2026-09-08 15:10:19
Anonymous:
Resolve focused review of Fork state, recommendation priority, lift assembly, and R-3 bearing
hold the flood/first expedition options.md ..
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## Shared opening contract
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The broken ship has made an emergency dock despite the station's stay-away warning and silence. It is habitable and can refill the astronaut's suit, but station current is back-feeding through the collar into the ship's damaged electrical bus. The ship is already broken, so solving this problem does **not** promise escape. The immediate goal is narrower and honest: **reach Collar Control, remove the isolation bridge, and bring it aboard so repairs can proceed without the station feeding the fault.**
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The broken ship has made an emergency dock despite the station's stay-away warning and silence. It is habitable and can refill the astronaut's suit, but station current is back-feeding through the collar into the ship's damaged electrical bus. The ship is already broken, so solving this problem does **not** promise escape. The immediate goal is narrower and honest: **reach Collar Control, remove the isolation bridge, and bring it aboard so repairs can proceed without the station feeding the fault.** Installed in the ship-side cutoff, the bridge routes unavoidable collar current into a dump load and stops the damaging back-feed; it does not repair propulsion or make the ship flight-ready.
The airlock display shows the live back-feed entering the nearest station rooms. The suit continuously shows oxygen, condition, shared carrying capacity, and a reverse breadcrumb through passages actually traversed. It reveals no unseen global route.
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The integral oxygen tank, navigation, journal, and emergency cutter are worn suit functions, not detachable or ported rig parts. One proposed spare canister competes with the rig and empty loot space under the owner's shared-capacity rule. These exact starting items are illustrative.
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Both options use three compact spaces between ship and control, staged bridge removal, and an ordinary crowd drawn by the final noisy stage. Automatic fire deals with routine nearby threats; the player decides when to place the barrier, whether to continue working, and whether remaining oxygen justifies another attempt. Completed fasteners persist. Clearing every enemy is never required, and a powerful build is not punished with extra spawns.
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Option A uses three compact spaces between ship and control; Option B adds a fourth, the mortuary landing. Both use staged bridge removal and an ordinary crowd drawn by the final noisy stage. Automatic fire deals with routine nearby threats; the player decides when to place the barrier, whether to continue working, and whether remaining oxygen justifies another attempt. Completed fasteners persist. Clearing every enemy is never required, and a powerful build is not punished with extra spawns.
Before the route splits into either option's discovery, the astronaut sees one future lead through an inaccessible observation window: a human-painted **R-3** ward label, a breathable-pressure indicator, and a repeated knock from inside. This is authored evidence encountered during the first life, not a signal invented only after death. It supports a concrete next question—*how do I reach R-3, and is someone alive there?*—without answering it.
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### Before and discovery
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The route is Airlock Corridor → Cargo Turn → Collar Control. At Cargo Turn, a glass-front service board has one incoming pulse and a physical selector. One output powers the **patient-bay shutter**, which blocks the crowd's side approach. The other output releases the rack holding the isolation bridge. The separate **airlock corridor remains open and usable as the return route** in either state.
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The route is Airlock Corridor → Cargo Turn → Collar Control. At Cargo Turn, a glass-front service board has one incoming pulse and a physical selector. One output powers the **patient-bay shutter**, which blocks the crowd's side approach. The other powers the rack holding the isolation bridge. The separate **airlock corridor remains open and usable as the return route** in either state.
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The rack's state is visible through its glass cover. Powered retaining arms hold the bridge clear while its fasteners are removed. If rack power is switched away before final removal, the arms safely relock at the current completed fastener stage: finished work remains finished, but the bridge cannot be pulled free until rack power returns. Once the bridge has cleared the arms, the rack no longer needs power and the selector can keep the patient-bay shutter shut.
A loose Fork Relay sits in the maintenance cradle. Its visible input, two outputs, and flow animation match the public connection grammar on the player's rig. The player can try it without losing anything: an invalid socket refuses the preview before commitment, and a valid but unwanted connection can be removed while the board is accessible.
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### Decision now
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- **Install the Fork in the board.** Both outputs remain powered, so the rack releases while the patient-bay shutter stays closed. The return corridor is still open. The Fork remains installed in Cargo Turn, persists there through death, and is not duplicated aboard.
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- **Keep the Fork.** Use the selector sequentially—release the rack, then choose whether to repower the shutter before the noisy extraction. Carrying the part preserves a future branching-build opportunity but takes shared capacity. If the shutter is unpowered, that side enemy route is open; the airlock corridor is still the player's way home.
