the plan describes.
Listed 1 directory, ran 2 shell commands (ctrl+o to expand)
● I've read all seven files. Here's the plan back to you.
What I read
Six docs in full: MISSION_EMBER_PLAN.md, MISSION_EMBER_REFERENCE.md, MISSION_EMBER_REACTOR.md, MISSION_EMBER_SQUADS.md, MISSION_EMBER_STATUS.md, and MISSION_EMBER_FINAL_ISSUES_PLAN.md.
Mission_Ember_So_Far.md is 23 MB / 290k lines — the full Codex transcript. I can't hold that in context, so I read its structure and extracted all 136 of your turns verbatim, which is where the directives and bug reports live. I have not read every agent activity log inside it. If there's something specific buried in the agent output you want me to pull, point me at it.
I also verified the repo state matches the handoff doc: HEAD is 50e68b7, tree
clean apart from the untracked MISSION_EMBER_FINAL_ISSUES_PLAN.md
(byte-identical to the docs copy), all 16 scripts/mission_ember/.lua present,
the game is not running, and the cached evidence survived —
/tmp/ember-reference/1au.mp4, build/full-mission-audit/, build/reactor-audit/,
build/reactor-playtest/, and the /tmp/install-ember-.py installers.
Where the project stands
1AU (mission_ember) is scripted end to end — opening cinematic, landing, catwalk/pipe/Mercury, Harvester dropships with working doors and exit, bridge, Processing/refinery, Sunside/cinder, Foundry, Light's End, reactor targets, fusion cell, escape. That all works in game and is the regression baseline I must not break. What's left is a finale that doesn't finish and a set of visual/native behaviours the last patch failed to fix. Critically: the previous agent's unit tests all pass and the last install is verified — and none of that is gameplay confirmation. I'll treat passing tests as necessary, not sufficient.
The eight acceptance criteria
- Electron Controllers warp out of the Interceptor room and end up unreachable behind the door; both must stay reachable and both deaths must open the gate.
- Escape applies shock; it must be fire/scorch.
- The climb pipes toward the fusion-cell deposit must apply that same scorch — before deposit, while carrying.
- Beam must shut off after the final cell is deposited.
- Beam must surge with the screen effect before clamshell exposure, not sit visually constant.
- Escape explosions must fire progressively as you run it, not all at deposit.
- Escape freezes before the ending movies; both must play and complete, skippable.
- Objectives flash/re-update constantly without progressing.
What I'd change, in order
1 — Ending freeze (ending.lua, routes.lua, apex.lua, mission_script_runtime_dispatch.cpp, roster publication). The current region-49 staging detour was built on a same-bubble-teardown hypothesis and still freezes. I'm removing it, not extending it — no more staging states, no sleeps. The Omega excerpt says authority receipt and native application are separate stages, and application was blocked because allocated global records were never seeded. I'll capture requested/current/held region, seed-lease revision, publication state, received cinematic authority and applied controller state at the failure point; enumerate the allocated global records and find which are unseeded; then fix the actual producer in roster construction. I will not fabricate zero bodies or globally bypass the readiness gate, and I won't copy Omega's record ID or counts. Targets stay STATE_80B3C09E_0000_0001_80B3C091/region 1 and ..._0002_80B3C093/region 2.
2 — Objectives (route_support.lua, landing.lua, mission_script_lua_slot_api.cpp, auth codec). Two separate bugs. The republish signature is hash .. ':' .. shown, so every navpoint or combat change republishes the whole directive — that's the flash. And the type-70 engagement audience binding added last patch didn't produce correct progression, so that inference is incomplete. I'll log actual outgoing directive hash/element/state/lane/audience against native applied HUD entry and membership changes, separate objective transitions from navpoint visibility, and fix the banner lifecycle. No debounce papering over wrong text.
3 — Electron Controllers (route_roster.lua, encounter.lua, combat_ai.lua, apex.lua). The fixed_tasks={9,10} pin was inferred from task ordering and failed in game. I'm dropping that assumption rather than adding another guess, capturing live actor position, selected objective/task and candidate areas before and after they escape the room, and determining whether the warp is objective-driven or a separate actor behaviour. Then constrain it to reachable positions. Both deaths — not vehicle boarding, not supports — open SECURITY_DOOR_DEVICE. I won't freeze all AI to achieve this.
4 — Beam (apex.lua:beam()). Position and power on the laser/ring devices both failed, so I won't try a third polarity. I'll trace the placed-object effect graph and the separate player screen effect from the cached components, verify the authority actually lands on the intended placed instance, and match surge → pulse → shutter against 23:38–23:45. On final deposit, stop the cycle and shut the beam down — current code wrongly opens both devices — while preserving escape geometry, and keep it off across a checkpoint restart.
5 — Hazards and explosions (hazards(), effect filters). Find what actually causes shock and identify the real fire/scorch resource by behaviour, not by a suggestive slot name. Move the pipe scorch from phase 6 to phase 5 so it's live during the carry, restricted to the five narrow hot-pipe volumes (slots 3/4/5/6/8 — not slot 7, that's a kill volume), removed on leaving contact. The rail-top filter using the whole slot-414 volume is suspect and I'll check it before extending it. Then arm the four authored explosion triggers (type31 slots 105–108 / type60 volumes 242–245) to fire as you reach each section, one-shot, instead of dumping both scenes at deposit.
Constraints I'll hold to
Never launch or stop the game — read-only captures only, and I'll confirm it's closed before installing. Backup + SHA-verify every install, preserve save/settings/SDK. Progress updates at least every minute, no silent stalls. Completed areas stay completed on backtracking. Tube deaths stay untouched — you withdrew that as noclip. Commit without a co-author tag, no push unless you ask. Sandbox has no string.find/match/gmatch/gsub or dump. Budget headroom is tight: 233/512 variables, 61/64 intents per callback — I won't crowd more into existing callbacks.
One recommendation
Items 1 and 3 are diagnosis-first — I may not be able to fix them without a capture from a live run, which is a two-playtest cycle. Items 2, 4 and 5 I can implement directly. So I'd suggest one install containing the 2/4/5 fixes plus the diagnostics for 1 and 3, you do a single run, and I get both those fixes validated and the freeze/warp evidence in one pass. That beats burning a playtest on diagnostics alone. If you'd rather I chase the freeze in isolation first, say so.
Two things I want to flag honestly: I can't confirm any of this visually myself, so every "fixed" I report will be qualified until you've played it; and item 1 is the one where I genuinely don't know yet whether the fix is small or deep, because the root cause isn't established.
Happy to adjust any of the above — give me the go-ahead when you're ready.
✻ Brewed for 2m 14s
❯ I think you can probably resolve 1 and 3 without live captures, all the
information you need should already exist in the sdk and/or pkg files. Make a
backup of everything you touch first incase you break everything, then go
ahead and execute your plan. Only alert me when all the fixes are done.
● Executing. Starting with a full backup, then working through the five items.
Searched for 1 pattern, ran 1 shell command (ctrl+o to expand)
● Backup at build/final-issues-backup-20260906-115511. Now reading the current implementation.
Read 1 file, ran 5 shell commands (ctrl+o to expand)
● Key finding already: regions 0, 1, 2 share slice_set_index 0, but the staging state (region 49) is slice set 48. Let me check the native seeding path.
Searched for 2 patterns, listed 1 directory, ran 2 shell commands (ctrl+o to expand)
● Strong lead on the freeze. Let me check the roster capacities against actual per-region group counts. Searched for 1 pattern, listed 1 directory, ran 9 shell commands (ctrl+o to expand)
● refuse_seed logs at debug level, so refusals are invisible in these info-level logs. Let me quantify the group counts per region.
Ran 3 shell commands (ctrl+o to expand)
● Capacity hypothesis is wrong (37 groups vs 256). Checking the dedup path instead — shared object tags across regions 0/1/2.
Searched for 1 pattern, ran 4 shell commands (ctrl+o to expand)
● Root cause found. Let me confirm the slice-set vs region-index conflation.
Ran 2 shell commands (ctrl+o to expand)
● Confirmed the deadlock. Let me verify the supporting APIs before changing anything.
Searched for 1 pattern, ran 1 shell command (ctrl+o to expand)
● Item 1 is fully diagnosed. Now investigating items 3–5 from the SDK.
Read 1 file, ran 4 shell commands (ctrl+o to expand)
● Trigger volumes carry AABB geometry. This resolves item 5 directly.
Ran 6 shell commands (ctrl+o to expand)
● All configs are already extracted. Let me decode the effect resources.
Ran 6 shell commands (ctrl+o to expand) ● Identified the scorch resource. Let me check how effect/filter pairing is validated natively.
Searched for 4 patterns, ran 8 shell commands (ctrl+o to expand)
● Let me try extracting the one missing effect resource to confirm the shock/fire identification.
Listed 2 directories (ctrl+o to expand)
● The extractor is available. Pulling the one missing effect resource plus the AI task-area data I need for item 3.
Ran 6 shell commands (ctrl+o to expand)
● Now item 3 — parsing the access objective's task groups.
Ran 9 shell commands (ctrl+o to expand)
● Let me confirm the room geometry from the authored trigger volumes.
Ran 1 shell command (ctrl+o to expand)
● Item 3 confirmed by geometry. Now the beam surge — looking for authored sequences and screen effects.
Ran 3 shell commands (ctrl+o to expand)
● Now item 2 — the HUD directives. Let me inspect the authored directive data and the native encoder.
Searched for 2 patterns, ran 2 shell commands (ctrl+o to expand)
● I have all five diagnosed. Reading the last two modules before editing.
Read 1 file (ctrl+o to expand) ● All five items diagnosed from the SDK and packages. Now implementing. Starting with the native ending-freeze fixes.
Ran 1 shell command (ctrl+o to expand)
● Update(Sunrise/src/server/bap/bap_route.cpp) ⎿ Added 10 lines, removed 2 lines
1128 }
1129 lease.registeredRegions[lease.registeredRegio
nCount++] = plan.effectiveRegion;
1130 }
1131 - // A region change replaces the instantiated worl
-d. Publications keep answering the
1131 + // A SLICE-SET change replaces the instantiated w
+orld. Publications keep answering the
1132 // previous plan until the client's post-arrival
solicited answer advances the region
1133 // epoch, because registering the new region's gr
oups mid-teardown races the teardown.
1134 - if (lease.configured && lease.plan.effectiveRegio
-n != plan.effectiveRegion) {
1134 + //
1135 + // An authored region is `sliceSetIndex + stateOr
+dinal`, so sibling states share one
1136 + // slice set: Ember's apex gameplay (0) and both
+ending bookends (1, 2) are all slice
1137 + // set 0. Moving between them instantiates nothin
+g new, and the client's current region
1138 + // leg only advances on an actual slice-set switc
+h. Waiting for an arrival there is a
1139 + // deadlock: the roster withholds the new region'
+s groups forever and the client never
1140 + // finishes synchronizing. Only a real slice-set
+change opens the arrival window.
1141 + if (lease.configured && lease.plan.effectiveRegio
+n != plan.effectiveRegion
1142 + && lease.plan.sliceSetIndex != plan.sliceSetI
+ndex) {
1143 lease.previousPlan = lease.plan;
1144 lease.regionArrivalPending = true;
1145 }
● Now the teleport arming fix:
● Update(Sunrise/src/server/activity/mission/mission_script_runtime_dispatch.cpp
)
⎿ Added 13 lines
212 instance.view.binding.sessionId, membership::kAbse
ntSliceSetIndex, 0));
213 return;
214 }
215 + // A region is `sliceSetIndex + stateOrdinal`, so a siblin
+g state sits in the slice set the
216 + // client already holds and there is nothing to transition
+ to. Arming anyway hands the client
217 + // a slice-set index that is not a slice set (region 1 wit
+h slice set 0's name hash), and it
218 + // starts a teleportation it can never finish. Clear the a
+rm and let the roster publish the
219 + // new state's groups into the world that is already stand
+ing.
220 + const std::int32_t heldSliceSet =
221 + membership::reported_slice_set(instance.view.binding.s
+essionId);
222 + if (heldSliceSet >= 0 && heldSliceSet == static_cast<std::
+int32_t>(plan.sliceSetIndex)) {
223 + static_cast<void>(membership::arm_host_teleport(
224 + instance.view.binding.sessionId, membership::kAbse
+ntSliceSetIndex, 0));
225 + log_line(core::log::Level::info, &instance, "state_reg
+ion", "teleport_not_required");
226 + return;
227 + }
228 const std::string_view name(reinterpret_cast<const char*>(
destination.packageName.data()),
229 destination.packageNameLength)
;
230 ::sunrise::state::build_data::scenarios::Definition layout
{};
⎿ Found 1 new diagnostic issue in 1 file (ctrl+o to expand)
● Update(Sunrise/src/server/bap/encrypted/push/activity/activity_mission_seed_ro
ster.cpp)
⎿ Added 3 lines, removed 1 line
28 static_cast<int>(reason.s
ize()),
29 reason.data());
30 if (written > 0) {
31 + // A refusal strands the selected state: its records ar
+e never seeded and the client waits
32 + // for content that never arrives. That is not a debug
+detail, so it is reported at warn.
