Record the shipped presentation owner, exact frame-handoff lifetime, retail short-frame behavior, current GameWindow metrics, and Slice 3 as the next structural boundary.
Own every borrowed PartArray frame across callbacks, version presentation state across appearance rebinding, reject recursive phase consumption, and preserve static MotionDone when only a stale visual pose is discarded.
Port CPartArray::UpdateParts minimum-count behavior: preserve the prior visual and rigid transforms for setup parts absent from a short authored AnimFrame, including the initial hydrated rest pose.
Co-Authored-By: OpenAI Codex <codex@openai.com>
Move final live part composition, exact-incarnation schedule handoff, MotionDone binding, and presentation diagnostics out of GameWindow while preserving the retail frame order. Reject stale schedule and completion ABA at the new owner boundary.
Co-Authored-By: OpenAI Codex <codex@openai.com>
Define the exact extraction boundary, incarnation-safe handoff, retail trailing-part correction, and review gates before moving the final PartArray presentation path out of GameWindow.
Co-Authored-By: OpenAI Codex <codex@openai.com>
Record the measured GameWindow reduction, final review and test gates, durable selection/inventory ownership rules, and live animation presentation as Slice 2.
Co-authored-by: OpenAI Codex <codex@openai.com>
Bind queued actions and pending inventory requests to exact live incarnations, separate optimistic placement from authoritative responses, and serialize retail-style inventory ownership across UI surfaces.
Co-authored-by: OpenAI Codex <codex@openai.com>
Route selection input, frame-ordered dispatch, movement completion, hidden/delete cleanup, and session reset through SelectionInteractionController. Keep ItemInteractionController backend-independent by constructing it outside the retained-UI gate.
Introduce a tested controller for selection mutations, target-mode interception, outbound ordering, Use/PickUp lifetime, and live-incarnation cleanup, plus narrow movement and WorldSession transport adapters.
Move render-hit validation, live target classification, closest-hostile search, selection spheres, use/pickup gates, range checks, and approach parameters behind a read-only App-layer query owner. GameWindow now supplies runtime seams and delegates instead of owning those algorithms.
Route F-key pickup through the same ItemHolder backpack placement entry point as double-click activation so the inventory reserves the destination slot before the request is sent.
Carry local WorldEntity identity through render hits, lighting pulses, and deferred movement actions so GUID reuse cannot target a replacement. Reset all session-owned selection and ItemHolder state and prevent combat auto-target during teardown.
Define the read-only query and stateful interaction ownership boundaries, pin retail ordering and lifecycle invariants, and isolate the GUID-incarnation and pending-pickup defects as #230 and #231 before the mechanical cutover.
Co-authored-by: OpenAI Codex <codex@openai.com>
Close the completed M3 and portal observer gates, make the behavior-preserving GameWindow ownership campaign the explicit M4 prerequisite, and replace the stale extraction sketch with an implementation-audited sequence.
Co-authored-by: OpenAI Codex <codex@openai.com>
Resolve the live-entity spatial broadphase at snapshot time so retained UI construction cannot capture GameWindow's empty bootstrap GpuWorldState. Add a replacement-owner regression test covering the exact compass-without-blips failure.
Co-authored-by: OpenAI Codex <codex@openai.com>
Record the passing capped and uncapped connected evidence, coordinator ownership, graceful reconnect contract, current test baseline, and the remaining human-only visual gates. Keep AGENTS.md synchronized with CLAUDE.md and distill the durable reveal-lifecycle lesson into project memory.
Keep one-item endpoint and checkpoint results as arrays under PowerShell strict mode so the uncapped reconnect session is validated by the same gate as the multi-checkpoint capped route.
Compose destination readiness and lifecycle telemetry behind one App-layer coordinator so login and portal begin, preparation, materialization, visibility, completion, and cancellation cannot drift apart in GameWindow wiring.
Send the active character id, drain until the authoritative server confirmation, then emit retail's zero-sequence connection disconnect with the negotiated receiver iteration. The connected gate now waits for ACE to remove the exact UDP session before reconnecting, eliminating fixed-delay races.
Make initial login and portal arrival consume one WorldRevealReadinessBarrier that joins near-tier mesh publication, destination composite uploads, and collision residency before normal world geometry becomes visible. This ports retail SmartBox's blocking-cell completion edge into the asynchronous client instead of exposing a ground-only login.
Add focused outdoor, indoor, texture, and invalid-claim tests; update the retail pseudocode, architecture, divergence record, issue ledger, roadmap baseline, and synchronized agent guidance.
Co-authored-by: OpenAI Codex <codex@openai.com>
Add a canonical documentation map, modernize the public README, and align milestone, roadmap, architecture, issue, divergence, and session guidance with the July 20 baseline. Correct the far-teleport residual to issue #153, close visually accepted indicator and terrain-tiling work, record the remaining detail-overlay and build-warning debt, and deprecate the duplicate legacy bug ledger.
Co-authored-by: OpenAI Codex <codex@openai.com>
Drive turn, movement, jump, and combat through the production InputDispatcher so connected Release testing works without an interactive Windows desktop. Track held automation actions through normal completion and every shutdown path.
Add a seven-destination ACE route with post-liveness memory, allocation, update, fatal-log, outbound-movement, and graceful-close gates. Record dynamic ACE population changes as context instead of a false lifetime oracle, and document the accepted rebaseline.
Co-authored-by: OpenAI Codex <codex@openai.com>