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- **Deploy the Fork in the board.** Both outputs remain powered during staged removal, so the rack arms stay clear while the patient-bay shutter blocks the side approach. Fitting it costs world time and temporarily leaves it outside the carried rig. After the bridge clears, the player may retrieve the Fork and set the selector to the shutter; retrieval costs more exposed time, and carrying both items consumes capacity. If death comes first, the installed Fork persists in Cargo Turn and does not duplicate aboard.
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- **Keep the Fork packed.** The selector must power the rack continuously during removal, so the patient-bay shutter is unpowered and that enemy lane stays open until the bridge clears. This avoids installation and retrieval time and guarantees that the carried Fork returns on death, but accepts the extra approach during the hold. The airlock corridor remains the way home.
This is not a room-binding action and does not explain the late station-wide puzzle. It teaches only that the same readable part can matter in a rig or in infrastructure, and that installed objects are no longer carried property.
### Crowd, oxygen, and continuation
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The final bridge fastener calls a crowd from the patient bay and the control-room service grille. Leaving the Fork in place removes the patient-bay approach but sacrifices the part. Keeping it preserves the loot and accepts a second approach unless the player spends time switching the shutter back on. The manual barrier can close one lane briefly; automatic projector fire repeats as long as a valid target remains and the weapon is ready. The astronaut can cancel after any completed fastener, retreat through the airlock corridor, refill, and resume.
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The final bridge fastener calls a crowd from the patient bay and the control-room service grille. A deployed Fork removes the patient-bay approach during the hold; a packed Fork leaves that lane open. The part is not irretrievably sacrificed: after final removal the player can retrieve it and repower the shutter, or deliberately leave its safer local state in place for a later visit. The manual barrier can close one lane briefly; automatic projector fire repeats as long as a valid target remains and the weapon is ready. The astronaut can cancel after any completed fastener, retreat through the airlock corridor, refill, and resume. On cancellation, removed fasteners stay removed; loss of rack power merely relocks the retaining arms at that checkpoint.
If the player returns alive with the isolation bridge, it is installed aboard and the next expedition can pursue the already-observed R-3 ward. The ship can now distinguish R-3's live pressure pulse from the collar fault, giving a current local bearing but no route. This consequence follows from the repair and is available to an alive returner; it is not a reward that requires death.
### False guesses remain recoverable
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Ignoring the Fork, misunderstanding it, or carrying it without a use does not block the bridge: the selector always permits sequential operation. A player can return the Fork to the board later if that local route remains accessible. After a death, its recorded room and any installed state remain known while the old route becomes historical. No single missed observation gates the build system or R-3.
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Ignoring the Fork, misunderstanding it, or carrying it without a use does not block the bridge: the selector can hold rack power for the whole extraction. A player can install or retrieve the Fork later whenever the board is reachable, paying world time and changing the shutter state accordingly. After a death, its recorded room and any installed state remain known while the old route becomes historical. No single missed observation gates the build system or R-3.
## Option B — Follow the bodies
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### Decision now
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- **Ride the lift.** It reaches a compact mortuary landing above Receiving Bay, behind the crowd's main approach. The player sees where transported bodies went and reaches Collar Control by a quieter service door. If that door is locked or the landing is unsafe, a powered return control calls the lift back; the failed guess costs world time and oxygen rather than the expedition.
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- **Ride the lift.** It reaches a compact mortuary landing above Receiving Bay, behind the crowd's main approach. In this first arrangement, the player sees where transported bodies went and reaches Collar Control by a quieter service door. If that door is locked or the landing is unsafe, a powered return control calls the lift back; the failed guess costs world time and oxygen rather than the expedition.
- **Take the main passage.** The route and return are known, but the player must cross the crowd and decide when the manual barrier is worth spending. The gurney remains available for later investigation.
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This option proposes that Receiving Bay, the lift shaft, and the mortuary landing are one **compact local assembly** that moves together through shifts. That continuity is required for a lift with two physical stops to remain intelligible. Its explicit cost is one less relationship available to reshuffle and a bespoke upper landing that must remain valid across local states. This is a narrow opening-content exception, not a guarantee for every lift or a general rule that machines preserve neighbouring rooms.