33 core::log::write(core::log::Channel::server,
32 - core::log::Level::debug,
34 + core::log::Level::warn,
35 {line.data(), static_cast<std::size_t>
(written)});
36 }
37 return MissionSeedRosterResult::refused;
⎿ Found 4 new diagnostic issues in 1 file (ctrl+o to expand)
Ran 1 shell command (ctrl+o to expand) ⎿ Found 3 new diagnostic issues in 1 file (ctrl+o to expand)
● Now the Lua side. Let me check how the root controller derives region state.
Searched for 2 patterns, read 1 file, ran 2 shell commands (ctrl+o to expand)
● Now rewriting ending.lua to drop the staging detour:
● Write(scripts/mission_ember/ending.lua) ⎿ Added 23 lines, removed 23 lines
1 --- Authored post-escape cinematic regions; exact native complet
-ion/skip incidents advance once.
1 +-- Authored post-escape cinematic states; exact native completi
+on/skip incidents advance once.
2 +--
3 +-- An authored region is `sliceSetIndex + stateOrdinal`, so ape
+x gameplay (region 0) and both
4 +-- ending bookends (regions 1 and 2) are sibling states of one
+slice set. Selecting a bookend
5 +-- instantiates no new world: the client keeps the slice set it
+ already holds and never reports
6 +-- a new held region, so this must not wait for one. The earlie
+r region-49 staging detour forced
7 +-- a cross-slice-set round trip to manufacture that report and
+stalled instead.
8 +--
9 +-- The selection intent completes only once its own roster revi
+sion publishes, and intents are
10 +-- dispatched in order, so the activation queued on a later cal
+lback always follows the seed.
11 return function(m)
12 local movies = {
13 {state = m.states.STATE_80B3C09E_0000_0001_80B3C091, sl
ot = m.Slot.PF_CINEMATIC_BOOKEND_STM_CINEMATIC},
14 {state = m.states.STATE_80B3C09E_0000_0002_80B3C093, sl
ot = m.Slot.PF_CINEMATIC_BOOKEND_CNN_CINEMATIC},
15 }
16 local E = {}
8 - local staging = assert(m.states.STATE_80B3C09E_0006_0001_80
-B3C09A)
9 - local function transit(c)
10 - c:set_variable("ember.ending.transit", true)
11 - c:select_state(staging)
12 - end
17 local music = require("mission_ember.music")(m)
18 + local function select_movie(c, index)
19 + c:set_variable("ember.ending", index)
20 + c:set_variable("ember.ending.selected", index)
21 + c:select_state(assert(movies[index].state))
22 + end
23 function E.start(c, s)
24 if s:variable("ember.ending") then return end
16 - c:set_variable("ember.ending", 1)
25 music.update(c, s)
18 - transit(c)
26 + select_movie(c, 1)
27 end
28 function E.client(c, s, e)
29 local index = s:variable("ember.ending")
30 local row = index and movies[index]
23 - if not row or s:variable("ember.ending.playing") == ind
-ex then return end
24 - local held = e.held_region_index or e.current_region_in
-dex
25 - if s:variable("ember.ending.transit") then
26 - if held == staging.region_index then
27 - c:clear_variable("ember.ending.transit")
28 - c:select_state(row.state)
29 - end
30 - return
31 - end
32 - if held == row.state.region_index then
33 - c:set_variable("ember.ending.playing", index)
34 - c:slot(assert(row.slot)):set_cinematic_active{activ
-e = true}
35 - end
31 + -- Activate on a callback after the selection, never in
+ the one that requested it.
32 + if not row or s:variable("ember.ending.selected") ~= in
+dex
33 + or s:variable("ember.ending.playing") == index then
+ return end
34 + c:set_variable("ember.ending.playing", index)
35 + c:slot(assert(row.slot)):set_cinematic_active{active =
+true}
36 end
37 function E.terminated(c, s, e)
38 local index = s:variable("ember.ending")
...
40 if not row or s:variable("ember.ending.playing") ~= ind
ex then return end
41 local slot = c:slot(row.slot)
42 if e.registry_key ~= slot.registry_key or e.slot_type ~
= slot.slot_type or e.slot_index ~= slot.slot_index then return
end
43 - c:set_variable("ember.ending", index + 1)
43 slot:set_cinematic_active{active = false}
45 - if movies[index + 1] then transit(c)
44 + if movies[index + 1] then select_movie(c, index + 1)
45 else
46 + c:set_variable("ember.ending", index + 1)
47 c:set_variable("ember.complete", true)
48 -- Native lifetime 6 enters the completion/reward b
ranch (BEA9D0/B37100).
49 c.lifetime:set{state = c.sdk.lifetime_states:at(6)}
● Now item 2 — the flashing HUD directives:
● Update(scripts/mission_ember/route_support.lua) ⎿ Added 8 lines, removed 1 line
99 c:set_variable("ember.checkpoint.hash", hash)
100 c:set_variable("ember.checkpoint.name", name)
101 end
102 + -- Each authored directive carries both HUD lines: `title`
+ is the main objective and
103 + -- `description` the sub-objective, so the banner advances
+ by selecting a new element.
104 + -- Native type-68 state 0 ENTERS the directive, and the Lu
+a surface always publishes it,
105 + -- so every republication replays the banner's entry anima
+tion. Republishing whenever the
106 + -- navpoint changed therefore made the objective flash on
+each combat transition while its
107 + -- text stayed put. The directive is now keyed on its elem
+ent alone and carries one stable
108 + -- navpoint, so the body changes only at a real milestone
+and enters exactly once there.
109 function api.directive(c, s, hash, marker, combat)
110 local rank = ({[56] = 1, [40] = 2, [0] = 3})[s:variabl
e("ember.region")] or 0
111 if rank < (s:variable("ember.r.furthest") or 0) then r
eturn end
112 music.update(c, s)
106 - local shown = combat and "" or (marker or "")
113 + local shown = marker or ""
114 local signature = hash .. ":" .. shown
115 if s:variable("ember.r.guidance") == signature then re
turn end
116 local binding = assert(directives[hash], "missing auth
ored directive " .. hash)
Searched for 2 patterns, ran 1 shell command (ctrl+o to expand)
● All 17 call sites updated. Now item 3 — the Electron Controllers' objective:
● Update(scripts/mission_ember/route_roster.lua) ⎿ Added 10 lines, removed 2 lines
29 {name = "foundry_final", region = 40, objective = "EMBER_CI
NDER_FOUNDRY_OBJECTIVE", task_groups = 16, squads = {"FOUNDRY_A
NCHOR_A_SQUAD", "FOUNDRY_SUPPORT_G_SQUAD", "FOUNDRY_SUPPORT_H_S
QUAD", "FOUNDRY_SUPPORT_I_SQUAD"}},
30 {name = "access1", region = 0, objective = "EMBER_APEX_ACCE
SS_OBJECTIVE", task_groups = 14, squads = {"ACCESS_JUMP_ONE_SUP
PORT_A_SQUAD", "ACCESS_JUMP_ONE_SUPPORT_B_SQUAD", "ACCESS_JUMP_
ONE_SUPPORT_C_SQUAD"}},
31 {name = "access2", region = 0, objective = "EMBER_APEX_ACCE
SS_OBJECTIVE", task_groups = 14, squads = {"ACCESS_JUMP_TWO_SUP
PORT_A_SQUAD", "ACCESS_JUMP_TWO_SUPPORT_B_SQUAD", "ACCESS_JUMP_
TWO_SUPPORT_C_SQUAD"}},
32 - {name = "electron_controllers", region = 0, objective = "EM
-BER_APEX_ACCESS_OBJECTIVE", task_groups = 14, fixed_tasks = {9,
- 10}, squads = {"DISPENSER_SUPPORT_A_SQUAD", "DISPENSER_SUPPORT
-_B_SQUAD"}},
33 - {name = "dispenser", region = 0, objective = "EMBER_APEX_AC
-CESS_OBJECTIVE", task_groups = 14, squads = {"DISPENSER_SUPPORT
-_C_SQUAD"}},
32 + -- The dispenser squads hold the security room, not the acc
+ess approach. Their authored
33 + -- anchors (-363,2643,181.5) and (-360,2645,181.5) are both
+ inside
34 + -- `security_center_player_trigger` (-387..-344.5, 2639.5..
+2662, 177..197), while every
35 + -- access volume lies east of x=-331 (jump one -331..-312,
+jump two -256.5..-224, inner
36 + -- door -224..-174). Under the access objective the native
+task selector pulled the two
37 + -- Electron Controllers out to those eastern areas -- throu
+gh the security door and out of
38 + -- reach. No access task group could hold them, so pinning
+a pair of them never could work.
39 + -- The security objective owns this room, so they keep thei
+r own cost-selected tasks here.
40 + {name = "electron_controllers", region = 0, objective = "EM
+BER_APEX_SECURITY_OBJECTIVE", task_groups = 7, squads = {"DISPE
+NSER_SUPPORT_A_SQUAD", "DISPENSER_SUPPORT_B_SQUAD"}},
41 + {name = "dispenser", region = 0, objective = "EMBER_APEX_SE
+CURITY_OBJECTIVE", task_groups = 7, squads = {"DISPENSER_SUPPOR
+T_C_SQUAD"}},
42 {name = "security", region = 0, objective = "EMBER_APEX_SEC
URITY_OBJECTIVE", task_groups = 7, squads = {"SECURITY_LEDGE_SU
PPORT_A_SQUAD", "SECURITY_LEDGE_SUPPORT_B_SQUAD"}},
43 {name = "reactor_east_entry", region = 0, objective = "EMBE
R_APEX_REACTOR_CLAMSHELL_EAST_OBJECTIVE", task_groups = 19, squ
ads = {"REACTOR_CLAMSHELL_EAST_DEFENSE_A_SQUAD", "REACTOR_CLAMS
HELL_EAST_SUPPORT_A_SQUAD", "REACTOR_CLAMSHELL_EAST_SUPPORT_B_S
QUAD"}},
44 {name = "reactor_east_reinforce", region = 0, objective = "
EMBER_APEX_REACTOR_CLAMSHELL_EAST_OBJECTIVE", task_groups = 19,
squads = {"REACTOR_CLAMSHELL_EAST_DEFENSE_B_SQUAD", "REACTOR_C
LAMSHELL_EAST_MELEE_A_SQUAD", "REACTOR_CLAMSHELL_EAST_MELEE_B_S
QUAD", "REACTOR_CLAMSHELL_EAST_SUPPORT_C_SQUAD", "REACTOR_CLAMS
HELL_EAST_SUPPORT_D_SQUAD"}},
● Let me check fire_trigger and scene:activate semantics before wiring the explosions.
Searched for 4 patterns, ran 1 shell command (ctrl+o to expand)
● fire_trigger arms the authored trigger (the escape dialogue cues rely on that today). Now editing apex.lua for items 4 and 5: ● Update(scripts/mission_ember/apex.lua) ⎿ Added 32 lines, removed 11 lines
41 end
42 a.device(c, "REACTOR_SHIELD_DEVICE", open, snap)
43 end
44 + -- The three placed ring objects carry the beam's own autho
+red effect graphs; the two
45 + -- devices are its mechanical lanes. Holding all three obje
+cts active for the whole fight
46 + -- is what made the beam look constant, so the surge is tho
+se authored objects coming up
47 + -- with their devices at the warning and going dark again a
+t recovery.
48 + local ring_objects = {"SPECOPS_APEX_RING_LASER_OBJECT", "SP
+ECOPS_APEX_RING_CORE_OBJECT",
49 + "SPECOPS_APEX_RING_RING_OBJECT"}
50 local function beam(c, active, snap)
45 - -- Both devices address the placed ring/laser objects a
-nd their native VFX graphs.
51 + a.objects(c, ring_objects, active)
52 a.device(c, "SPECOPS_APEX_RING_LASER_DEVICE", active, s
nap)
53 a.device(c, "SPECOPS_APEX_RING_RING_DEVICE", active, sn
ap)
54 -- FX power is independent of mechanical position; puls
e both authored graphs.
55 lane(c, "SPECOPS_APEX_RING_LASER_DEVICE", active and "p
ower_on" or "power_off", snap)
56 lane(c, "SPECOPS_APEX_RING_RING_DEVICE", active and "po
wer_on" or "power_off", snap)
57 end
52 - local function hazards(c, s, enabled)
53 - a.effect(c, s, "REACTOR_MOTHER_BRAIN_HOT_PIPES_THERMAL_
-HOP_ON",
54 - "REACTOR_MOTHER_BRAIN_HOT_PIPES_OBJECT_FILTER_80B3C
-09F",
55 - {players = true, inside_any = {
56 - a.slot(c, "REACTOR_MOTHER_BRAIN_HOT_PIPES_02_TR
-IGGER_VOLUME"),
57 - a.slot(c, "REACTOR_MOTHER_BRAIN_HOT_PIPES_03_TR
-IGGER_VOLUME"),
58 - a.slot(c, "SLOT_0005_80B3C09F"), a.slot(c, "SLO
-T_0006_80B3C09F"),
59 - a.slot(c, "SLOT_0008_80B3C09F")}}, enabled)
60 - a.effect(c, s, "AOD_REACTOR_RAIL_TOP_HOP_ON", "AOD_REAC
-TOR_RAIL_TOP_OBJECT_FILTER",
61 - {players = true, inside = a.slot(c, "SLOT_019E")},
-enabled)
58 + -- `REACTOR_COFFIN_INTERIOR_THERMAL_HOP_ON` and `FOUNDRY_TH
+ERMAL_DOT_HOP_ON` both reference
59 + -- effect resource 80C1D9E0 -- the burn already working in
+the Foundry. The hot-pipe and
60 + -- rail-top hop-ons carry 80B82484 and 80C1D389 instead, wh
+ich is why contact read as a
61 + -- shock rather than a scorch. Apex drives the one authored
+ scorch for both hazards and
62 + -- swaps only its filter, so the climb and the escape share
+ the same effect. A new revision
63 + -- removes the previous attachment (native 9EF8A0/9F1F10) b
+efore attaching the new filter.
64 + local function rail_filter(c) return {players = true, insid
+e = a.slot(c, "SLOT_019E")} end
65 + local function hazards(c, s, mode)
66 + if mode == "climb" then
67 + -- The five narrow authored pipe volumes on the way
+ up to the deposit. Slot 7 is a
68 + -- broad kill volume well below the walkable route
+and is deliberately not a pipe.
69 + a.effect(c, s, "REACTOR_COFFIN_INTERIOR_THERMAL_HOP
+_ON",
70 + "REACTOR_MOTHER_BRAIN_HOT_PIPES_OBJECT_FILTER_8
+0B3C21C",
71 + {players = true, inside_any = {
72 + a.slot(c, "REACTOR_MOTHER_BRAIN_HOT_PIPES_0
+2_TRIGGER_VOLUME"),
73 + a.slot(c, "REACTOR_MOTHER_BRAIN_HOT_PIPES_0
+3_TRIGGER_VOLUME"),
74 + a.slot(c, "SLOT_0005_80B3C09F"), a.slot(c,
+"SLOT_0006_80B3C09F"),
75 + a.slot(c, "SLOT_0008_80B3C09F")}}, true)
76 + elseif mode == "escape" then
77 + a.effect(c, s, "REACTOR_COFFIN_INTERIOR_THERMAL_HOP
+_ON",
78 + "AOD_REACTOR_RAIL_TOP_OBJECT_FILTER", rail_filt
+er(c), true)
79 + else
80 + a.effect(c, s, "REACTOR_COFFIN_INTERIOR_THERMAL_HOP
+_ON",
81 + "AOD_REACTOR_RAIL_TOP_OBJECT_FILTER", rail_filt
+er(c), false)
82 + end
83 end
84 local function doors(c, side, open, snap)
85 for _, part in ipairs({"DOOR_A", "DOOR_B", "LIGHT_A", "
LIGHT_B", "TARGET"}) do
Ran 1 shell command (ctrl+o to expand)
● Now the deposit callback — beam shutdown and progressive explosions:
● Update(scripts/mission_ember/apex.lua) ⎿ Added 6 lines, removed 4 lines
157 a.device(c, "MOTHER_BRAIN_ENGINE_RIGHT_DEVICE", tr
ue)
158 a.device(c, "REACTOR_GETAWAY_SHIP_DEVICE", true)
159 a.objects(c, {"REACTOR_GETAWAY_SHIP_OBJECT", "SUNB
URN_DAMAGE_OBJECT"}, true)
160 - a.device(c, "SPECOPS_APEX_RING_LASER_DEVICE", true
-)
161 - a.device(c, "SPECOPS_APEX_RING_RING_DEVICE", true)
160 + -- The weapon is dead once the cell is in: the bea
+m shuts down and stays down,
161 + -- including across an escape checkpoint restart.
+The previous code opened both
162 + -- devices here, which left it running through the
+ whole escape.
163 + beam(c, false, true)
164 + c:cancel_timer(vent_timer(s))
165 a.scene(c, "MOTHER_BRAIN_HOLE_EXPLOSION_SCENE")
163 - a.scene(c, "EMBER_APEX_EXPLOSION_SEQUENCE_PREFAB_T
-RIGGERED_EXPLOSIONS_SCENE")
164 - for _, name in ipairs(escape_triggers) do a.slot(c
-, name):fire_trigger{} end
166 + arm_escape(c)
167 a.cue(c, s, 51); A.guidance(c, s)
168 end)
169 function A.enter(c, s)
● Update(scripts/mission_ember/apex.lua) ⎿ Added 9 lines
16 local escape_triggers = {"APEX_MOTHER_BRAIN_005_DIALOG_PLAY
ER_TRIGGER", "APEX_MOTHER_BRAIN_006_DIALOG_PLAYER_TRIGGER",
17 "APEX_MOTHER_BRAIN_007_DIALOG_PLAYER_TRIGGER", "APEX_MO
THER_BRAIN_008_DIALOG_PLAYER_TRIGGER",
18 "APEX_DIRECTIVE_REACTOR_RAILS_ESCAPE_PLAYER_TRIGGER"}
19 + -- The authored explosion prefab's four player triggers, we
+st to east along the rails:
20 + -- set A x -448.75..-438.75, B -403.75..-393.75, C -368.75.
+.-358.75, D -323.75..-313.75,
21 + -- all spanning y 2967..3002.5 and z 185..212.5. They were
+never armed, so the sequence
22 + -- had nothing to advance it and everything the scene did h
+appened at the deposit.
23 + local explosion_triggers = {}
24 + for _, set in ipairs({"A", "B", "C", "D"}) do
25 + explosion_triggers[#explosion_triggers + 1] =
26 + "EMBER_APEX_EXPLOSION_SEQUENCE_PREFAB_EXPLOSION_SET
+_" .. set .. "_PLAYER_TRIGGER"
27 + end
28 local function phase(s) return s:variable("ember.apex.phase
") or 0 end
29 local function set(c, p) c:set_variable("ember.apex.phase",
p) end
30 local function generation(s) return s:variable("ember.apex.
generation") or 1 end
● Update(scripts/mission_ember/apex.lua) ⎿ Added 7 lines
90 "AOD_REACTOR_RAIL_TOP_OBJECT_FILTER", rail_fil
ter(c), false)
91 end
92 end
93 + -- Activate the authored explosion scene once, then arm it
+s own four progress triggers
94 + -- alongside the escape dialogue volumes so each section d
+etonates as the player reaches it.
95 + local function arm_escape(c)
96 + a.scene(c, "EMBER_APEX_EXPLOSION_SEQUENCE_PREFAB_TRIGG
+ERED_EXPLOSIONS_SCENE")
97 + for _, name in ipairs(explosion_triggers) do a.slot(c,
+ name):fire_trigger{} end
98 + for _, name in ipairs(escape_triggers) do a.slot(c, na
+me):fire_trigger{} end
99 + end
100 local function doors(c, side, open, snap)
101 for _, part in ipairs({"DOOR_A", "DOOR_B", "LIGHT_A",
"LIGHT_B", "TARGET"}) do
102 local name = "REACTOR_CLAMSHELL_" .. side .. "_" .
. part .. "_DEVICE"
● Now removing the always-on ring objects from A.enter and updating the timer/reset/resume paths:
● Update(scripts/mission_ember/apex.lua) ⎿ Added 1 line, removed 2 lines
194 a.device(c, "ACCESS_DOOR_OUTER_DEVICE", true)
195 a.device(c, "SECURITY_DOOR_DEVICE", false, true)
196 a.slot(c, "SECURITY_PLACED_INTERCEPTOR_OBJECT"):set_in
teractable_object{generation = 1}
197 - a.objects(c, {"SPECOPS_APEX_RING_LASER_OBJECT",
198 - "SPECOPS_APEX_RING_CORE_OBJECT", "SPECOPS_APEX_RIN
-G_RING_OBJECT"}, true)
197 + -- The ring objects are not activated here: `beam()` o
+wns them so they can surge.
198 for _, side in ipairs(sides) do
199 doors(c, side, false, true)
200 a.device(c, "CLAMSHELL_PIPES_" .. side .. "_DEVICE
", false, true)
● Update(scripts/mission_ember/apex.lua) ⎿ Added 6 lines, removed 1 line
296 end
297 function A.timer(c, s, e)
298 if e.timer_name == "ember.apex.hazards" then
299 - if phase(s) == 6 and s:variable("ember.region") ==
- 0 then hazards(c, s, true) end
299 + -- The climb pipes burn while the cell is being ca
+rried up (phase 5), well before
300 + -- the deposit; the rail top burns during the esca
+pe (phase 6).
301 + if s:variable("ember.region") == 0 then
302 + if phase(s) == 5 then hazards(c, s, "climb")
303 + elseif phase(s) == 6 then hazards(c, s, "escap
+e") end
304 + end
305 return true
306 end
307 if carry.timer(c, s, e) then return true end
Searched for 1 pattern, ran 1 shell command (ctrl+o to expand)
● Update(scripts/mission_ember/apex.lua) ⎿ Added 3 lines
273 set(c, 5)
274 c:cancel_timer(vent_timer(s)); c:cancel_timer("emb
er.apex.explain." .. generation(s))
275 coffin_doors(c, true)
276 + -- The weapon keeps firing until the cell goes in,
+ so the beam stays up here.
277 beam(c, true)
278 + -- Arm the climb scorch now: the pipes burn while
+the cell is carried up.
279 + c:start_timer("ember.apex.hazards", 1)
280 unlock(c, "MOTHER_BRAIN_DOOR_DEVICE")
281 unlock(c, "COFFIN_BUNKER_DOOR_SOUTH_DEVICE")
282 a.device(c, "MOTHER_BRAIN_DOOR_DEVICE", true)
Ran 2 shell commands (ctrl+o to expand)
● All Lua parses. Now running the test suites:
Ran 5 shell commands (ctrl+o to expand)
● Intent budget exceeded — beam() now costs more per call. Making it idempotent:
Ran 4 shell commands (ctrl+o to expand)
● 62/64 intents is tighter than I want. Let me check the cap and trim the peak.
Ran 5 shell commands (ctrl+o to expand)
● The peak is the reactor checkpoint reset (45 squad retirements). Moving the hazard clear to its own callback:
Ran 1 shell command (ctrl+o to expand) ● Back to the previous 61/63 peak. Removing the probe and running the full suite:
Ran 1 shell command (ctrl+o to expand)
● All five Lua suites pass. Now building the native side:
Ran 3 shell commands (ctrl+o to expand)
● The ending fix needs coverage. Let me extract the decision into a testable predicate:
● Update(Sunrise/src/server/bap/encrypted/push/activity/activity_mission_seed_ro
ster.h)
⎿ Added 25 lines
30 }
31
32 /**
33 + * Checks whether moving to a newly selected state actually rep
+laces the instantiated world.
34 + *
35 + * An authored region is `sliceSetIndex + stateOrdinal`, so sib
+ling states of one slice set are
36 + * different regions inside the same instantiated content: Embe
+r's apex gameplay (region 0) and
37 + * its two ending bookends (regions 1 and 2) all live in slice
+set 0. Only a slice-set change
38 + * tears the world down and rebuilds it. Treating a sibling mov
+e as a replacement deadlocks the
39 + * publication: the roster withholds the new region's groups un
+til the client reports holding it,
40 + * while the client's current region leg advances only on a rea
+l slice-set switch.
41 + *
42 + * @param currentSliceSetIndex Slice set the lease's published
+plan belongs to.
43 + * @param currentEffectiveRegion That plan's authored region.
44 + * @param selectedSliceSetIndex Slice set the newly selected pl
+an belongs to.
45 + * @param selectedEffectiveRegion The newly selected plan's aut
+hored region.
46 + * @return True only when the client must tear down and rebuild
+ its world.
47 + */
48 +[[nodiscard]] constexpr bool
49 +mission_seed_region_change_replaces_world(std::uint32_t current
+SliceSetIndex,
50 + std::uint32_t current
+EffectiveRegion,
51 + std::uint32_t selecte
+dSliceSetIndex,
52 + std::uint32_t selecte
+dEffectiveRegion) noexcept {
53 + return currentEffectiveRegion != selectedEffectiveRegion
54 + && currentSliceSetIndex != selectedSliceSetIndex;
55 +}
56 +
57 +/**
58 * Adds the exact selected-state Auth groups before retained sq
uad groups are considered.
59 * The full set goes out only once the client reports holding t
he selected region.
60 * @param hostedBubbles One bit per bubble this link hosts; a r
egion outside them adds nothing.
● Update(Sunrise/src/server/bap/bap_route.cpp) ⎿ Added 6 lines, removed 2 lines
1138 // leg only advances on an actual slice-set switc
h. Waiting for an arrival there is a
1139 // deadlock: the roster withholds the new region'
s groups forever and the client never
1140 // finishes synchronizing. Only a real slice-set
change opens the arrival window.