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This option proposes that Receiving Bay, the lift shaft, and the mortuary landing are one **compact local assembly** that moves together through shifts. That continuity is required for a lift with two physical stops to remain intelligible. The service door and whatever lies beyond it are outside the assembly: after a shift they may lead somewhere else, or the door may be unusable in its current state. The stable lift therefore does not guarantee the same bypass on later visits. Its explicit cost is one less relationship available to reshuffle, a bespoke upper landing, and variable service-door states that must remain legible. This is a narrow opening-content exception, not a guarantee for every lift or a general rule that machines preserve neighbouring rooms.
### Crowd, oxygen, and continuation
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Revival aboard reveals two owner-set rules without adding a penalty:
1. The cargo and rig manifest contains everything still carried immediately before death, including the isolation bridge or Fork. Consumed supplies stay spent; a Fork installed in the station stays installed and does not duplicate.
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2. The same airlock now opens onto a recognisably different station room. Completed fasteners, unlocked doors, and placed objects remain recorded, while traversed routes are marked historical after death. The player receives a current local bearing for the still-active collar fault or R-3 pulse, not an omniscient replacement map.
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2. The same airlock now opens onto a recognisably different station room. Completed fasteners, unlocked doors, and placed objects remain recorded, while traversed routes are marked historical after death. If the bridge is not yet aboard and installed, the ship can show only the collar back-feed entering the currently adjacent room; R-3 remains a historical observation with no current location. Once the bridge is installed, the isolated signal lets the ship distinguish R-3's live pressure pulse and provide a local bearing, never an omniscient replacement map.
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For clarity, this proposes a small authored set of first-post-death airlock neighbours that each presents a readable local opportunity. It is opening-specific content, not evidence or a promise that later shifts always produce a convenient destination. The useful choice after revival is whether to finish any remaining collar work by following its live trace or pursue the R-3 survivor lead through the new arrangement. There is no cache run, forced equipment replacement, hidden death counter, or unchanged-corridor grind.
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For clarity, this proposes a small authored set of first-post-death airlock neighbours that each presents a readable local opportunity. It is opening-specific content, not evidence or a promise that later shifts always produce a convenient destination. Before the repair, the useful choice is whether to follow the currently visible collar trace or investigate the new adjacent room while retaining R-3 only as a historical lead. After the bridge is installed, the player may instead pursue R-3's live local bearing through the new arrangement. There is no cache run, forced equipment replacement, hidden death counter, or unchanged-corridor grind.
## Comparison and recommendation
| Question | Option A — service board | Option B — body lift |
|---|---|---|
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| Discovery changes | Install a reusable part for a safer route, or carry it for future builds | Risk an unknown transport route, or take the known contested passage |
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| Discovery changes | Deploy a reusable part for a safer extraction, or keep it packed and face the open lane | Risk an unknown transport route, or take the known contested passage |
| Strongest case | Introduces the accepted linked-part fantasy through one legible choice with station and rig value | Delivers a stranger, more physical “I wonder if I can do that” moment without relying on signage |
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| Accepted cost | The opening teaches carried versus installed state and a three-port board on top of basic combat | Requires a compact lift assembly, return control, body handling, and bespoke destination content |
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| Accepted cost | The opening teaches temporary deployment, installed state, and a three-port board on top of basic combat | Requires a compact lift assembly, return control, body handling, a fourth room, and variable destination content |
| Main risk | Feels like an interface lesson rather than an incredible discovery | Players read body transport as proof of safety, or the lift dominates whenever its landing is favourable |
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**Recommendation: Option A, the service board.** It connects immediate survival work to the owner's second priority—expressive linked builds—while producing a decision that matters in the current crowd encounter. Its state is also easy to state honestly after death: carried Fork returns; installed Fork persists. The accepted cost is a less uncanny first discovery and a somewhat denser rules lesson. The document therefore does not stack the body lift into this version; R-3 supplies the next human mystery instead.
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**Recommendation: Option A, the service board.** Its first real discovery is that one reusable part can change both personal equipment and the station, and the player acts on that knowledge during the current extraction. Teaching this first is proposed because it establishes the causal vocabulary for later self-authored builds while also making carried-versus-installed death state concrete. That is still a discovery, but it deliberately favours an intelligible systems revelation over Option B's stranger physical mystery. The accepted cost is delaying the more uncanny “can I ride that?” moment and asking the player to absorb a denser rules lesson. The document therefore does not stack the body lift into this version; R-3 supplies the next human mystery instead. Whether this ordering serves the owner's discovery-first priority better is a judgment for reaction, not a validated forecast.
Option B is the strongest alternative if the owner values a more surprising physical route discovery over teaching the reusable-part grammar immediately. Choosing it accepts the compact-assembly/content burden and delays the first build-part decision.