1141 - if (lease.configured && lease.plan.effectiveRegio
-n != plan.effectiveRegion
1142 - && lease.plan.sliceSetIndex != plan.sliceSetI
-ndex) {
1141 + if (lease.configured
1142 + && encrypted::push::activity::mission_seed_re
+gion_change_replaces_world(
1143 + lease.plan.sliceSetIndex,
1144 + lease.plan.effectiveRegion,
1145 + plan.sliceSetIndex,
1146 + plan.effectiveRegion)) {
1147 lease.previousPlan = lease.plan;
1148 lease.regionArrivalPending = true;
1149 }
Searched for 1 pattern, ran 1 shell command (ctrl+o to expand) ⎿ Found 2 new diagnostic issues in 1 file (ctrl+o to expand)
● Write(Sunrise/src/server/bap/encrypted/push/activity/mission_seed_world_change
.h)
⎿ Wrote 36 lines to Sunrise/src/server/bap/encrypted/push/activity/missi
on_seed_world_change.h
1 #pragma once
2
3 #include <cstdint>
5 namespace sunrise::server::bap::encrypted::push::activity {
6
7 /**
8 * Checks whether moving to a newly selected state actually repl
9 *
10 * An authored region is `sliceSetIndex + stateOrdinal`, so sibl
ing states of one slice set are
… +42 lines (ctrl+o to expand)
Ran 1 shell command (ctrl+o to expand)
● Now the portable regression for the ending fix:
● Write(tests/mission_seed_world_change_test.cpp) ⎿ Wrote 87 lines to tests/mission_seed_world_change_test.cpp
1 // Regression for the selected-state arrival window.
3 // An authored region is `sliceSetIndex + stateOrdinal`. Ember's
apex gameplay and both ending
), while every earlier area is
5 // its own slice set. Only a slice-set change replaces the client
6 //
7 // Treating a sibling move as a replacement is what froze the mis
8 // withheld region 1's groups until the client reported holding r
egion 1, and the client's
o the report never came.
… +103 lines (ctrl+o to expand)
Searched for 1 pattern, ran 2 shell commands (ctrl+o to expand) ⎿ Found 1 new diagnostic issue in 1 file (ctrl+o to expand)
● Everything builds and passes. Final verification of all suites, then installation:
Ran 1 shell command (ctrl+o to expand)
● Now installing into the closed game with a backup and hash verification:
Ran 2 shell commands (ctrl+o to expand)
● False positive — my own shell matched on the repo path. Tightening the detection:
Ran 3 shell commands (ctrl+o to expand)
● Installation verified; save/settings/SDK untouched. Committing:
Ran 2 shell commands (ctrl+o to expand)
● Recording the install evidence in the status doc, per the established convention:
Ran 1 shell command (ctrl+o to expand)
● All five items are fixed, built, tested, installed and committed. The game is closed and untouched — ready for you to launch.
What was wrong, and what I changed
- Ending freeze — root cause found in the SDK, not a staging problem. An authored region is sliceSetIndex + stateOrdinal. Apex gameplay (region 0) and both ending bookends (regions 1 and 2) are sibling states of slice set 0 — moving between them instantiates no new world. But the code treated any region change as a world replacement, so two things deadlocked: the roster opened an "arrival window" and withheld region 1's groups until the client reported holding region 1 (which only happens on a real slice-set switch), and the teleport arm handed the client slice-set index 1 with slice set 0's name hash. Your 10:49 log shows it exactly: Starting teleportation to slice-set '1' ... PRV01.01 (HASH: 0xdfbc1cd9) and then no Finished synchronizing — every working transition has that line. Now only a genuine slice-set change opens the arrival window, an intra-slice-set move arms no teleport at all, and ending.lua selects each bookend directly. The region-49 staging detour is gone — it was forcing a cross-bubble round trip to manufacture a report that will never come.
I also raised seed refusals from debug to warn. A refusal strands the selected state, and at debug level it was invisible in every log we have.
Electron Controllers — geometry settles it. Both anchors sit inside security_center_player_trigger (x −387…−344.5), while every access volume is east of x=−331. The access objective was pulling them out through the door — and no access task group could have held them, which is why pinning groups 9/10 failed. They now use EMBER_APEX_SECURITY_OBJECTIVE, which owns that room, with normal cost selection.
Fire vs shock — identified from the packages. REACTOR_COFFIN_INTERIOR_THERMAL_HOP_ON and FOUNDRY_THERMAL_DOT_HOP_ON both reference effect resource 80C1D9E0 — the burn already working in your Foundry. The hot-pipe and rail-top hop-ons carry 80B82484 and 80C1D389, which is why it read as shock. Apex now drives that one authored scorch for both hazards, swapping only the filter: the five narrow pipe volumes during the climb (phase 5, before the deposit), then the rail top during the escape.
Beam. All three ring objects were held active the whole fight, so nothing could surge. The laser and ring now rise with their devices at the warning and go dark at recovery; the core stays as the weapon's body. The deposit shuts the beam down (the old code opened both devices there) and it stays off across an escape restart.
Explosions. The prefab's four authored triggers were never armed — nothing existed to advance the sequence past the deposit. They're armed now and fire per section as you run east.
Objectives. Native type-68 state 0 enters the directive, and the Lua surface always publishes it — so republishing on every navpoint change replayed the entry animation while the text stayed put. That was the flashing. The directive is keyed on its element alone with one stable navpoint, entering once per milestone.
Verification
22 portable native tests (including a new mission_seed_world_change regression
covering sibling states vs. real slice-set changes) and all five Lua suites
pass. Full route peaks at 234/512 variables, 61/63 intents per callback, 3/32
timers — the same intent peak as the previous build. Installed 18 files, all
SHA-verified; backup at build/final-issues-install-backup-20260906-122441,
save/settings/SDK preserved. Committed as d7276cd, no co-author tag, not
pushed.
Two things I'd flag honestly: none of this is gameplay confirmation — passing tests only prove the script progression and wire shapes. And apex has no authored screen-effect slot, so the 23:38 screen pulse should come from the beam objects themselves brightening; I didn't fabricate an overlay for it. If it doesn't appear, that's the one item still genuinely open.
Worth watching on your run: the controller fight staying in the room, scorch on the climb pipes before the deposit, the beam surging then going dark after it, explosions following you, a stable banner during the reactor fight, and both movies playing through.
✻ Churned for 31m 22s ※ recap: Goal was fixing the eight remaining 1AU mission issues; all five work items are done, tested, installed and committed. Next: you launch the game manually and play through to confirm the beam, controllers, scorch, explosions, objectives and both ending movies. (disable recaps in /config)
❯ Close, the beam vfx now cycle between disabled and on instead of on and
surging, the red-hot pipes whilst carrying the fusion core in apex aren't
applying the scorch, and the game still freezes when trying to load the
ending cutscene. Also the weapon is fully disabled at the end, it should have
an enabled but powered off state, because otherwise all the structuring
around the beam doesn't exist.
● Four things. Let me start with the freshest evidence — your run's log.
Ran 2 shell commands (ctrl+o to expand)
● Found it — teleport_armed still fired. Let me see why and what followed.
Ran 1 shell command (ctrl+o to expand)
● No seed refusals — the roster fix worked. The remaining blocker is the teleport arm: my guard read a stale value. Let me confirm and check the scorch.
Ran 1 shell command (ctrl+o to expand)
● The climb hazard's volumes sit below the player. Let me check against where you actually walked.
Ran 1 shell command (ctrl+o to expand)
● Those positions are the escape run, not the climb. Let me map your full path through apex.
Ran 1 shell command (ctrl+o to expand)
● Now I have what I need. Four fixes. First the teleport guard — I used a stale source:
Searched for 1 pattern, ran 1 shell command (ctrl+o to expand)
● Now the beam — it must stay enabled with power as the surge lane:
Ran 1 shell command (ctrl+o to expand)
● Now the climb scorch — I paired the effect with a filter in a different object than its volumes:
Ran 1 shell command (ctrl+o to expand)
● Now updating the tests for the new beam states and rebuilding:
Ran 2 shell commands (ctrl+o to expand)
● All green. Installing and committing:
Ran 1 shell command (ctrl+o to expand)
● The game is still open (destiny2.exe, pid 801895) — I won't touch it. Committing while I wait:
Ran 1 shell command (ctrl+o to expand)
● All four are fixed, built, and tested — but the game is still running (destiny2.exe, pid 801895), so I haven't installed. Close it and I'll install immediately.
What each one actually was
Ending freeze — my guard read the wrong source. Your log settles it. The roster half of the previous fix worked: no seed refusal was logged anywhere in the run. But teleport_armed still fired, and the client did exactly what it did before — Starting teleportation to slice-set '1' ... PRV01.01 (HASH: 0xdfbc1cd9), then no Finished synchronizing, then the network_send hitch.
The reason: I used reported_slice_set(), which reads the newest D6 host teleport — that was still region 64 from the mission's opening move, because every later area (56, 40, 0) was reached on a z-leg, which doesn't update it. So the guard compared 64 against 0 and never matched. It now derives the held slice set from the region the client actually reports, rounded down to the slice-set factor. Apex reports region 0 → slice set 0 → target region 1 is slice set 0 → no teleport.
Beam — I was deleting the weapon, not dimming it. You're right, and it's the same root cause as your fourth point. set_object_active{false} removes the placed objects, so the low point wasn't "dark", it was gone, and the deposit left it gone permanently. The three ring objects are now placed once and never deactivated. The beam has three states driven by the two devices instead:
- off — powered off but still installed: the pose after the cell goes in, so the beam and everything built around it stay in the world
- idle — powered and running: the baseline between exposures
- surge — powered and driven open: the intensification before the shutters expose a target
So the cycle is now idle ↔ surge, and the ending state is enabled-but-powered-off, as you described.
Climb scorch — a cross-object filter that published but attached nothing. I had pointed the apex-object hot-pipes filter at globals-object volumes. The wire accepts that (the refs carry a registry key), which is why nothing errored, but it attached nothing. The filter living in the same object as those volumes is the pairing that demonstrably delivered contact damage before — that's where your escape shock came from. It now uses that filter; the only thing I changed from the original is the effect resource.
Worth noting the geometry cross-checks out: the five pipe volumes climb from z≈172 at x=−395 to z≈186 at x=−460, tracking the same westward-and-upward path as the mother-brain dialogue volumes (001→004), which is the carry route to the deposit. Two of them (x −324, −294) sit on the escape rails instead — that's why the old build's shock hit you during the escape.
State
22 native tests and all five Lua suites pass; route peaks unchanged at 234/512
variables, 61/63 intents, 3/32 timers. Committed as de8c95e. The build is
ready in build/x64/Release/.
Close the game and say the word — I'll install with a fresh backup and hash-verify, and you can retest. On that run the things to watch are whether the beam now reads as running-vs-surging rather than blinking, whether the pipes burn on the way up, and whether the ending reaches the first movie — the log line to look for is state_region result=teleport_not_required instead of teleport_armed.
✻ Baked for 6m 37s
❯ sorry you can install now
Ran 3 shell commands (ctrl+o to expand)
● Installed and verified — ready to launch whenever you are.
Install: 18 files, all SHA-verified. DLL c10b5192f4…. Backup at
build/final-issues-install-backup-20260906-124732, manifest at
build/final-issues-installation.json. Save, settings and SDK untouched. I
archived your 12:26 run as
build/reactor-playtest/20260906-122600-teleport-armed.log before it gets
overwritten, since it's the log that proved the teleport diagnosis.
What's in this build:
- Ending — the guard now derives your held slice set from the region you actually report, instead of the stale D6 teleport record that still said "64" from the opening move.
- Beam — three ring objects placed once and never removed; three states on the devices: powered-off-but-installed after the deposit, powered-and-running as the baseline, powered-and-driven-open as the surge.
- Climb scorch — filter and volumes back in the same object, keeping only the corrected scorch resource.
What to look for on this run:
The single most diagnostic line is in the log at the escape: state_region result=teleport_not_required. If you see that instead of teleport_armed, the bogus slice-set transition is gone and the first movie should follow. If it still says teleport_armed, the guard is still missing and I'll want the log again.
Otherwise: whether the beam reads as running↔surging rather than blinking in and out, whether it's still visibly present but dead after the deposit, and whether the pipes burn on the way up with the cell.
One thing I want to be straight about: the beam surge is the least certain of the four. I've established that the ring objects are the visual carrier (your report proved that — toggling them changed what you saw), and that the devices' power and drive lanes are the authored lanes. But I have not proven that driving those lanes produces a visible intensity change, since the earlier build's position+power toggling looked flat to you. If it still reads as constant, that tells me the surge lives somewhere I haven't found yet and I'll go back into the device configs (80B3D4EB/80B3D4EE) rather than guess again.
✻ Cogitated for 46s ※ recap: We're finishing the Destiny 2 mission 1AU (mission_ember), and the latest build fixing the ending freeze, beam surge, climb scorch and controller warp is installed and verified. Next: launch the game and playtest it. (disable recaps in /config)
❯ Beam VFX still doesn't work as we're expecting, it stays on the whole time
even after dunking the fusion cell, the game no longer freezing when trying
to load the cutscene but it is stuck in an infinite load, the cutscenes never
actually play.
● Let me get the log from that run first.
Ran 1 shell command (ctrl+o to expand)
● teleport_not_required — that fix landed. Now let me see what happens after.
Ran 2 shell commands (ctrl+o to expand)
● Only the opening cinematic appears — no cinematic_enqueued for the bookend at all. Let me see what the client did after the selection.
Ran 1 shell command (ctrl+o to expand)
● The client never sent another state change after the selection — so my E.client activation never ran. Let me confirm and check the beam objects in the package.
Ran 1 shell command (ctrl+o to expand)
● Confirmed — last client region report was t=379518, well before the selection at t=432565. Now the beam objects:
Ran 2 shell commands (ctrl+o to expand)
● The devices are ordinary type-23s (identical class refs to a working door), so they don't drive these visuals — only object presence does. Let me see which object is the beam and which is the structure.
Ran 1 shell command (ctrl+o to expand)
● LASER carries effect components; CORE and RING carry the solid geometry and LOD tables — so the laser is the beam and the other two are the structure. Implementing:
Ran 2 shell commands (ctrl+o to expand)
● Now the ending — queue the cinematic directly instead of waiting for a client report that never comes:
● Write(scripts/mission_ember/ending.lua) ⎿ Added 16 lines, removed 19 lines
2 --
3 -- An authored region is `sliceSetIndex + stateOrdinal`, so ape
x gameplay (region 0) and both
4 -- ending bookends (regions 1 and 2) are sibling states of one
slice set. Selecting a bookend
5 --- instantiates no new world: the client keeps the slice set it
- already holds and never reports
6 --- a new held region, so this must not wait for one. The earlie
-r region-49 staging detour forced
7 --- a cross-slice-set round trip to manufacture that report and
-stalled instead.
5 +-- instantiates no new world, so no slice-set teleport is armed
+ for it -- and that also means the
6 +-- client never sends another region report. Waiting for one le
+aves the movie unstarted forever,
7 +-- which is exactly what a run with the teleport removed showed
+: the state was selected and no
8 +-- cinematic was ever enqueued.
9 --
9 --- The selection intent completes only once its own roster revi
-sion publishes, and intents are
10 --- dispatched in order, so the activation queued on a later cal
-lback always follows the seed.
10 +-- So the activation is queued with the selection instead of on
+ a later callback. Intents are
11 +-- dispatched in order and a state selection completes only onc
+e its own roster revision has
12 +-- published, so the cinematic Auth always follows the seed tha
+t carries its slot. Slot handles
13 +-- resolve against the static SDK definition table, not the sel
+ected state, so naming the
14 +-- bookend before its state is live is safe.
15 return function(m)
16 local movies = {
17 {state = m.states.STATE_80B3C09E_0000_0001_80B3C091, sl
ot = m.Slot.PF_CINEMATIC_BOOKEND_STM_CINEMATIC},
...
19 }
20 local E = {}
21 local music = require("mission_ember.music")(m)
18 - local function select_movie(c, index)
22 + local function play(c, index)
23 + local row = assert(movies[index])
24 c:set_variable("ember.ending", index)
20 - c:set_variable("ember.ending.selected", index)
21 - c:select_state(assert(movies[index].state))
25 + c:set_variable("ember.ending.playing", index)
26 + c:select_state(assert(row.state))
27 + c:slot(assert(row.slot)):set_cinematic_active{active =
+true}
28 end
29 function E.start(c, s)
30 if s:variable("ember.ending") then return end
31 music.update(c, s)
26 - select_movie(c, 1)
32 + play(c, 1)
33 end
28 - function E.client(c, s, e)
29 - local index = s:variable("ember.ending")
30 - local row = index and movies[index]
31 - -- Activate on a callback after the selection, never in
- the one that requested it.
32 - if not row or s:variable("ember.ending.selected") ~= in
-dex
33 - or s:variable("ember.ending.playing") == index then
- return end
34 - c:set_variable("ember.ending.playing", index)
35 - c:slot(assert(row.slot)):set_cinematic_active{active =
-true}
36 - end
34 function E.terminated(c, s, e)
35 local index = s:variable("ember.ending")
36 local row = index and movies[index]
...
38 local slot = c:slot(row.slot)
39 if e.registry_key ~= slot.registry_key or e.slot_type ~
= slot.slot_type or e.slot_index ~= slot.slot_index then return
end
40 slot:set_cinematic_active{active = false}
44 - if movies[index + 1] then select_movie(c, index + 1)
41 + if movies[index + 1] then play(c, index + 1)
42 else
43 c:set_variable("ember.ending", index + 1)
44 c:set_variable("ember.complete", true)
Ran 2 shell commands (ctrl+o to expand)
● Only Lua changed this round, so the installed DLL is already correct. Committing and archiving the run:
Ran 1 shell command (ctrl+o to expand)
● Committed and ready to install — close the game and I'll push it out (Lua only this time; the DLL from 12:47 is already correct).
What the log showed
The freeze fix worked. state_region result=teleport_not_required, no bogus slice-set transition, no network_send hitch. But the ending still didn't play, and the log says exactly why: no cinematic_enqueued was ever emitted. The only cinematic events in the entire run are the opening one at t=54s.
The cause is my own design, and it's a consequence of the fix: I was activating the bookend on the next client state-change callback. Removing the teleport also removed the thing that produces a client state-change — your last region report was t=379518, and the selection was t=432565, with nothing after. So the activation was waiting on an event that no longer exists. The client sat in region 0 with the mission state pointing at region 1, ticking normally — which is the "infinite load" you saw.
The bookend is now queued together with its state selection. Intent ordering still guarantees the cinematic Auth lands after the seed publishes, and slot handles resolve against the static SDK table rather than the selected state, so naming the bookend early is safe.
The beam
You're right that it stayed on. I've now confirmed why: both ring devices are ordinary type-23s — their configs carry the same class refs as a clamshell door — and neither position nor power changes anything visible. Object presence is the only lever that moves this beam.
Comparing the three models settles which is which: core and ring carry solid geometry with full LOD tables; the laser carries the emitter's effect components and no geometry LODs. So core + ring are the structure, laser is the beam. They're now split — structure placed once and never removed, laser switched off at the deposit. That gives you the installed-but-dark state you asked for, and the exposure cycle no longer toggles it (presence-switching is what read as blinking).
I have not implemented the surge, and I'm not going to guess at it a third time. I've now shown that neither device lane does anything and that presence is binary, so nothing available to the script produces an intensity change. Two failed attempts is enough — the honest position is that the authored mechanism is unidentified.
If you want it chased properly, the concrete next step is the one that cracked the Harvester doors: dig into the laser model 80B7117C and the ring 80B71218 for a named channel or model controller, then drive it the way dropship_doors was driven. That's a real investigation rather than another swap, so I'd rather do it deliberately than bolt a third guess onto this build.
What to check next run
The beam should be lit through the reactor fight, then visibly dark but still physically there after you dunk the cell — with the ring structure intact. And the log line that matters for the ending is cinematic_enqueued shortly after state_selected; if that appears and the movie still doesn't render, the problem has moved from the script to playback, which is a different hunt. The climb scorch is also still untested since you didn't get that far last time.
✻ Baked for 5m 20s
❯ We're treating the object, we're not treating the device linked to it for the
beam. We have specops_apex_ring.laser_device and
specops_apex_ring.ring_device could that be the issue?
● Good question — and it's testable. Let me check whether those devices ever accepted the transitions I've been sending.
Ran 2 shell commands (ctrl+o to expand)
● They're structurally identical to the clamshell/bridge devices that do animate — so they should respond. Let me look at exactly what a transition sends. Searched for 2 patterns (ctrl+o to expand)
● Let me check whether device state is even reported back — that determines whether my "devices are inert" conclusion is sound.
Searched for 2 patterns, ran 1 shell command (ctrl+o to expand)
● The device-sense diagnostic is hard-scoped to the landing bridge only — so I have no observation of apex device state. Let me check its storage before widening it.
Searched for 1 pattern (ctrl+o to expand)
● The diagnostic only ever watched the landing bridge — so I genuinely cannot tell whether apex device transitions are applied. Widening it, and driving the devices properly:
Ran 1 shell command (ctrl+o to expand)
● Now driving both device lanes properly, with the object lever guaranteeing the end state:
Ran 7 shell commands (ctrl+o to expand)
● You're right to push on that, and checking it turned up something that undercuts what I told you.
Your instinct was justified — my "devices don't work" claim wasn't supported
I was driving both devices, but I'd concluded from "the beam didn't change"
that the device lanes are inert. That conclusion doesn't hold, because nothing
was ever observing those devices. The device-sense diagnostic is hard-scoped
to registry F6FFB59E, slots 0–5 — the landing bridge. The apex ring devices
(a3b76c64, slots 48/49) were never reported, and there were zero device_state
lines in the whole run.
So "the device didn't move the beam" and "the transition never reached the device" look identical in the evidence I had. I shouldn't have stated the first as established. The devices are also structurally identical to the clamshell and bridge devices that visibly animate — same sense schema, same auth schema, same component class, same descriptor offset — so there's no structural reason they'd be inert.
What I changed
Both halves are now driven together, the way the Mercury lever pairs its type-23 device with the type-4 object it animates:
- Structure (core + ring objects) — placed once, never removed, so the framing around the beam always exists.
- Beam (laser object) — presence is the lever already proven to make the beam appear and vanish; off at the deposit.
- Devices — snap-initialised to a baseline, then transitioned without snap, which is exactly the pattern that made the lever animate rather than jump. The warning drives them open as the surge; recovery returns them; the deposit powers them off and returns the drive to baseline.
The surge no longer removes anything, so if the devices do move the emitter, that's what you'll see — and if they don't, the beam is still stable and correctly dark at the end.
I also widened the diagnostic so the next run answers your question directly. Look for ring_device_sense lines in the log: they carry the ring devices' native position and power. If they appear and change at the warning, the devices are live and the surge is a matter of which lane; if they never appear, the transitions aren't landing and that's the real bug.
One thing worth flagging: the transition vocabulary is closed — position, power, lock, each with just a high/low endpoint. There's no intensity channel. So if the devices are live and open/close still doesn't read as a surge, the answer is likely a named channel on the model itself, the way dropship_doors was found on the Harvester — not another lane in this API.
Build and tests are green (22 native, 5 Lua suites; 234/512 variables, 61/63
intents). Committed as 53c84bb. The game's still running — close it and I'll
install; this one does include a DLL change for the diagnostic.
✻ Cogitated for 4m 36s
❯ see because the sdk showed that the devices were not actually active and had
no place in the world. Install now please.
Ran 2 shell commands (ctrl+o to expand)
● Installed. 18 files, all hash-verified; DLL dc668f42…. Backup at
build/final-issues-install-backup-20260906-131220. Save, settings and SDK
untouched.
And your reading fits the evidence better than mine did. The type-4 objects carry package transforms and are explicitly placed by set_object_active — that's why toggling them visibly changed the beam. The type-23 devices are declarations that were never given a world placement, so the transitions I kept sending landed nowhere. That explains the whole pattern cleanly: presence of the objects was the only thing that ever moved, and no amount of position or power on the devices was going to do anything.
That's also the real reason my earlier "the devices are inert" line was unsupported — I'd reached the right conclusion by the wrong route, from "nothing changed visually" rather than from the placement data, which is why I then talked myself back out of it when you pushed.
The build as installed is still correct under that reading: the object lever is what produces the behaviour (structure always placed, laser off at the deposit), and the device drive is a few spare intents that do nothing. The ring_device_sense diagnostic will confirm it outright — if those devices have no placed instance, you'll see no such lines at all, and that settles the surge question: it isn't reachable through the device API, and the next place to look is a named channel on the laser model itself, the way dropship_doors was found.
What this run should show: beam lit through the reactor fight and visibly dark but still physically present after you dunk the cell; the climb pipes burning on the way up (still untested — you haven't reached it with a working build yet); and for the ending, cinematic_enqueued shortly after state_selected, since the bookend is now queued with its own selection rather than waiting on a client report that no longer arrives.
✻ Cogitated for 36s
※ recap: We're finishing 1AU's remaining bugs; the latest build is installed and ready for you to launch and test. Next: run the mission and report the beam, climb pipes, and ending cutscenes. (disable recaps in /config)
❯ Loading in towards the laser beam now
● Watching. Let me set up a read-only wait on the log for the markers that matter.
● Monitor(1AU apex: ring device state, cinematic and ending markers) ⎿ Monitor started · task b08pmwbbk · persistent
● Watching the log live. I'm filtering for:
- ring_device_sense — the decisive one for your point. If those devices have no world placement, nothing will appear here at all, and that closes out the beam question: it isn't reachable through the device API, and the surge would have to come from a named channel on the laser model itself (the dropship_doors route).
- cinematic — I want cinematic_enqueued shortly after state_selected, then started. That's the ending fix.
- state_region — should say teleport_not_required.
- Failures — seed refusals, refused intents, faults, errors, hitches, and any slice-set transition.
Things worth your eye as you go through apex, since the log won't show them:
- The beam lit through the reactor fight, and whether the warning window reads as any kind of change.
- After you dunk the cell: beam dark, but the ring structure still physically there.
- The climb pipes burning on the way up with the cell — that path has never actually been reached with a working hazard, so it's untested.
I'll flag anything that lands.
✻ Baked for 27s
● Monitor event: "1AU apex: ring device state, cinematic and ending markers"
● The devices are live and reporting — and ordinal 0 is changing rapidly. Let me decode the full values.
Ran 1 shell command (ctrl+o to expand)
● Monitor event: "1AU apex: ring device state, cinematic and ending markers"
● Monitor event: "1AU apex: ring device state, cinematic and ending markers"
● Monitor event: "1AU apex: ring device state, cinematic and ending markers" ● Monitor event: "1AU apex: ring device state, cinematic and ending markers"
● Decisive data — and it contradicts the SDK reading. Let me quiet the noise and decode it.
● Stop Task ⎿ tail -F -n 0
/home/millie/Games/Sunrise/bin/x64/Sunrise/logs/sunrise.log
2>/dev/null | grep -E --line-buffered
"ring_device_sense|state_region|cinematic|mission… · stopped
● Monitor event: "1AU apex: ring device state, cinematic and ending markers"
Ran 1 shell command (ctrl+o to expand)
● Monitor(1AU ending markers, faults and ring device sequence lanes) ⎿ Monitor started · task bry6ytn6i · persistent
❯ yeah so the devices aren't tied to the object, that's what needs to change
● Understood — the devices animate but nothing binds them to the placed objects. Let me look at what the object Auth can carry.
Searched for 1 pattern (ctrl+o to expand)
● There's a with parameter and a general set_channel. Let me read both.
Searched for 1 pattern, ran 1 shell command (ctrl+o to expand)
● Your refinement matches the data — and the first half of the premise doesn't. Here's what the run just proved.
The ring devices are live, placed, and animating
ring_device_sense fired 226 times for slots 48 and 49. Decoding the lanes:
- ordinal 0 = position, a float that ramps smoothly: slot 48 went 0.0023 → 0.0046 → 0.0069 → 0.0093 → 0.0116 → 0.0139 → 0.0162…, slot 49 climbed ~30× faster (0.069 → 0.139 → 0.208). Both are travelling 0→1 in response to the transitions I send.
- ordinal 1 / 3 / 5 = sequence guards, moving −1 → 1 → 2 as each channel accepts a command.
- ordinal 2 = 1.0f, the lane's target.
So the transitions land, the devices exist in the world, and they physically animate. They aren't inert declarations. But the placed object doesn't follow them — which is exactly your point, and it's the only reading left once you can see the device moving and the beam not changing.
What the API actually offers
The type-23 vocabulary is three channels — position, power, lock — and transition only ever sends the two endpoints of a lane. There's a second entry point I haven't used, set_channel, which takes a continuous unit scalar plus a sequence and snap. That's a real intensity lever if the binding is fixed: you could drive position to 0.35 rather than slam it to 1.
Also worth noting for the binding hunt: set_object_active hardcodes entryIndex = 0. If the beam's placed entry isn't entry 0, we'd be instantiating a different entry from the one the device drives — which would produce exactly this split.
What I'd do next
Chase the object↔device binding in the package: the three object configs (80B3D4E2/E5/E8) and the two device configs (80B3D4EB/EE) all sit in the same prefab, so the link should be declared there — the same way the Harvester's delivery component was found bound to actor template 80FE22C9 at a specific ordinal. That tells us whether the device targets a different entry index, or whether the object needs something published before it will accept the device's drive.
I'm not going to change anything mid-run. Finish the playthrough — I still want to know whether the climb pipes scorch and whether the ending reaches cinematic_enqueued, since neither has ever been observed working. The monitor's still watching for those (I've filtered out the position spam). Then I'll do the binding investigation properly rather than bolt on another guess.
✻ Worked for 2m 0s
❯ core_weapon_laser_beam_device , cinder_core_weapon_laser_beam_device,
specops_apex_ring.laser_device are not enabled though
● Let me check what the scripts actually do with that whole laser-beam family.
Ran 1 shell command (ctrl+o to expand)
● You're right, and the grep proves it. The objects are placed but their devices are never enabled:
Ran 1 shell command (ctrl+o to expand)
● Confirmed — the weapon's beam device is enabled only in apex. Powerhouse, processing and cinder place the beam object but never drive its device. Let me see the activation sites.
Ran 1 shell command (ctrl+o to expand)
● Now enabling the weapon's beam device in every region, matching what apex already does:
Ran 1 shell command (ctrl+o to expand)
● Now the powerhouse one, in the confirmed-working landing module:
Ran 4 shell commands (ctrl+o to expand)
● The slot exists in the real SDK; the controller test uses a hand-built mock that lacks it. Adding it:
Searched for 2 patterns, ran 6 shell commands (ctrl+o to expand) ❯ and the cutscenes still don't load following the end-of-mission fade-to-black screen
● Let me check what the ending did in this run.
Ran 1 shell command (ctrl+o to expand)
● state_selected fired at t=531300 but no cinematic_enqueued followed — same failure. Let me first rule out a stale install.
Ran 1 shell command (ctrl+o to expand)
● The new script is live and queues both. Let me look at what set_cinematic_active actually requires.
Searched for 1 pattern, ran 1 shell command (ctrl+o to expand)
● Found the actual failure — and it's new information.
Searched for 2 patterns (ctrl+o to expand)
● Both threads have answers now — one good, one a genuine bind.
The beam device gap is real, and it's fixed
Your reading was right, and the grep proves it. The weapon's beam is an object and a device, and only apex ever enabled the device:
┌────────────┬──────────────────────────────────────────┬─────────────────┐ │ region │ device │ what the script │ │ │ │ did │ ├────────────┼──────────────────────────────────────────┼─────────────────┤ │ 64 │ │ never │ │ powerhouse │ POWERHOUSE_CORE_WEAPON_LASER_BEAM_DEVICE │ referenced at │ │ │ │ all │ ├────────────┼──────────────────────────────────────────┼─────────────────┤ │ 56 │ │ object placed, │ │ processing │ CORE_WEAPON_LASER_BEAM_DEVICE │ device │ │ │ │ untouched │ ├────────────┼──────────────────────────────────────────┼─────────────────┤ │ │ │ object placed, │ │ 40 cinder │ CINDER_CORE_WEAPON_LASER_BEAM_DEVICE │ device │ │ │ │ untouched │ ├────────────┼──────────────────────────────────────────┼─────────────────┤ │ 0 apex │ SPECOPS_APEXRING*_DEVICE │ unlocked and │ │ │ │ powered │ └────────────┴──────────────────────────────────────────┴─────────────────┘
Each region now unlocks and powers its beam device beside the object. Position
is only one of a type-23's three lanes — a device that's never unlocked and
powered stays inert no matter how its position is driven, which fits the apex
ring animating its position while the beam ignored it. Committed as 2285d58;
22 native tests and all five Lua suites pass. Not installed — the game's still
running.
The ending: I found the actual failure, and it's a real bind
It isn't silence this time. At t=531300 the state was selected (teleport_not_required), and then at t=591315:
warn ev=mission_script stage=intent_refused result=intent_timeout
error="intent exceeded its delivery lifetime"
Exactly 60 seconds. The set_cinematic_active intent was queued — my change worked — but it never reached the host. set_cinematic_slot_active_reserved calls current_behavior_occurrence to resolve the bookend slot's live occurrence, that returns "mission seed still publishing", so the intent retries until its lifetime expires. That's why there's no cinematic_enqueued.
The reason it can't resolve is the bind:
- The occurrence resolver wants the slot's live region. The client is standing in region 0, so region 1's cinematic has no live occurrence — the seed publishes its groups but the client never instantiates them.
- The only mechanism that moves a client's region is the host teleport. Arming it for a sibling state is what caused the original freeze, because it hands the client slice-set index 1 carrying slice set 0's name hash (PRV01.01 (HASH: 0xdfbc1cd9)), and it never finishes synchronizing.
So: no teleport → content never instantiates. Teleport as currently parameterised → hangs. Both ends of that are now demonstrated rather than assumed, which is progress, but I don't yet know the third path — how an intra-slice-set region change is meant to be signalled to the client.
I'm not going to guess at it again. Three attempts on this one is enough, and each guess has cost you a playthrough. The next step is to read how current_behavior_occurrence decides a live occurrence and what the membership region record needs to say for region 1 to count as live — the answer is in that path, not in the Lua. That's a proper sit-down investigation rather than a swap.
Say the word when you've closed the game and I'll install the beam-device fix, which is independent of all this and worth having in front of you.
✻ Cogitated for 5m 13s
❯ for the ending cinematics just trigger them the same way we trigger the
opening cinematic surely
● Let me look at exactly how the opening one is driven, since that's the path that demonstrably works.
Searched for 1 pattern, read 1 file (ctrl+o to expand)
● effectiveRegion is the selected region, so the resolver should find it. The gate before it is scene_binding_status — let me read that.
Searched for 2 patterns, ran 2 shell commands (ctrl+o to expand)
● report_intent_status logs at debug — which is why the 60 seconds looked silent. Same blind spot as the seed refusal. Raising it:
Ran 2 shell commands (ctrl+o to expand)
● I tried exactly that, and it's already what the current build does — the reason it still fails isn't the trigger, it's a gate underneath. But chasing your suggestion is what found the answer.
Why the opening's path doesn't transfer
The opening does two things: it makes region 49 the mission's initial_state, so the client loads into that slice set as part of mission load, and then it waits for a held-region report before calling set_cinematic_active.
The second half is transferable; the first isn't. Region 49 is its own slice set (48) with its own bubble hash, so the client can actually be in it. Regions 1 and 2 are sibling states of slice set 0 — they share bubble ordinal 0 with apex gameplay, so bubbleHashes[0] resolves to PRV00.00. That's why the teleport produced PRV01.01 (HASH: 0xdfbc1cd9) — an index saying region 1 with a hash naming region 0. The client can't teleport there because region 1 isn't a slice set. So there is no "hold region 1" report to wait for, which is why the held-region gate I originally wrote never fired.
What's actually blocking it
The current build already triggers it the opening's way, minus the wait. The intent is queued correctly — that part works. It just never reaches the host:
set_cinematic_slot_active_reserved → current_behavior_occurrence → scene_lease_status, and that returns a still-publishing lease, so the dispatcher retries rather than delivering. It retried for 60 seconds and expired. That's the intent_timeout at t=591315, 60,015 ms after state_selected.
Encouragingly, the occurrence resolver uses link.effectiveRegion, which is the selected region, not the held one — so it should find region 1's bookend without the client being there. The blocker is one layer up, in the seed lease: either publicationPending or outputBusy.
The one thing I changed
I'm not guessing which. report_intent_status was logging the reason at debug — the same blind spot as the seed refusal earlier — which is why those 60 seconds looked completely silent. It's now at info, deduped to one line per distinct status.
So the next run prints the exact status in a loop between state_selected and the timeout. That converts the last unknown into a fact, and the status name tells us directly whether the roster is staged and never flushing, or the lease revision never publishes for a sibling state.
Two commits waiting to install, both independent of this: 2285d58 (the beam
device enabling you identified) and 8dbf417 (this diagnostic). Close the game
and I'll put them in — the beam change is worth seeing on its own, and the
ending run will finally say why it's stalling.
✻ Baked for 2m 11s
❯ okay, install.
Ran 2 shell commands (ctrl+o to expand)
● Monitor(1AU: intent wait reasons, cinematic and ending markers) ⎿ Monitor started · task b8wzizkyt · persistent
● Installed and verified. 18 files hash-checked, DLL ba1d1ac7…, backup at
build/final-issues-install-backup-20260906-133119. Save, settings and SDK
untouched. I archived the run I just analysed as
20260906-1310-intent-timeout.log so the evidence survives.
Two things in this build:
The beam device enabling you identified — all four regions now unlock and power their weapon beam device beside the object, not just apex. Powerhouse had never referenced its device at all; processing and cinder placed the object and left the device dead.
Visible intent wait reasons — the thing that made the last 60 seconds look silent. report_intent_status was at debug.
What to look for
For the beam: whether it now reads as an actual firing beam in the earlier regions rather than a static prop, and in apex whether it's dark but still physically present after you dunk the cell.
For the ending, the log is now the interesting part. Between state_selected and any timeout you should get a line like:
ev=mission_script stage=intent result=
That status name is the answer I've been guessing at — most likely mission_seed_pending or output_busy. Whichever it is tells us directly whether the roster is staged and never flushing, or the lease revision never publishes for a sibling state. Either way it's a fact rather than an inference, and it points at one specific place in the seed publication path.
I'm watching the log for it. One caveat worth setting: I don't expect the ending to work this run — nothing about the blocker itself changed, only its visibility. If the cutscenes still don't play, that's expected, and the log line is what I need from the attempt. ✻ Brewed for 29s
❯ in apex it was dark and physically present after dunking the cell, but the
surge still never happens.
● Good — that half is confirmed working. For the surge, let me follow up on something I noticed earlier: set_object_active hardcodes entryIndex = 0.
Ran 2 shell commands (ctrl+o to expand)
● prepare_object doesn't bound-check the entry — the type-4 body carries an entry index and Lua pins it to 0. Let me see if entries are enumerable.
Ran 2 shell commands (ctrl+o to expand)
● Let me check the one unexplored lever before saying anything: whether the laser object has more than one authored entry.
Ran 1 shell command (ctrl+o to expand)
● Monitor event: "1AU ending markers, faults and ring device sequence lanes"
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Stop Task ⎿ tail -F -n 0
/home/millie/Games/Sunrise/bin/x64/Sunrise/logs/sunrise.log
2>/dev/null | grep -E --line-buffered
"state_region|cinematic|mission_seed_refusal|resu… · stopped
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor event: "1AU ending markers, faults and ring device sequence lanes"
● The info-level change made my filter far too noisy. Tightening it:
● Stop Task ⎿ tail -F -n 0
/home/millie/Games/Sunrise/bin/x64/Sunrise/logs/sunrise.log
2>/dev/null | grep -E --line-buffered "stage=intent
|stage=cinematic|state_region|state… · stopped
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor event: "1AU: intent wait reasons, cinematic and ending markers"
● Monitor(1AU ending: cinematic, state selection, intent waits and refusals) ⎿ Monitor started · task bc3vnhpul · persistent
● Good — that half is now confirmed working: dark and physically present after the deposit is exactly the state you asked for.
On the surge, I've run out of levers that the script API actually exposes, and I want to be straight about that rather than try a fourth variation.
Here's the complete picture from this session's evidence:
- Object presence is the only thing that changes the beam visually. Proven twice — deactivating it made the beam vanish, and it's what produces the dark-but-present state you just confirmed.
- The devices are live and genuinely animating. ring_device_sense showed their position lane ramping smoothly 0→1 (slot 48 at ~0.0023/step, slot 49 about 30× faster), with sequence guards accepting each command. They move. The beam ignores them.
- The device vocabulary is closed: position, power, lock — that's all three lanes, and I've driven all of them.
So a surge would need the beam to have an intermediate visual state, and nothing reachable from the script can express one. Object presence is binary; the devices move something that isn't the beam's appearance.
The one thing I found that I haven't tried: the type-4 Auth body carries an entry index, and set_object_active hardcodes it to 0 — prepare_object doesn't even bound-check it. If the laser object has more than one authored entry, selecting a different one would swap the visual, which is precisely how a "same object, brighter variant" gets authored. But I checked the three object configs and they're byte-for-byte structurally identical to each other, with no obvious per-object entry list — so I can't claim they have multiple entries, only that the lever exists and is currently pinned shut.
Confirming that means reading the container placement tables for object 80B3C21C to count entries per object. The reader for that format already exists in the codebase (container_placement_reader.cpp), so it's a real piece of work but not a fishing expedition. That's the honest next step, and it's the only one I'd put money on.
Two options, your call:
- Chase the entry index properly — extract the placement table, count entries on the laser object, and if there's more than one, expose entry on set_object_active and drive it as the surge.
- Bank the beam as-is — it fires through the mission, it's correctly dark and present after the deposit, and the surge stays unimplemented while I put the remaining effort into the ending, which is still the thing blocking a complete playthrough.
I'd lean toward (2) first, because the ending is the one outstanding item that stops the mission finishing at all, and I now have live logging that should name its blocker on this run. Worth noting: I saw some trigger_refused / slot_auth_refused with target_unavailable early in region 64 on this run — I'll check whether those are pre-existing or new once you're further in.
✻ Brewed for 2m 6s
❯ in the SDK specops_apex_ring.*_device are both still listed as "This row has
no place in the world"
● That's decisive if it's the SDK's own placement check. Let me find what emits
that.
Ran 2 shell commands (ctrl+o to expand)
● You're right, and I was wrong about that — I should correct it clearly.
That tooltip fires on anchors.empty() in the scriptable browser: the row has no anchors, no world placement. That's authoritative, and it beats my inference.
What I misread: I saw ring_device_sense reporting a position lane ramping smoothly 0→1 with sequence guards accepting each command, and concluded the devices were "live and physically animating." That was an over-claim. Sense reflects the device component's channel state — it interpolates the value we command and echoes it back — which happens whether or not anything is placed in the world. A smooth ramp proves the channel is being driven, not that there's an entity to drive. You'd said the SDK showed them unplaced two messages earlier and I talked myself out of it on weaker evidence.
So the position is now consistent with everything observed: the beam is entirely object-presence driven, the two devices are unplaced declarations, and no amount of position, power or lock on them will ever produce a visual. That's why every device-based attempt failed, and why the only things that ever worked were object activations.
Which means a surge isn't expressible the way I've been trying — object presence is binary, and the devices are inert by construction.
There's one lever left, and you can check it in seconds in the browser you already have open. The type-4 Auth carries an entry index, and set_object_active hardcodes it to 0 — prepare_object doesn't even bound-check it. Entries correspond to placements, which is exactly what that tooltip counts. So:
▎ Hover the render checkbox on specops_apex_ring.laser_object, .core_object ▎ and .ring_object — the objects, not the devices. If a row has places it says ▎ "N of M places ticked".
If the laser object reports more than one place, that's the surge: a second authored entry for the same object, almost certainly a brighter variant, and I expose entry on set_object_active and drive it at the warning. If they all report exactly one place, then the surge genuinely isn't reachable from the script API, and the only remaining route is driving a named channel on the model itself — the way dropship_doors was found on the Harvester — which is a much bigger piece of work and worth deciding on deliberately rather than drifting into.
Either way that one tooltip settles it, and it's a fact rather than another inference from me.
✻ Baked for 48s
● Monitor event: "1AU ending: cinematic, state selection, intent waits and refusals"
● Stop Task ⎿ tail -F -n 0
/home/millie/Games/Sunrise/bin/x64/Sunrise/logs/sunrise.log
2>/dev/null | grep -E --line-buffered "stage=cinematic
|state_region|state_selected|int… · stopped
● Monitor event: "1AU ending: cinematic, state selection, intent waits and refusals"
● Monitor(1AU ending: cinematic, state selection, intent waits and refusals) ⎿ Monitor started · task bo4qph0m3 · persistent
● That was my monitor filter misfiring, not anything from your run — pending was matching pending=0 in the routine probe lines. I've retightened it to only the mission-script cinematic, state-selection, intent-wait and refusal events, so it should stay quiet until the ending actually does something.
Nothing has changed in my read of the beam. The question from my last message still stands whenever you're back at the browser:
▎ On specops_apex_ring.laser_object, .core_object and .ring_object — the ▎ objects, not the devices — what does the render checkbox tooltip say? Either ▎ "no place in the world" or "N of M places ticked".
If the laser object has more than one place, that's the surge, and it's a small change: expose entry on set_object_active and drive the second entry at the warning. If they each have exactly one, the surge isn't reachable from the script API at all and we should stop spending playtests on it.
✻ Baked for 22s
❯ I don't see what you're asking me to look at
● Fair — let me get you the actual navigation from the UI code rather than describing it vaguely.
Ran 3 shell commands (ctrl+o to expand)
● You were on the Devices page — that's the right place to see the devices are unplaced. I need you on a different page.
Ran 1 shell command (ctrl+o to expand)
● Confirmed — the Position column is exactly the count I need, and it's a value you can read straight off the row without hovering anything.
Where to go: same SDK view, but switch from the Devices page to the Objects page. The devices and objects are listed separately, which is why you couldn't find these — specops_apex_ring.*_device live on Devices (where you correctly saw "no place in the world"), and the three objects live on Objects.
What to find: three rows —
- specops_apex_ring.laser_object
- specops_apex_ring.core_object
- specops_apex_ring.ring_object
What to read: the Position column (columns are Draw | Name | Bubble | State | Kind | Position | Shape | Link). It shows one of:
- N linked — N real world places
- N context — greyed out, context-only
- - — none
That number is the anchor count, the same thing the tooltip counts, and it's precisely the entry count I'm after.
What it decides:
- If laser_object shows more than 1 linked — that's the surge. Multiple authored entries for the same object, and set_object_active is pinning us to entry 0. Small change: expose entry and drive the second one at the warning.
- If it shows exactly 1 linked — the surge isn't reachable from the script API at all, and I'd stop spending playtests on it. The only route left would be driving a named channel on the model, which is Harvester-door-sized work and worth deciding on separately.
Just the three numbers is all I need.
✻ Sautéed for 38s
❯ 1 Linked, Shape none, linx exact same on all fo them
both the specops_apex_ring.laser_device and specops_apex_ring.ring_device
says state unnamed, position 60 context only, link context only
● That closes it — all three routes are now ruled out by evidence rather than inference.
Ran 1 shell command (ctrl+o to expand)
● That settles the beam. All three routes are dead, and I've written the finding into MISSION_EMBER_STATUS.md so nobody re-litigates it later.
1 linked, shape none, link exact — on all three objects. One placement each. There's no second entry, so the entryIndex lever is dead: nothing to switch to.
state unnamed, 60 context only, link context only on both devices. That's linkedPositions == 0 — the row has no anchor of its own, and the 60 is just the owning object's context count. Exactly the condition behind "this row has no place in the world." So the devices can never produce a visual, and position/power/lock is the entire type-23 vocabulary.
That also means my ring_device_sense reading was wrong, and I want to name that plainly rather than let it sit in the record: the smooth 0→1 position ramp I treated as "the devices are live and physically animating" was the device component interpolating the value I commanded and echoing it back. It proves the channel is driven, not that anything exists to be driven. You told me the SDK said these were unplaced and I argued back on weaker evidence. You were right both times.
So: the surge isn't reachable from the script API at all. Not device lanes, not entry selection, not presence toggling. The only route left is driving a named channel on the laser model 80B7117C directly — the way dropship_doors was recovered from the Harvester's model controller and driven through the named-scalar actor command. That's native work on the scale of the Harvester door investigation, not a script change.
My recommendation: bank the beam and move to the ending. What you have now is correct — it fires through the reactor fight, and it's dark but structurally intact after the deposit, which is what you asked for. The surge is one absent VFX beat. The ending is the thing that stops the mission finishing at all, and it's the only outstanding item of that weight.
The current build has live logging on exactly that path, so the next time you reach the escape the log should name the blocker instead of going silent for sixty seconds — I'm watching for it. If you'd rather I take on the model-channel work for the surge afterwards, I'm happy to, but I'd want it scoped as its own task rather than folded into the finale.
✻ Cooked for 48s
❯ I'm moving to the ending now, then do the beam immediately after
● Understood. Monitor's armed for the ending. While you play, let me do the read-only groundwork for the beam so I'm not starting cold — the first thing to establish is whether the laser model even has named channels.
Ran 2 shell commands (ctrl+o to expand)
● No named-channel table in the laser components we have — those "strings" are float noise. Let me pull the remaining laser-side resources for a definitive answer. Ran 1 shell command (ctrl+o to expand)
❯ I do think you're wrong about the beam device fwiw, because for every other
device+object combo both are drawn, the beams device isn't drawn at all
● You're right, and that's a much better read than mine — an authored device that's undrawn while every sibling device+object pair is drawn is an anomaly, not a design. Let me find why those two rows have no placement.
Ran 3 shell commands (ctrl+o to expand)
● A type-23 device only gets drawn if its descriptor has a placementLinkRow into type23PlacementLinks. Let me find where those links are built.
Ran 3 shell commands (ctrl+o to expand)
● Now I have the mechanism. A type-23 device is only drawn when its descriptor's placement identifier resolves to exactly one active container placement — and there are diagnostics for every way that can fail.
Ran 1 shell command (ctrl+o to expand)
● You've changed my mind, and the code backs you up. Let me correct the record.
Ran 1 shell command (ctrl+o to expand)
● You're right and I closed that out too early. Tracing your observation through the code changes the conclusion.
A type-23 device is only drawn when its descriptor has a valid placementLinkRow and type23_source::build succeeds. That link comes from append_type23_placement_links, which matches the descriptor's placementIdentifier against container placements and only reaches ReferenceJoin::exact when the link is complete and exactly one candidate is active.
The ring devices pass the builder's filter fine — 80B3D4EB (slot 48) and 80B3D4EE (slot 49) both carry component class 0x80804F45, the type-23 class. So they should get a link. Which means the link is being built and failing to resolve.
And there's a detail that made this look cleaner than it is: link_label tests contextPositions before partial. So a device whose placement link failed still reads "context only" whenever its owning object has context positions — which is exactly your case, 60 of them. The partial flag was being masked. I read "context only" as "no placement authored" when it can equally mean "placement authored, join failed."
So the beam device isn't inherently unplaceable. Its placement link resolves to zero or ambiguous candidates, and that's why nothing is drawn and why driving it does nothing. That's a defect, and plausibly the same class as the scenario-layout catalogue omission that previously cost 83 squad definitions — a generator problem, not an authoring one.
The builder already counts every way this fails — zeroIdentityMatches,
multipleIdentityMatches, zeroActiveCandidates, multipleActiveCandidates,
unreadIdentifiers, droppedLinks — but nothing surfaces those counters
anywhere. So the first move when I pick this up is an offline dump of the link
state for slots 48/49 of 80b3c21c: identity matches, candidate count, active
count, join and complete. That names the failure precisely, and if it's a
generator bug it's fixable rather than a dead end.
I've corrected the status doc — route 1 is reopened, routes 2 and 3 (entry index, presence toggling) stay closed on the evidence, and the model-channel route drops to a fallback only if the link can't be repaired.
Carry on with the ending; the monitor's watching for the cinematic and intent-wait lines. I'll start on the placement link the moment you're through.
✻ Worked for 2m 50s
❯ Ending is done, we're stuck in the black loading screen.
Ran 1 shell command (ctrl+o to expand)
● The new logging named it. Let me confirm the mechanism.
Ran 1 shell command (ctrl+o to expand)
● No re-adoption — so that hypothesis is out. The gate passed at t=756058 and failed 12 ms later. Let me find what moves publishedRevision.
Ran 2 shell commands (ctrl+o to expand)
● Now I can see the whole chain. publishedRevision only commits when the roster body is actually staged and sent. The intent gate passed at t=756058 and the identical check failed 12 ms later — so one side moved, and I want the numbers rather than another theory.
Ran 3 shell commands (ctrl+o to expand)
● Two occurrences — I need the cinematic one. Let me check the available snapshot type first.
Ran 3 shell commands (ctrl+o to expand)
● The new logging paid off — your run named the blocker precisely.
t=756058 state_region result=teleport_not_required t=756058 delivery result=state_selected t=756070 intent result=mission_seed_pending ← 12 ms later t=816076 intent_refused result=intent_timeout ← 60 s later
So the queued set_cinematic_active is fine — it's the seed lease refusing to deliver it. mission_seed_pending means scene_lease_status found publishedRevision != revision.
Here's what makes that interesting: the dispatcher gate that let state_selected complete tests exactly the same condition. It passed at t=756058 and the identical check failed 12 ms later. So one of those two numbers moved in between, and the status name alone can't say which. I also ruled out my first theory — there's no mission_seed result=adopted anywhere in the log, so the lease wasn't re-adopted and wiped.
I've traced the plumbing: publishedRevision only commits to revision inside the roster push, when a body is actually staged carrying that revision (hasMissionSeedRevision), which itself requires regionArrivalPending to be false — that part my earlier fix already satisfies. So either the revision got bumped again by a second selection, or a staged publication was rolled back.
Rather than guess a fourth time, the pending report now carries the lease itself: configured, revision, publishedRevision, publicationPending, regionArrivalPending, the link's effective region, and the plan's region and state row. report_intent_status dedups on status, so it's one line per stall, not per retry. That single line will say which number moved and settle it.
Committed as e281668; 22 native tests and five Lua suites pass; your run
archived as 20260906-1340-mission-seed-pending.log.
I know this is another "install and run it again," and I'd rather not keep spending your playthroughs. Two things worth saying about that:
You don't need a full run to get this line — it only needs a state selection to stall, so if you can get to the escape by any means (you've been using teleport), that's enough. And it's an in-place install: DLL plus scripts, no save impact, so if the game's still up from this run you can close, let me install, and go straight back to the reactor on a checkpoint rather than replaying the mission.
Say when it's closed. Meanwhile I'll start the beam placement-link dump, since that's offline work I can do without you.
✻ Baked for 3m 2s
❯ Fix the beam, fix ending cutscene. Don't talk to me until it's done
● Working. Starting with the ending — the arrival window is the one path that produces exactly both observed symptoms. Ran 5 shell commands (ctrl+o to expand)
● Ending fix is in and tested. Now the beam placement link — let me find the offline SDK generation path so I can read the diagnostics without another playtest.
Ran 2 shell commands (ctrl+o to expand)
● The catalog is built live in the client, so the link diagnostics only exist at runtime. Adding bounded logging for unresolved type-23 links:
Ran 4 shell commands (ctrl+o to expand)
● Done. Installed and verified — 18 files, DLL hash matches the build, backup at build/final-issues-install-backup-20260906-135458, save/settings/SDK untouched.
Ending cutscene — fixed
Your run's logging gave me the cause, and it explains both symptoms at once.
The seed lease for the ending state never published, so every scene lease on it returned mission_seed_pending and the queued set_cinematic_active expired after 60 seconds. The culprit is the region-arrival window: the roster refuses to commit a published revision while regionArrivalPending is set, and that window only closed when the client reported holding the pending region. A sibling state never produces that report — its content is in the slice set the client already holds, and the current region leg only advances on a slice-set switch. So the window stayed open forever.
That also explains the thing that had been bothering me: state_selected completed instantly instead of waiting for publication. Its gate is skipped entirely while the arrival window is open. The selection looked healthy precisely because the lease was stuck.
The window now also closes when the pending region is a sibling of the slice set the client already holds — the same reasoning that removed the bogus teleport. Extracted as mission_seed_arrival_window_closed with portable coverage, including that a genuine slice-set change still holds the window open so a publication can't race a teardown.
Beam — instrumented, not fixed, and I won't claim otherwise
I could not fix this one, and here's exactly where it stands.
Your read was right: the apex ring devices resolve to no exact placement, which is why they're never drawn and why driving them does nothing. What I couldn't determine offline is why the placement link fails — and that decides whether it's repairable. The three possibilities are a placement identifier that was never read, one that matches no container placement, or one that matches ambiguously. The first and third are generator defects and fixable; the second means the content genuinely has no placement and the surge isn't reachable at all.
The builder already counts all of these, but nothing ever surfaced them — and the browser actively hid it, since a failed join reads as "context only" whenever the owning object has context positions. The link pass now reports its counters and names each unresolved type-23 row with its identity-match, candidate and active counts.
The catalog is built live in the client, so that only appears when you load the mission. On your next run, ev=type23_placement stage=unresolved slot=48 (and 49) will name the failure, and I can act on it directly rather than guessing.
The beam otherwise remains in the state you confirmed: firing through the reactor fight, dark but physically present after the deposit.
Both changes are in commit bd4a0cc; 22 native tests and all five Lua suites
pass.
✻ Sautéed for 5m 5s
❯ Loading into 1AU now, go ahead and check the beam so you can fix it
● Monitor(1AU: type-23 placement link results and ending markers) ⎿ Monitor started · task b5d6eejzz · persistent
● Watching. The type23_placement lines are emitted when the scenario catalog builds, so they should land as 1AU loads — before you even reach the reactor.
Two things I'm looking for:
ev=type23_placement stage=summary — the counters across all type-23 devices: how many links, and totals for unread, zero_identity, multi_identity, zero_active, multi_active, scenario_resolved.
ev=type23_placement stage=unresolved slot=48 and slot=49 — the ring laser and ring devices specifically, each with its placement identifier, identity-match count, candidate count, active count, complete flag and join.
That combination tells me which of three things is happening:
- identity_matches=0 → the descriptor's placement identifier matches no container placement. Either the identifier is being read wrong, or the content genuinely has no placement for these devices.
- unread counted → the identifier was never read out of the descriptor at all, which is a reader defect and fixable.
- identity_matches>1 with active 0 or >1 → it matches, but candidate selection can't pick one. That's an ownership/bubble filter problem, and also fixable.
The first two are generator-side and I can act on them directly. Only "matches nothing and the identifier is correct" would mean the devices are genuinely unplaced in the authored content.
Since you're doing a full run anyway, the ending fix gets tested on the same pass — if the arrival-window change worked, set_cinematic_active should reach the host instead of stalling on mission_seed_pending, and you'll get the bookend movies rather than the black screen.
I'll dig in as soon as the lines appear.
✻ Baked for 21s
● Monitor event: "1AU ending: cinematic, state selection, intent waits and refusals"
● Stop Task ⎿ tail -F -n 0
/home/millie/Games/Sunrise/bin/x64/Sunrise/logs/sunrise.log
2>/dev/null | grep -E --line-buffered "ev=mission_script
stage=cinematic |ev=mission_sc… · stopped
● Monitor event: "1AU ending: cinematic, state selection, intent waits and refusals"
Ran 2 shell commands (ctrl+o to expand)
● No type23_placement lines yet — the catalog hasn't been built this session. Let me confirm what triggers it.
Ran 1 shell command (ctrl+o to expand)
● The diagnostic is in, but it hasn't fired — and that's my oversight, not a problem with your run.
The scriptable catalog is built on demand by the UI, not at mission load. append_type23_placement_links only runs when something asks for that catalog — which is why you saw those rows earlier only because you had the browser open. There's nothing in the log this session because nothing has requested it.
So one small thing from you, whenever convenient during this run:
▎ Open the SDK scriptable browser and go to the Devices page (the same place ▎ you read "no place in the world").
That builds the catalog and emits the diagnostic immediately. I'm watching for it. You don't need to do anything else there — just landing on the page is enough.
What I'll get from it:
- ev=type23_placement stage=summary — totals across every type-23 device: unread, zero_identity, multi_identity, zero_active, multi_active, scenario_resolved.
- ev=type23_placement stage=unresolved slot=48 / slot=49 — the ring devices with their placement identifier and match counts.
If zero_identity is high across the board, it's a reader-side defect and fixable. If it's only these two rows, then the content genuinely has no placement for them and the surge isn't reachable — I'd stop there rather than keep digging.
One other thing I noticed in the meantime, unrelated but worth flagging: there are six device_refused with target_unavailable around t=118956 in region 64, plus some trigger_refused. Those are new to this build — the previous run had trigger and slot_auth refusals there but no device ones. That timing lines up with the landing initialize, so it may be the powerhouse beam device I added rejecting its transitions. I'll confirm against the placement data rather than guess, since if that device is also unplaced it'd refuse exactly like this — and that would be the same root cause showing up in a second place.
✻ Cooked for 56s
❯ I've opened the SDK menu for you
Ran 2 shell commands (ctrl+o to expand)
● The worker only logs at debug, so I can't tell if it ran. Rather than another round trip, let me read the identifier out of the package myself.
Ran 1 shell command (ctrl+o to expand)
● The identifier is 8 bytes at descriptor offset 0x58. I have all these configs extracted — let me read them directly. Ran 1 shell command (ctrl+o to expand)
● The ring devices do have valid, non-zero placement identifiers — so the descriptor side is fine. The failure must be that nothing matches them. Let me test that directly.
Ran 1 shell command (ctrl+o to expand)
● Now I have it. The working devices' identifiers live in a placement table; the ring devices' live in their paired object's config. Let me confirm the structure.
Ran 1 shell command (ctrl+o to expand) ⎿ Interrupted · What should Claude do instead?
❯ Good news, the beam works but it's backwards. the default is surging and
surging is the normal
● Beam's alive — and inverted polarity is exactly the pattern the bridges have. Fixing it.
Ran 3 shell commands (ctrl+o to expand)
● Fixed and committed — waiting on you to close the game to install (it's Lua-only, so a checkpoint restart at the reactor will do; no full replay needed).
The polarity fix: these devices carry the same inverted pose as the landing and clamshell bridges, where the authored position-0 lane is the driven end rather than the resting one. I had it the other way round. Resting is now open and the surge drives to close. I replaced beam_drive with beam_pose, which takes whether the weapon is surging rather than which endpoint to send, so the mapping is stated in one place instead of being re-derived at each call site. The dark pose after the deposit also rests in open now rather than sitting in the surge.
Worth recording, since it overturns two things I told you:
The devices do drive the beam. I'd argued from linkedPositions == 0 that they were unplaced and inert. They're not — enabling them properly was the missing piece, and the surge you're seeing is those devices working. My "closed out as not reachable" call was wrong, and your original instinct — that the device is the thing to treat — was right from the start.
The placement data explains why they looked unplaced. I got a decisive answer offline while you were loading: the ring devices have valid non-zero placement identifiers, but those identifiers appear in their paired object's config (80B3D4E2 for the laser, 80B3D4E8 for the ring), not in the container placement table 80B3D356 where every working device's identifier lives. The SDK's link builder only searches container placements, so it finds no match, produces no link, and the browser draws nothing — while the device itself is perfectly real at runtime.
So "no place in the world" was a limitation of the link builder, not a fact about the device. That's a genuine generator defect worth fixing so the browser stops lying about these rows, but it's cosmetic now that the beam works — I'd treat it as separate cleanup rather than hold anything up for it.
The ending fix from earlier is in the same pending install, so once you're back in, that run tests both: the surge reading correctly, and whether the arrival-window change lets the bookend movies play instead of stalling on mission_seed_pending.
✻ Brewed for 1m 9s
❯ the escape ship needs to follow its authored path, there should be a screen
effect during the surge, and the cutscene didn't fire, it began to fade and
then kept me in the mission.
Ran 1 shell command (ctrl+o to expand)
● The lease detail gives the answer: arrival=1. My fix was in the right place but unreachable.
Ran 1 shell command (ctrl+o to expand)
● Three separate causes. Let me fix the two I can act on.
Ran 1 shell command (ctrl+o to expand) ⎿ You've hit your session limit · resets 4:40pm (Europe/London)
/upgrade to increase your usage limit.
✻ Cooked for 1m 53s